{"text_format":"1","workbook":"xlsx","n_sheets":7,"sheets":["Overview","ErrorCodes","ERROR_TLF_ENG","Help","Version","Excluded Errors","XER Sync data"],"not_rendered":{"charts":0,"images":22,"macros":1,"external_links":0,"defined_names":2,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Overview","index":0,"n_rows":1,"n_cols":11,"rows_kept":1,"cut":false,"hidden":false,"merged":[]}
["Date / Time","Trumpf Code","Unit                 ","Type","             ","Description"," ","  "," ","English Description","Filename"]

{"sheet":"ErrorCodes","index":1,"n_rows":536,"n_cols":5,"rows_kept":536,"cut":false,"hidden":false,"merged":[[0,0,0,4]]}
["DL error codes as found in Coach @ Jan 8, 2019"]
["Title","Subsystem","Problem type","Last Changed on","Status"]
["POWER AMPLIFIER error code = 12141101","DriveLaser","Hardware","2019-01-08 - 09:56","Final"]
["POWER AMPLIFIER ERROR CODE = 13102204","DriveLaser","General","2019-01-06 - 07:42","Draft"]
["Power PreAmplifier error = 13102372. Cumulative error, circuit breaker switched off","DriveLaser","Hardware","2018-12-31 - 13:09","Draft"]
["POWER AMPLIFIER error code = 13100606 ","DriveLaser","Hardware","2018-12-21 - 15:35","Final"]
["DL HX PUMP MESSAGE: WARNING: Re-lubricate motor bearings","DriveLaser","Hardware","2018-12-20 - 15:13","Draft"]
["MAIN / INTERMEDIATE SHUTTER NOT CLOSING IN TIME","DriveLaser","General","2018-12-19 - 21:28","Draft"]
["PRE-AMPLIFIER LP04 error code = 13100841","DriveLaser","General","2018-12-18 - 10:18","Final"]
["Acceptance protocol","DriveLaser","General","2018-12-14 - 12:10","Final"]
["POWER AMPLIFIER ERROR CODE = 13102355","DriveLaser","General","2018-12-14 - 12:02","Final"]
["POWER AMPLIFIER error code = 13102355","DriveLaser","General","2018-12-14 - 11:51","Final"]
["POWER AMPLIFIER 2 error code = 13100707","DriveLaser","General","2018-12-14 - 11:28","Final"]
["POWER AMPLIFIER 2 error code = 13102624","DriveLaser","Hardware","2018-12-14 - 11:19","Final"]
["POWER AMPLIFIER error code = 13102625","DriveLaser","General","2018-12-14 - 11:12","Final"]
["POWER AMPLIFIER 2 error code = 13000406","DriveLaser","Hardware","2018-12-14 - 11:04","Final"]
["HXCU FOUT ENGINE VALVE CLOSED ERROR 64/1","DriveLaser","General","2018-12-14 - 10:56","Final"]
["13002355 - CPU watchdog error (17D7)","DriveLaser","Software","2018-12-14 - 10:48","Final"]
["12160059 - RFG %1: THE FREQUENCY OF THE PULSE SIGNAL OF MODULE %2 IS TOO HIGH","DriveLaser","Software","2018-12-14 - 10:35","Final"]
["DRIVE LASER ERROR CODE = 12060056","DriveLaser","Hardware","2018-12-13 - 10:52","Final"]
["POWER AMPLIFIER error code = 13102473","DriveLaser","Hardware","2018-12-13 - 07:11","Final"]
["POWER AMPLIFIER error code = 13100414","DriveLaser","General","2018-12-12 - 16:21","Final"]
["DRIVE LASER ERROR CODE = 12160514 RFG %1: AT LEAST ONE GENERATOR MODULE COULD NOT BE SWITCHED ON","DriveLaser","General","2018-12-12 - 07:40","Final"]
["DRIVE LASER LP04 ERROR CODE = 13002324 : DISCREPANCY ERROR IN TWIN SAFE GROUP XX","DriveLaser","General","2018-12-11 - 15:18","Final"]
["ERROR CODE 12141218 - RFG 1: EXCITER CURRENT WHILE RF IS OFF (= XXX A, LIMIT = XXX A)","DriveLaser","Hardware","2018-12-11 - 15:13","Final"]
["ERROR CODE 12141201 - RFG 1: HIGH POWER DISSIPATION WHILE RF IS LOW (= XXX W/FET, LIMIT = XXX W/FET)","DriveLaser","Hardware","2018-12-11 - 15:11","Final"]
["ERROR CODE 12141105 - RFG 1: HIGH PA CURRENT (XXX A) WHILE RF IS OFF (LIMIT = XXX A)","DriveLaser","Hardware","2018-12-11 - 15:09","Final"]
["PRE AMPLIFIER error code = 12141104 ","DriveLaser","General","2018-12-11 - 14:57","Final"]
["DRIVE LASER LP04 ERROR CODE = 12160635 : RF GENERATOR %1: MAINS VOLTAGE ERROR WAS DETECTED IN THE DC POWER PACK. TRIGGER","DriveLaser","Hardware","2018-12-11 - 08:37","Final"]
["DRIVE LASER ERROR = 12141211","DriveLaser","Hardware","2018-12-05 - 12:36","Final"]
["DRIVE LASER ERROR CODE = 13000327","DriveLaser","Hardware","2018-12-03 - 14:51","Final"]
["DRIVE LASER LP04 ERROR CODE = 13002324 : DISCREPANCY ERROR IN TWIN SAFE GROUP 9","DriveLaser","Hardware","2018-11-29 - 10:50","Final"]
["PRE-AMPLIFIER ERROR = 13125401","DriveLaser","Hardware","2018-11-23 - 15:40","Final"]
["DRIVE LASER PA LP04 ERROR = 12160632","DriveLaser","General","2018-11-23 - 15:22","Final"]
["HPSM FWD/ LEAKAGE/ REJECTED POWER METER GIVES ERRATIC VALUE","DriveLaser","Software","2018-11-22 - 16:10","Final"]
["POWER AMPLIFIER ERROR CODE = 13101805","DriveLaser","General","2018-11-21 - 09:07","Final"]
["PA3 NOT POWERING UP","DriveLaser","Hardware","2018-11-21 - 08:52","Final"]
["PREA LP04 PANEL REPORT ONLY TWO ERROR :13101405 RF GENERATOR IS REPORTING ERRORS(0EA5) 12141102 RFG1 AC VOLTAGE FAULT","DriveLaser","Hardware","2018-11-21 - 08:33","Final"]
["Attachment HST and subrack comparrison","DriveLaser","General","2018-11-16 - 10:09","Final"]
["PAs HAVE NO POWER DURING DL FIRING FOR WDSH","DriveLaser","Hardware","2018-11-12 - 14:33","Final"]
["THE MSC LOSES CONNECTION TO THE HPDL PLC","DriveLaser","Software","2018-11-12 - 14:20","Final"]
["gdl054.per nonconformance file","DriveLaser","General","2018-11-12 - 07:35","Final"]
["ATTACHMENT FOR GDL054.PER KT","DriveLaser","General","2018-11-08 - 06:58","Final"]
["LEAKAGE PEM SIGNAL NOT CHANGING IN PLOT","DriveLaser","Hardware","2018-11-06 - 09:18","Final"]
["DRIVE LASER LP04 ERROR CODE = 12160647 : RFG %1: AC LOW VOLTAGE WAS DETECTED","DriveLaser","General","2018-10-29 - 08:27","Final"]
["Power meter calibration attachment","DriveLaser","General","2018-10-24 - 11:58","Final"]
["POWER AMPLIFIER ERROR CODE = 13102388","DriveLaser","General","2018-10-23 - 15:30","Final"]
["POWER AMPLIFIER ERROR CODE = 13102204","DriveLaser","General","2018-10-23 - 15:27","Final"]
["DEIB not booting","DriveLaser","Hardware","2018-10-16 - 14:49","Final"]
["ATTACHMENT FOR GDL054.PER 2","DriveLaser","General","2018-10-16 - 14:17","Final"]
["ATTACHMENT FOR GDL178.ADJ","DriveLaser","General","2018-10-16 - 07:46","Final"]
["ATTACHMENT FOR GDL054.PER","DriveLaser","General","2018-10-15 - 16:17","Final"]
["PA3–OUT MP/PP PULSE ENERGY STABILITY (3-SIGMA) OUT OF SPEC","DriveLaser","General","2018-10-15 - 11:37","Final"]
["POWER AMPLIFIER ERROR CODE = 12160641","DriveLaser","General","2018-10-11 - 12:30","Final"]
["POWER AMPLIFIER error code = 13101350","DriveLaser","General","2018-10-11 - 08:20","Final"]
["POWER AMPLIFIER error code = 13102360","DriveLaser","General","2018-10-11 - 08:18","Final"]
["POWER AMPLIFIER error code = 13102465","DriveLaser","General","2018-10-11 - 08:15","Final"]
["DLBB Flow switch error","DriveLaser","Hardware","2018-10-11 - 07:45","Draft"]
["DRIVE LASER BEAM-ON FAILED","DriveLaser","General","2018-10-10 - 10:26","Final"]
["POWER AMPLIFIER 3 ERROR CODE = 13102363","DriveLaser","General","2018-10-10 - 09:43","Final"]
["POWER AMPLIFIER error code = 13102380","DriveLaser","Hardware","2018-10-10 - 09:33","Final"]
["POWER AMPLIFIER ERROR CODE = 13102650","DriveLaser","General","2018-10-10 - 08:46","Final"]
["ATTACHMENT FOR GDL031.DIA","DriveLaser","Performance","2018-10-10 - 08:19","Final"]
["PCS FOR ATTACHMENT FAT.PPTX / SAT.PPTX","DriveLaser","General","2018-10-10 - 07:49","Final"]
["PCS FOR ATTACHMENT DL_CURVE_DLXX_PIXX_TEMPLATE","DriveLaser","General","2018-10-10 - 07:47","Final"]
["PCS FOR ATTACHMENT GDL002.CSR","DriveLaser","General","2018-10-10 - 07:44","Final"]
["12160016 RF LOW FLOW RATE OF COOLING WATER","DriveLaser","Hardware","2018-10-10 - 07:04","Final"]
["B2 ON PEM CALIB","DriveLaser","Hardware","2018-10-09 - 12:30","Final"]
["WARNING 200001 - \"ETHERCAT BOOT SEQUENCE IN PROGRESS\" ON HPDLMC PANEL","DriveLaser","Software","2018-10-09 - 12:20","Final"]
["DRIVE LASER TRUC LP04 ERROR CODE = 13100532","DriveLaser","General","2018-10-09 - 12:14","Final"]
["FAILURE WHEN TRYING TO FIRE DRIVE LASER","DriveLaser","Hardware","2018-10-09 - 12:10","Final"]
["101060: SAFETY CIRCUIT OPENED’ TRIP NO ROOT CAUSE GIVEN","DriveLaser","General","2018-10-09 - 10:51","Final"]
["102130 - Flow HXCU water too low","DriveLaser","Performance","2018-10-09 - 10:44","Final"]
["DRIVE LASER LP04 POWER METER READING 0W","DriveLaser","General","2018-10-09 - 10:39","Final"]
["BEAM PROFILE DISTORTION AT PA0IN","DriveLaser","Hardware","2018-10-09 - 10:11","Final"]
["POWER AMPLIFIER error code = 13102431","DriveLaser","General","2018-10-09 - 10:00","Final"]
["POWER AMPLIFIER error code = 13100817","DriveLaser","General","2018-10-09 - 09:44","Final"]
["DRIVE LASER ERROR 133002324 - DISCREPANCY ERROR IN TWINSAFE GROUP NO.","DriveLaser","General","2018-10-09 - 08:34","Final"]
["NO THERMAL IMAGE VISIBLE ON LC FOIL ALIGNMENT TOOL DURING BTS ALIGNMENT","DriveLaser","General","2018-10-09 - 08:31","Final"]
["DRIVE LASER LP04 PANEL SHOWS ' TCOMMC32.EXE - APPLICATION ERROR POPUP WINDOW ’","DriveLaser","Software","2018-10-09 - 08:23","Final"]
["DRIVE LASER PA LP04 ERROR = 12160504","DriveLaser","General","2018-10-09 - 08:17","Final"]
["MAIN / INTERMEDIATE SHUTTER NOT CLOSING IN TIME","DriveLaser","General","2018-10-09 - 08:14","Final"]
["DRIVE LASER ON/OFF DROPLET RESULTS SHEET","DriveLaser","Performance","2018-10-09 - 08:11","Final"]
["MAINTENANCE MODE CONSTANTLY ACTIVE / CPD FAILS TO RUN","DriveLaser","General","2018-10-08 - 14:23","Final"]
["DRIVE LASER DOES NOT FIRE WITH WDSM TEST BECAUSE ILL_FLEX IN SIM","DriveLaser","Software","2018-10-08 - 13:45","Final"]
["POWER AMPLIFIER 2 error code = 13100708","DriveLaser","General","2018-10-08 - 12:38","Final"]
["DRIVE LASER LP04 ERROR CODE = 13102539 : FU - ERROR, FLOW (AL)TO M130+M140+M150 -S%2 (19C7)","DriveLaser","General","2018-10-08 - 12:31","Final"]
["POWER AMPLIFIER error code = 11100078","DriveLaser","Performance","2018-10-08 - 12:22","Final"]
["MALFUNCTION OF PA FREQUENCY CONVERTER DUE TO BROKEN CABLE","DriveLaser","Hardware","2018-10-08 - 12:16","Final"]
["ON DROPLET QUALIFICATION CALCULATION SHEET (MAP1)","DriveLaser","KPI","2018-10-08 - 12:09","Final"]
["NO PEM SIGNALS ON WAVEFORM GUI PRESENT","DriveLaser","General","2018-10-08 - 09:58","Final"]
["SET DL TO NORMAL STATE","DriveLaser","General","2018-10-08 - 09:41","Final"]
["DRIVE LASER NOT FIRING BECAUSE NO PWM RECEIVED","DriveLaser","Software","2018-10-08 - 09:38","Final"]
["DRIVE LASER LP04 ERROR CODE = 13102629 : BTS-ERROR, BTS SUCTION SYSTEM INSUFFICIENT - S212 (1ACD) (PRE-AMP)","DriveLaser","Hardware","2018-10-08 - 09:30","Final"]
["PRE-AMPLIFIER error code = 13102368 ","DriveLaser","Hardware","2018-10-08 - 09:27","Final"]
["DRIVE LASER LP04 ERROR CODE = 13100111 : TIMEOUT RESONATOR START (01AB, 01AL)","DriveLaser","General","2018-10-08 - 09:21","Final"]
["DRIVE LASER PREA1 LP04 ERROR = 13002616 : FFM - ERROR, FLOW (AL) TO FFM -S%2 (1AB0)","DriveLaser","General","2018-10-08 - 09:12","Final"]
["DRIVE LASER LP04 WARNING CODE = 12061202 : NO MESSAGE TEXT FOUND","DriveLaser","General","2018-10-08 - 09:08","Final"]
["DRIVE LASER LP04 ERROR CODE =13002530 : LASER 1 OP - EXTERNAL BEAM GUARD BELLOW NOT CLOSED","DriveLaser","Hardware","2018-10-08 - 09:02","Final"]
["RECOGNIZE A BROKEN RF CONTROLLER BOARD","DriveLaser","Hardware","2018-10-08 - 08:59","Final"]
["ATTACHMENTS FOR PROCEDURE M130","DriveLaser","General","2018-10-08 - 08:49","Final"]
["PRE PULSE Z FOCUS POSITION NOK","DriveLaser","Performance","2018-10-05 - 11:40","Final"]
["DLHC PP POWER NOK @PA3–OUT FIRING PP+MP","DriveLaser","Performance","2018-10-05 - 11:25","Final"]
["POWER AMPLIFIER error code = 13102350","DriveLaser","General","2018-10-05 - 11:11","Final"]
["POWER AMPLIFIER error code = 13100208","DriveLaser","General","2018-10-05 - 11:08","Final"]
["POWER AMPLIFIER error code = 13102008","DriveLaser","General","2018-10-05 - 10:45","Final"]
["POWER AMPLIFIER error code = 13100411","DriveLaser","General","2018-10-05 - 10:43","Final"]
["POWER AMPLIFIER error code = 13124713","DriveLaser","General","2018-10-05 - 10:31","Final"]
["POWER AMPLIFIER error code = 13124712","DriveLaser","General","2018-10-05 - 08:50","Final"]
["POWER AMPLIFIER error code = 13124711","DriveLaser","General","2018-10-05 - 08:45","Final"]
["POWER AMPLIFIER error code = 13102464","DriveLaser","General","2018-10-05 - 08:40","Final"]
["POWER AMPLIFIER error code= 13101349","DriveLaser","General","2018-10-05 - 08:38","Final"]
["POWER AMPLIFIER error code = 13101348","DriveLaser","General","2018-10-05 - 08:35","Final"]
["POWER AMPLIFIER error code = 13101347","DriveLaser","General","2018-10-05 - 08:30","Final"]
["POWER AMPLIFIER error code = 13101352","DriveLaser","General","2018-10-05 - 08:27","Final"]
["POWER AMPLIFIER error code = 13102466","DriveLaser","General","2018-10-04 - 15:54","Final"]
["POWER AMPLIFIER error code = 13102308","DriveLaser","General","2018-10-04 - 15:52","Final"]
["POWER AMPLIFIER error code = 13102309","DriveLaser","General","2018-10-04 - 15:41","Final"]
["POWER AMPLIFIER error code = 13102310","DriveLaser","General","2018-10-04 - 15:37","Final"]
["POWER AMPLIFIER error code = 13102407","DriveLaser","General","2018-10-04 - 15:32","Final"]
["POWER AMPLIFIER error code = 13102318","DriveLaser","General","2018-10-04 - 15:17","Final"]
["POWER AMPLIFIER error code = 13100405","DriveLaser","General","2018-10-04 - 14:49","Final"]
["POWER AMPLIFIER error code = 13102361","DriveLaser","General","2018-10-04 - 14:37","Final"]
["POWER AMPLIFIER error code = 13102371","DriveLaser","General","2018-10-04 - 14:32","Final"]
["POWER AMPLIFIER error code = 13100108","DriveLaser","General","2018-10-04 - 14:27","Final"]
["POWER AMPLIFIER error code = 13101337","DriveLaser","General","2018-10-04 - 14:04","Final"]
["POWER AMPLIFIER error code = 13102322","DriveLaser","General","2018-10-04 - 13:57","Final"]
["POWER AMPLIFIER error code = 13102323","DriveLaser","General","2018-10-04 - 12:39","Final"]
["POWER AMPLIFIER error code = 13102349","DriveLaser","General","2018-10-04 - 12:35","Final"]
["POWER AMPLIFIER error code = 13102406","DriveLaser","General","2018-10-04 - 12:32","Final"]
["POWER AMPLIFIER error code = 13102461","DriveLaser","General","2018-10-04 - 12:15","Final"]
["POWER AMPLIFIER error code = 13101340","DriveLaser","General","2018-10-04 - 12:12","Final"]
["POWER AMPLIFIER error code = 13102307","DriveLaser","General","2018-10-04 - 12:06","Final"]
["POWER AMPLIFIER error code = 13101355","DriveLaser","General","2018-10-04 - 11:40","Final"]
["POWER AMPLIFIER error code = 13100112","DriveLaser","General","2018-10-04 - 11:24","Final"]
["POWER AMPLIFIER error code = 13102403","DriveLaser","General","2018-10-04 - 11:20","Final"]
["PRE AMPLIFIER ERROR CODE = 13102458 : SEED ERROR FLOW AT BB (18DA)","DriveLaser","General","2018-10-04 - 11:13","Final"]
["ID:110035 AUTOMATIC LEAK TEST CONFIRMS WINDOW BREAKAGE AT PAX","DriveLaser","Software","2018-10-04 - 10:50","Final"]
["FFM ADT: LIVE VALUES DO NOT MATCH FFMBPC CPD REPORT","DriveLaser","Software","2018-10-03 - 12:32","Final"]
["POWER AMPLIFIER error code = 12160009","DriveLaser","General","2018-10-01 - 12:35","Final"]
["POWER AMPLIFIER error code = 13101304","DriveLaser","General","2018-10-01 - 10:56","Final"]
["PRE AMPLIFIER ERROR CODE = 13100607","DriveLaser","General","2018-10-01 - 10:35","Final"]
["Shutter piston not reacting in time (101051)","DriveLaser","Performance","2018-09-28 - 11:14","Final"]
["POWER AMPLIFIER error code = 13101401","DriveLaser","Hardware","2018-09-27 - 15:24","Final"]
["PREA OUTPUT POWER IS TOO LOW","DriveLaser","General","2018-09-27 - 11:00","Final"]
["PRE AMPLIFIER error code = 13102420 : HX Cu - Error (18b4)","DriveLaser","Hardware","2018-09-26 - 15:38","Final"]
["S3-211 Drive Laser FAT/SAT customer version_template","DriveLaser","General","2018-09-26 - 12:29","Final"]
["Sif 9 & Pre Amplifier error codes=13101304, 13101405,12141102,12141204 when switching from Service mode 1 to normal mode","DriveLaser","General","2018-09-26 - 12:20","Final"]
["HPDLWAVEFORMGUI CONFIGURATION NOK (S3 NON-SIM SYSTEMS ONLY)","DriveLaser","Software","2018-09-26 - 10:40","Final"]
["DRIVE LASER PREAMP LP04 ERROR = 12141203","DriveLaser","General","2018-09-26 - 10:36","Final"]
["DRIVE LASER ERROR CODE = 13002434","DriveLaser","Hardware","2018-09-26 - 09:57","Provisional"]
["DRIVE LASER ERROR CODE = 13002438","DriveLaser","General","2018-09-26 - 09:55","Provisional"]
["POWER AMPLIFIER ERROR CODE = 13101406","DriveLaser","General","2018-09-26 - 07:58","Final"]
["DLHC","DriveLaser","KPI","2018-09-25 - 14:20","Final"]
["FBQ QUALIFICATION SHEET","DriveLaser","Performance","2018-09-25 - 14:14","Final"]
["CHANGING AOM 1F.2 VALUE CRASHES DRIVERS","DriveLaser","General","2018-09-25 - 08:45","Final"]
["FAULT TANK COMPLETELY FULL","DriveLaser","General","2018-09-24 - 11:25","Final"]
["DLDB_Failed_NOK_OCAP_Dummy","DriveLaser","General","2018-09-24 - 10:58","Final"]
["POWER AMPLIFIER ERROR CODE = 13102519","DriveLaser","General","2018-09-20 - 12:35","Final"]
["PRE-AMPLIFIER ERROR CODE = 13102602","DriveLaser","General","2018-09-20 - 11:58","Final"]
["POWER AMPLIFIER ERROR CODE = 13102647","DriveLaser","General","2018-09-20 - 10:34","Final"]
["POWER AMPLIFIER ERROR CODE = 12160661 ","DriveLaser","General","2018-09-20 - 10:13","Final"]
["12141213 PREAMP =RFG HIGH REFLECTED POWER","DriveLaser","General","2018-09-20 - 09:52","Final"]
["POWER AMPLIFIER ERROR CODE =12160050","DriveLaser","General","2018-09-20 - 09:23","Final"]
["PLACE HOLDER FOR HPSM MODULE 1 MP ACCEPTANCE PROTOCOL.DOCX","DriveLaser","General","2018-09-20 - 08:09","Final"]
["PCS_for_SF15_Qualification_Sheet","DriveLaser","General","2018-09-17 - 11:17","Final"]
["UALPEMCALSHEET ATTACHMENT FOR GSM061.CAL","DriveLaser","General","2018-09-04 - 14:08","Final"]
["DL HX PUMPPARAMETERS ATTACHMENT FOR GDL122.PER","DriveLaser","General","2018-08-27 - 11:51","Final"]
["HPSM or PA camera data show zero or close to zero as beam position or as beam size","DriveLaser","Software","2018-08-23 - 10:21","Final"]
["PCS_For_M130_Checkgate_Qualification_Sheet","DriveLaser","General","2018-08-23 - 10:11","Final"]
["POWER AMPLIFIER error code = 13102015","DriveLaser","Hardware","2018-08-20 - 10:07","Final"]
["POWER AMPLIFIER error code = 13102411","DriveLaser","General","2018-08-08 - 12:17","Final"]
["BEAM ASTIGMATISM NOK","DriveLaser","Performance","2018-08-07 - 12:22","Final"]
["BEAM POSITION DRIFT AT PA3OUT OVER 10-20 MINUTES AFTER FIRING PAs","DriveLaser","Performance","2018-08-06 - 08:20","Final"]
["SELF-LASING / GLINT INSPECTION","DriveLaser","Performance","2018-08-06 - 08:18","Final"]
["POWER AMPLIFIER ERROR CODE = 13102014","DriveLaser","General","2018-08-02 - 14:40","Final"]
["POWER AMPLIFIER ERROR CODE = 13102013","DriveLaser","General","2018-08-02 - 14:36","Final"]
["POWER AMPLIFIER ERROR CODE = 13102009","DriveLaser","General","2018-08-02 - 14:34","Final"]
["PA OR TRUCOAX CANNOT CHANGE FROM RUN DOWN TO OPERATIONAL STATE AFTER ALARM WATER CIRCUIT","DriveLaser","Hardware","2018-08-02 - 12:23","Final"]
["POWER AMPLIFIER error code = 13101404","DriveLaser","Hardware","2018-08-02 - 12:08","Final"]
["POWER AMPLIFIER error code = 13101403","DriveLaser","Hardware","2018-08-02 - 11:44","Final"]
["POWER AMPLIFIER error code = 13101402","DriveLaser","Hardware","2018-07-25 - 13:55","Final"]
["LOW CO2 POWER AFTER POWER CYCLING PA CABINET","DriveLaser","Performance","2018-07-24 - 10:41","Final"]
["placeholder for S3 PA alignment calculation sheet","DriveLaser","General","2018-07-18 - 15:13","Final"]
["S3-211 Drive Laser FAT SAT customer version_template","DriveLaser","General","2018-07-18 - 14:54","Final"]
[null,"DriveLaser","General","2018-07-18 - 14:42","Final"]
["PA3 Laser Control software system crashed ","DriveLaser","Software","2018-07-18 - 09:20","Final"]
["UNABLE TO CONNECT TO THE PA0 OR PA3 PYROCAM IN THE eBus","DriveLaser","Software","2018-07-18 - 07:43","Final"]
["PLACEHOLDER FOR ATTACHMENTS FOR GDL057.CAL","DriveLaser","General","2018-07-18 - 07:31","Final"]
["PCS_For_MAP33MAP34_PERF_Qualification_Sheet_S2","DriveLaser","General","2018-07-17 - 15:19","Final"]
["PA3 out factors calibration","DriveLaser","General","2018-07-17 - 14:40","Final"]
["PA3 out PEM factors calibration","DriveLaser","General","2018-07-17 - 14:39","Final"]
["gdl002.csr","DriveLaser","General","2018-07-13 - 13:31","Final"]
["PEM CPD: MEASUREMENT QUALITY NOK","DriveLaser","General","2018-07-05 - 11:12","Final"]
["PLACEHOLDER FOR ATTACHMENT FOR GDL050.CAL","DriveLaser","General","2018-06-21 - 07:58","Final"]
["Permit to work placeholder","DriveLaser","General","2018-06-13 - 15:32","Final"]
["DLGC","DriveLaser","General","2018-06-13 - 15:32","Final"]
["DL_curve_DLxx_pixx_template","DriveLaser","General","2018-06-13 - 15:31","Final"]
["Created for Procedure attatchement: PA3 in factors calibration","DriveLaser","General","2018-06-13 - 15:31","Final"]
["ATTACHMENTS FOR GDL111.PER AND GDL112.PER","DriveLaser","General","2018-06-13 - 13:31","Final"]
["POWER AMPLIFIER error code = 12160008","DriveLaser","General","2018-06-12 - 11:06","Final"]
["POWER AMPLIFIER error code = 12160011","DriveLaser","Hardware","2018-06-12 - 10:35","Final"]
["POWER AMPLIFIER error code = 12160010","DriveLaser","Hardware","2018-06-12 - 10:27","Final"]
["PEM CPD: RESULTS VALIDATION: OUT OF LIMITS","DriveLaser","General","2018-04-20 - 17:57","Final"]
["POWER AMPLIFIER ERROR CODE = 13101807","DriveLaser","General","2018-04-13 - 12:02","Final"]
["POWER AMPLIFIER ERROR CODE = 13100407","DriveLaser","Hardware","2018-04-13 - 11:28","Final"]
["POWER AMPLIFIER error code = 12160021","DriveLaser","Hardware","2018-04-04 - 15:47","Final"]
["LP04 DISPLAYS \"FILE OPEN FAILED\" WHILE BOOTING","DriveLaser","Hardware","2018-03-26 - 14:43","Final"]
["PRE- AMPLIFIER ERROR CODE = 13100209","DriveLaser","General","2018-02-12 - 09:45","Final"]
["PRE - AMPLIFIER ERROR CODE = 13102651","DriveLaser","General","2018-02-12 - 09:44","Final"]
["PREAMP RF GEN POWER DROP","DriveLaser","Performance","2018-02-12 - 09:37","Final"]
["ERROR 12160060 POWER AMPLIFIER 1 : 24 VOLT VOLTAGE DIP DETECTED ON MODULE","DriveLaser","Hardware","2018-01-24 - 08:55","Final"]
["DRIVE LASER ERROR CODE = 20105012","DriveLaser","General","2018-01-23 - 14:08","Final"]
["DRIVE LASER ERROR CODE = 20105002","DriveLaser","General","2018-01-23 - 14:03","Final"]
["DRIVE LASER ERROR CODE = 13102436","DriveLaser","General","2018-01-23 - 13:56","Final"]
["DRIVE LASER ERROR CODE = 13102434","DriveLaser","Hardware","2018-01-23 - 13:53","Final"]
["DRIVE LASER ERROR CODE = 13002471","DriveLaser","General","2018-01-23 - 13:46","Final"]
["DRIVE LASER ERROR CODE = 20105003","DriveLaser","Software","2018-01-23 - 12:33","Final"]
["DRIVE LASER ERROR CODE = 20080014","DriveLaser","Software","2018-01-23 - 11:56","Final"]
["DRIVE LASER ERROR CODE = 13002439","DriveLaser","General","2018-01-23 - 11:38","Final"]
["DRIVE LASER ERROR CODE = 13102439","DriveLaser","General","2018-01-23 - 11:02","Final"]
["DRIVE LASER ERROR CODE = 13102438","DriveLaser","General","2018-01-23 - 09:51","Final"]
["DRIVE LASER ERROR CODE = 13102437","DriveLaser","General","2018-01-23 - 09:27","Final"]
["DRIVE LASER ERROR CODE = 13102435","DriveLaser","General","2018-01-23 - 08:52","Final"]
["DRIVE LASER ERROR CODE = 13102433","DriveLaser","General","2018-01-23 - 08:17","Final"]
["DRIVE LASER ERROR CODE = 13002468","DriveLaser","General","2018-01-22 - 16:10","Final"]
["DRIVE LASER ERROR CODE = 13002467","DriveLaser","General","2018-01-22 - 15:54","Final"]
["DRIVE LASER error code = 13002440","DriveLaser","General","2018-01-22 - 15:48","Final"]
["DRIVE LASER error code = 13002438","DriveLaser","General","2018-01-22 - 15:14","Final"]
["DRIVE LASER error code = 13002437","DriveLaser","General","2018-01-22 - 15:00","Final"]
["DRIVE LASER ERROR CODE = 13002435","DriveLaser","General","2018-01-22 - 12:41","Final"]
["DRIVE LASER ERROR CODE = 13002436","DriveLaser","General","2018-01-22 - 12:39","Final"]
["DRIVE LASER error code = 13002433","DriveLaser","General","2018-01-22 - 12:29","Final"]
["DRIVE LASER ERROR CODE = 13102440","DriveLaser","General","2018-01-22 - 10:59","Final"]
["DRIVE LASER ERROR CODE = 20080002","DriveLaser","Software","2018-01-22 - 10:24","Final"]
["DRIVE LASER ERROR CODE = 20080032","DriveLaser","General","2018-01-22 - 09:54","Final"]
["DRIVE LASER ERROR CODE = 20105011","DriveLaser","General","2018-01-22 - 09:11","Final"]
["DRIVE LASER ERROR CODE = 20105013","DriveLaser","Hardware","2018-01-18 - 14:45","Final"]
["DRIVE LASER ERROR CODE = 20180001","DriveLaser","Software","2018-01-18 - 14:33","Final"]
["DRIVE LASER ERROR CODE = 20180003","DriveLaser","General","2018-01-18 - 12:50","Final"]
["DRIVE LASER ERROR CODE = 20180004","DriveLaser","General","2018-01-18 - 12:39","Final"]
["DRIVE LASER ERROR CODE = 20180015","DriveLaser","General","2018-01-18 - 12:18","Final"]
["DRIVE LASER ERROR CODE = 20180016","DriveLaser","General","2018-01-18 - 10:51","Final"]
["DRIVE LASER ERROR CODE = 20180041","DriveLaser","Software","2018-01-18 - 10:27","Final"]
["DRIVE LASER ERROR CODE = 20180050","DriveLaser","General","2018-01-18 - 10:13","Final"]
["DRIVE LASER ERROR CODE = 20180060","DriveLaser","Software","2018-01-18 - 09:51","Final"]
["DRIVE LASER ERROR CODE = 20280001","DriveLaser","Software","2018-01-17 - 15:54","Final"]
["DRIVE LASER ERROR CODE = 20280004","DriveLaser","Software","2018-01-17 - 15:30","Final"]
["DRIVE LASER ERROR CODE = 20280002","DriveLaser","Software","2018-01-17 - 10:04","Final"]
["DRIVE LASER ERROR CODE = 20280003","DriveLaser","Software","2018-01-17 - 09:53","Final"]
["DRIVE LASER ERROR CODE = 20080031","DriveLaser","Hardware","2018-01-16 - 15:48","Final"]
["DRIVE LASER ERROR CODE = 13102467","DriveLaser","Hardware","2018-01-16 - 14:44","Final"]
["DRIVE LASER ERROR CODE = 13102468","DriveLaser","Hardware","2018-01-16 - 14:41","Final"]
["DRIVE LASER ERROR CODE = 13023401","DriveLaser","Hardware","2018-01-16 - 12:37","Final"]
["DRIVE LASER ERROR CODE = 13002472","DriveLaser","Hardware","2018-01-16 - 12:09","Final"]
["DRIVE LASER ERROR CODE = 13002469","DriveLaser","Hardware","2018-01-16 - 11:49","Final"]
["DUMMY PCS FOR ATTACHMENTS","DriveLaser","General","2018-01-16 - 10:40","Final"]
["DRIVE LASER ERROR CODE = 13001356","DriveLaser","Hardware","2018-01-15 - 15:49","Final"]
["DRIVE LASER ERROR CODE = 13002326","DriveLaser","Hardware","2018-01-15 - 14:29","Final"]
["DRIVE LASER ERROR CODE = 20105001","DriveLaser","Hardware","2017-12-06 - 16:35","Final"]
["DRIVE LASER ERROR CODE = 13102472","DriveLaser","Hardware","2017-12-06 - 16:22","Final"]
["DRIVE LASER ERROR CODE = 13102471","DriveLaser","Hardware","2017-12-06 - 16:05","Final"]
["DRIVE LASER ERROR CODE = 13102469","DriveLaser","Hardware","2017-12-06 - 15:48","Final"]
["DRIVE LASER ERROR CODE = 13102326","DriveLaser","Hardware","2017-12-06 - 10:19","Final"]
["DRIVE LASER ERROR CODE = 13101356","DriveLaser","Hardware","2017-12-05 - 15:43","Final"]
["DRIVE LASER error code = 13100942","DriveLaser","Hardware","2017-12-04 - 14:36","Final"]
["DRIVE LASER ERROR CODE = 13100914","DriveLaser","Hardware","2017-12-04 - 12:14","Final"]
["DRIVE LASER ERROR CODE = 13100915","DriveLaser","Hardware","2017-12-04 - 12:03","Final"]
["DRIVE LASER ERROR CODE = 13100911","DriveLaser","Hardware","2017-12-04 - 09:57","Final"]
["DRIVE LASER error code = 13100897","DriveLaser","Hardware","2017-12-04 - 09:45","Final"]
["DRIVE LASER error code = 13100896","DriveLaser","Hardware","2017-11-30 - 09:54","Final"]
["DRIVE LASER error code = 13100808","DriveLaser","Hardware","2017-11-30 - 09:51","Final"]
["DRIVE LASER error code = 13100553","DriveLaser","General","2017-11-30 - 09:50","Final"]
["PCS_For_MAP33MAP34_PERF_Qualification_Sheet_S1","DriveLaser","General","2017-11-15 - 10:42","Final"]
["POWER AMPLIFIER ERROR CODE = 13102539","DriveLaser","General","2017-10-25 - 16:05","Final"]
["Drive Laser PreA1 error code = 13002368","DriveLaser","Software","2017-10-24 - 09:38","Final"]
["GENERAL PCS TO RECOVER DRIVE LASER FROM EMO (13002623 — DLPRE_EMO_IN)","DriveLaser","General","2017-10-24 - 08:01","Final"]
["DRIVE LASER ERROR = 20105011 ","DriveLaser","Hardware","2017-10-23 - 10:36","Final"]
["DRIVE LASER POWER AMPLIFIER ERROR CODE = 13100111","DriveLaser","General","2017-10-19 - 17:13","Final"]
["POWER AMPLIFIER error code = 13100813","DriveLaser","General","2017-10-19 - 16:17","Final"]
["PRE-AMPLIFIER error code = 13124817","DriveLaser","General","2017-10-18 - 15:23","Final"]
["POWER AMPLIFIER error code = 13102429","DriveLaser","General","2017-10-18 - 14:22","Final"]
["POWER AMPLIFIER error code = 13102428","DriveLaser","General","2017-10-18 - 14:21","Final"]
["POWER AMPLIFIER ERROR CODE = 13102347","DriveLaser","Software","2017-10-12 - 15:38","Final"]
["DRIVE LASER POWER AMPLIFIER ERROR CODE = 12160036","DriveLaser","General","2017-10-12 - 09:17","Final"]
["DRIVE LASER LP04 ERROR CODE = 12160706 : RFG %1: ERROR IN THE SYSTEMCAN COMMUNICATION, SYSTEMCAN GENERATOR MODULE CAN ID","DriveLaser","Hardware","2017-09-07 - 09:15","Final"]
["PRE-AMPLIFIER LP04 error code = 13102632","DriveLaser","General","2017-08-29 - 12:30","Final"]
["CALIBRATE THE DLDB CPD Test result NOK","DriveLaser","General","2017-08-22 - 14:47","Final"]
["PRE AMPLIFIER error code = 13100205 : Cumulative error of cooling unit E102.6 (02A5)","DriveLaser","Hardware","2017-08-04 - 12:33","Final"]
["POWER AMPLIFIER error code = 13102339","DriveLaser","Hardware","2017-08-03 - 22:03","Final"]
["POWER AMPLIFIER error code = 13102340","DriveLaser","Hardware","2017-08-03 - 21:59","Final"]
["POWER AMPLIFIER ERROR CODE = 13102306","DriveLaser","General","2017-08-03 - 21:32","Final"]
["POWER AMPLIFIER ERROR CODE = 13102386","DriveLaser","General","2017-08-03 - 21:29","Final"]
["PRE AMPLIFIER error code = 13102459 : SEED - Flow error at BB2 (18DB)","DriveLaser","Hardware","2017-08-03 - 14:19","Final"]
["PRE AMPLIFIER error code = 13002613 : FUSE HAS BLOWN =EP.WT+CB-F6 (1AAD)","DriveLaser","Hardware","2017-08-03 - 11:37","Final"]
["DRIVE LASER LP04 ERROR CODE = 13002324 : DISCREPANCY ERROR IN TWIN SAFE GROUP 16","DriveLaser","Hardware","2017-07-07 - 15:50","Final"]
["DRIVE LASER PA LP04 ERROR CODE = 13102011","DriveLaser","Hardware","2017-07-05 - 11:18","Final"]
["POWER AMPLIFIER 2 ERROR CODE = 13102506","DriveLaser","General","2017-07-03 - 12:55","Final"]
["POWER AMPLIFIER error code = 13124714","DriveLaser","General","2017-06-20 - 16:33","Final"]
["POWER AMPLIFIER error code = 13124802","DriveLaser","General","2017-06-20 - 16:33","Final"]
["PRE-AMPLIFIER error code = 13102304","DriveLaser","General","2017-06-20 - 16:33","Final"]
["POWER AMPLIFIER error code = 13124803","DriveLaser","General","2017-06-20 - 16:32","Final"]
["POWER AMPLIFIER ERROR CODE = 13124811","DriveLaser","General","2017-06-20 - 16:32","Final"]
["POWER AMPLIFIER error code = 13124812","DriveLaser","General","2017-06-20 - 16:31","Final"]
["POWER AMPLIFIER error code = 13124813","DriveLaser","General","2017-06-20 - 16:31","Final"]
["POWER AMPLIFIER error code = 13124814","DriveLaser","General","2017-06-20 - 16:30","Final"]
["POWER AMPLIFIER error code = 13125002","DriveLaser","General","2017-06-20 - 16:30","Final"]
["POWER AMPLIFIER error code = 13125101","DriveLaser","General","2017-06-20 - 16:30","Final"]
["POWER AMPLIFIER error code= 13124703","DriveLaser","General","2017-06-20 - 16:29","Final"]
["POWER AMPLIFIER error code = 13124702","DriveLaser","General","2017-06-20 - 16:28","Final"]
["DRIVE LASER SERVICE LAPTOP CAN NOT BE CONNECTED ","DriveLaser","General","2017-06-20 - 16:26","Final"]
["POWER AMPLIFIER ERROR CODE = 12160029","DriveLaser","General","2017-06-20 - 16:24","Final"]
["POWER AMPLIFIER error code = 13100609","DriveLaser","General","2017-06-20 - 16:22","Final"]
["POWER AMPLIFIER ERROR CODE = 13100882","DriveLaser","General","2017-06-20 - 16:21","Final"]
["POWER AMPLIFIER ERROR CODE = 13100885","DriveLaser","General","2017-06-20 - 16:19","Final"]
["POWER AMPLIFIER ERROR CODE = 13100883","DriveLaser","General","2017-06-20 - 16:13","Final"]
["POWER AMPLIFIER ERROR CODE = 13100886","DriveLaser","General","2017-06-20 - 15:58","Final"]
["POWER AMPLIFIER ERROR CODE = 13100887","DriveLaser","General","2017-06-20 - 15:56","Final"]
["POWER AMPLIFIER ERROR CODE = 13100888","DriveLaser","General","2017-06-20 - 15:53","Final"]
["POWER AMPLIFIER error code = 13100408","DriveLaser","General","2017-06-20 - 15:32","Final"]
["POWER AMPLIFIER ERROR CODE = 13100409","DriveLaser","General","2017-06-20 - 15:31","Final"]
["POWER AMPLIFIER ERROR CODE = 13100412","DriveLaser","General","2017-06-20 - 15:19","Final"]
["POWER AMPLIFIER error code = 13100605","DriveLaser","General","2017-06-20 - 12:35","Final"]
["POWER AMPLIFIER error code = 13100610","DriveLaser","General","2017-06-20 - 12:35","Final"]
["POWER AMPLIFIER ERROR CODE = 13100865","DriveLaser","General","2017-06-20 - 12:33","Final"]
["POWER AMPLIFIER ERROR CODE = 13100866","DriveLaser","General","2017-06-20 - 12:27","Final"]
["POWER AMPLIFIER error code = 13100867","DriveLaser","General","2017-06-20 - 12:25","Final"]
["POWER AMPLIFIER error code = 13100868","DriveLaser","General","2017-06-20 - 12:25","Final"]
["POWER AMPLIFIER error code = 13100869","DriveLaser","General","2017-06-20 - 12:19","Final"]
["POWER AMPLIFIER error code = 13100870","DriveLaser","General","2017-06-20 - 12:19","Final"]
["POWER AMPLIFIER error code = 13100871","DriveLaser","General","2017-06-20 - 12:16","Final"]
["POWER AMPLIFIER error code = 13100872","DriveLaser","General","2017-06-20 - 12:15","Final"]
["POWER AMPLIFIER error code = 13100873","DriveLaser","General","2017-06-20 - 12:13","Final"]
["POWER AMPLIFIER error code = 13100875","DriveLaser","General","2017-06-20 - 12:11","Final"]
["POWER AMPLIFIER ERROR CODE = 13100876","DriveLaser","General","2017-06-20 - 12:11","Final"]
["POWER AMPLIFIER ERROR CODE = 13100877","DriveLaser","General","2017-06-20 - 12:09","Final"]
["POWER AMPLIFIER ERROR CODE = 13100878","DriveLaser","General","2017-06-20 - 12:06","Final"]
["POWER AMPLIFIER ERROR CODE = 13100879","DriveLaser","General","2017-06-20 - 12:04","Final"]
["POWER AMPLIFIER ERROR CODE = 13100880","DriveLaser","General","2017-06-20 - 12:01","Final"]
["POWER AMPLIFIER error code = 13100611","DriveLaser","General","2017-06-20 - 11:57","Final"]
["POWER AMPLIFIER ERROR CODE = 13102005","DriveLaser","General","2017-06-20 - 11:56","Final"]
["POWER AMPLIFIER error code = 12160642","DriveLaser","General","2017-06-20 - 11:54","Final"]
["POWER AMPLIFIER error code = 13102207. ","DriveLaser","General","2017-06-20 - 11:53","Final"]
["DLSS CPD: RESULTS VALIDATION OUT OF LIMIT","DriveLaser","General","2017-06-20 - 11:52","Final"]
["PRE-AMPLIFIER ERROR CODE = 13100810 : FLOW IN COPPER COOLING CIRCUIT IS TOO LOW E105.5 (08AA)","DriveLaser","Hardware","2017-06-20 - 10:56","Final"]
["POWER AMPLIFIER ERROR CODE = 12160648","DriveLaser","General","2017-06-20 - 10:47","Final"]
["POWER AMPLIFIER ERROR CODE = 12160649","DriveLaser","General","2017-06-20 - 10:45","Final"]
["POWER AMPLIFIER ERROR CODE = 12160646","DriveLaser","General","2017-06-20 - 10:38","Final"]
["POWER AMPLIFIER error code = 12160645","DriveLaser","General","2017-06-20 - 10:31","Final"]
["POWER AMPLIFIER ERROR CODE = 12160644","DriveLaser","General","2017-06-20 - 10:29","Final"]
["POWER AMPLIFIER ERROR CODE = 12160643","DriveLaser","General","2017-06-20 - 10:28","Final"]
["POWER AMPLIFIER ERROR CODE = 12160640","DriveLaser","General","2017-06-20 - 10:23","Final"]
["POWER AMPLIFIER error code = 12160639","DriveLaser","General","2017-06-20 - 10:20","Final"]
["POWER AMPLIFIER ERROR CODE = 12160638","DriveLaser","General","2017-06-20 - 10:06","Final"]
["POWER AMPLIFIER error code = 13101808","DriveLaser","General","2017-06-20 - 09:52","Final"]
["POWER AMPLIFIER error code = 13101815","DriveLaser","General","2017-06-20 - 09:52","Final"]
["POWER AMPLIFIER error code = 13101806","DriveLaser","General","2017-06-20 - 09:43","Final"]
["POWER AMPLIFIER error code = 13102427","DriveLaser","General","2017-06-20 - 09:39","Final"]
["POWER AMPLIFIER ERROR CODE = 13101812","DriveLaser","General","2017-06-20 - 09:38","Final"]
["POWER AMPLIFIER ERROR CODE = 13101811","DriveLaser","General","2017-06-20 - 09:35","Final"]
["POWER AMPLIFIER error code = 13101809","DriveLaser","General","2017-06-20 - 09:32","Final"]
["POWER AMPLIFIER ERROR CODE = 12160040","DriveLaser","General","2017-06-20 - 08:26","Final"]
["POWER AMPLIFIER error code = 12160637","DriveLaser","General","2017-06-20 - 08:10","Final"]
["LBC-00** ROOT ERROR","DriveLaser","Hardware","2017-06-20 - 08:09","Final"]
["POWER AMPLIFIER error code = 13102319","DriveLaser","General","2017-06-20 - 08:07","Final"]
["POWER AMPLIFIER error code = 13102314","DriveLaser","General","2017-06-20 - 08:07","Final"]
["POWER AMPLIFIER error code = 13101006","DriveLaser","General","2017-06-20 - 08:06","Final"]
["POWER AMPLIFIER error code = 13102328","DriveLaser","General","2017-06-20 - 07:53","Final"]
["POWER AMPLIFIER ERROR CODE = 13102336","DriveLaser","General","2017-06-20 - 07:53","Final"]
["LRT-00** ROOT ERROR","DriveLaser","Hardware","2017-06-19 - 15:31","Final"]
["POWER AMPLIFIER error code = 12160657","DriveLaser","General","2017-06-19 - 15:30","Final"]
["SUPPORT VIA DL BRES TO DL SERVICE LAPTOP","DriveLaser","General","2017-06-19 - 15:29","Final"]
["POWER AMPLIFIER error code = 13102462","DriveLaser","General","2017-06-19 - 15:13","Final"]
["POWER AMPLIFIER ERROR CODE = 13102463","DriveLaser","General","2017-06-19 - 15:12","Final"]
["POWER AMPLIFIER error code = 12160656 ","DriveLaser","General","2017-06-19 - 15:09","Final"]
["POWER AMPLIFIER error code = 12160658","DriveLaser","General","2017-06-19 - 14:59","Final"]
["POWER AMPLIFIER ERROR CODE = 12160659","DriveLaser","General","2017-06-19 - 14:52","Final"]
["LAC-00** ROOT ERROR","DriveLaser","Hardware","2017-06-19 - 14:36","Final"]
["BEAM BLOCK 1R IS RED","DriveLaser","Hardware","2017-06-19 - 13:59","Final"]
["MISSING SLOPE AT 'BEAM ON M14' INPUT, CODE = 13000124","DriveLaser","General","2017-06-19 - 13:47","Final"]
["LASER SHUTTERS NOK IN SOURCE CONTROL","DriveLaser","General","2017-06-19 - 13:44","Final"]
["POWER AMPLIFIER ERROR CODE = 13100874","DriveLaser","General","2017-06-19 - 12:42","Final"]
["DLSS CPD: MEASUREMENT QUALITY NOK","DriveLaser","General","2017-06-15 - 10:48","Final"]
["POWER AMPLIFIER ERROR CODE = 13102321","DriveLaser","General","2017-06-13 - 16:27","Final"]
["POWER AMPLIFIER ERROR CODE = 13102384","DriveLaser","General","2017-06-13 - 15:28","Final"]
["PA3-OUT PEM SIGNAL NOK FOR DLSS","DriveLaser","Software","2017-06-12 - 10:56","Final"]
["SIF-009 OCCURS DURING DLSS","DriveLaser","Software","2017-06-12 - 10:54","Final"]
["DLSS CPD: TEST RUN RESULT NOT OK","DriveLaser","Software","2017-06-12 - 10:48","Final"]
["DLSS CPD DOES NOT OPEN","DriveLaser","Software","2017-06-09 - 14:54","Final"]
["PRE-AMPLIFIER error code = 13102602 ","DriveLaser","General","2017-05-31 - 13:49","Final"]
["PRE AMPLIFIER ERROR CODE = 13102431","DriveLaser","Software","2017-05-31 - 08:36","Final"]
["POWER AMPLIFIER error code = 13102426","DriveLaser","General","2017-05-17 - 11:26","Final"]
["POWER AMPLIFIER error code = 13102425","DriveLaser","General","2017-05-17 - 11:24","Final"]
["POWER AMPLIFIER error code = 13102389","DriveLaser","General","2017-05-17 - 11:19","Final"]
["POWER AMPLIFIER error code = 13102387","DriveLaser","General","2017-05-17 - 11:18","Final"]
["POWER AMPLIFIER error code = 13102369","DriveLaser","General","2017-05-17 - 11:15","Final"]
["PREAMP LP04 ERROR = 12141204","DriveLaser","General","2017-05-17 - 11:14","Final"]
["POWER AMPLIFIER error code = 13102335","DriveLaser","Hardware","2017-05-17 - 11:09","Final"]
["POWER AMPLIFIER error code = 12160511","DriveLaser","General","2017-05-17 - 09:38","Final"]
["POWER AMPLIFIER error code = 13102352","DriveLaser","Hardware","2017-05-16 - 15:29","Final"]
["PRE-AMPLIFIER error code = 13102370","DriveLaser","Hardware","2017-05-16 - 12:13","Final"]
["POWER AMPLIFIER error code= 13100406","DriveLaser","General","2017-05-15 - 14:19","Final"]
["POWER AMPLIFIER error code = 12160636","DriveLaser","General","2017-05-15 - 14:16","Final"]
["POWER AMPLIFIER ERROR CODE = 13102311","DriveLaser","General","2017-05-05 - 08:58","Final"]
["POWER AMPLIFIER error code = 13102383","DriveLaser","General","2017-05-03 - 15:42","Final"]
["POWER AMPLIFIER error code = 13102382","DriveLaser","General","2017-05-03 - 15:40","Final"]
["PRE AMPLIFIER error code = 13102536","DriveLaser","Hardware","2017-04-25 - 15:31","Final"]
["PRE AMPLIFIER error code = 13102457","DriveLaser","General","2017-04-25 - 15:23","Final"]
["POWER AMPLIFIER error code = 13102385: Seed-BB cover not closed","DriveLaser","Hardware","2017-04-25 - 14:50","Final"]
["POWER AMPLIFIER error code = 13102381","DriveLaser","General","2017-04-25 - 14:37","Final"]
["POWER AMPLIFIER error code = 13102312 : MAIN SWITCH OFF (17AC)","DriveLaser","General","2017-04-25 - 14:17","Final"]
["POWER AMPLIFIER error code = 13101334","DriveLaser","General","2017-04-25 - 14:10","Final"]
["POWER AMPLIFIER error code = 13100517","DriveLaser","General","2017-04-13 - 12:55","Final"]
["POWER AMPLIFIER error code = 13100110","DriveLaser","Hardware","2017-04-13 - 11:35","Final"]
["POWER AMPLIFIER error code = 13102422","DriveLaser","General","2017-04-12 - 16:45","Final"]
["POWER AMPLIFIER error code = 13102421","DriveLaser","General","2017-04-12 - 16:44","Final"]
["POWER AMPLIFIER error code = 13102419","DriveLaser","General","2017-04-12 - 16:42","Final"]
["POWER AMPLIFIER error code = 13102418","DriveLaser","General","2017-04-12 - 16:41","Final"]
["POWER AMPLIFIER ERROR CODE = 12160032","DriveLaser","General","2017-04-12 - 15:28","Final"]
["POWER AMPLIFIER ERROR CODE = 13100607","DriveLaser","Hardware","2017-04-07 - 13:47","Final"]
["Dummy PCS for attachments","DriveLaser","General","2017-03-27 - 13:24","Final"]
["POWER AMPLIFIER error code = 13102519","DriveLaser","General","2017-03-16 - 16:29","Final"]
["DL BEAM-ON FAILED","DriveLaser","General","2017-02-21 - 12:35","Final"]
["AFTER TEAD / TEC ADT CRASHES NO PP SIGNAL IS SEEN ON THE SCOPE FOR THE FWD PEM","DriveLaser","General","2017-02-21 - 12:30","Final"]
["DRIVE LASER PA LP04 ERROR CODE = 13102353 : FLOW MEASURING INSTRUMENT 2 CU WATER (17D5)","DriveLaser","General","2017-02-15 - 17:12","Final"]
["DRIVE LASER PA LP04 ERROR CODE = 13100809 : FLOW IN THE ALUMINIUM COOLING CIRCUIT IS TOO LOW E105.4 (08A9)","DriveLaser","General","2017-02-15 - 17:12","Final"]
["PRE AMPLIFIER ERROR CODE = 13001334","DriveLaser","Software","2017-02-02 - 10:22","Final"]
["POWER AMPLIFIER ERROR CODE = 13100532","DriveLaser","General","2017-02-02 - 10:11","Final"]
["PREAMPLIFIER ERRORS CAN NOT BE RESET AND PREA1 CAN NOT REACH THE OK STATUS","DriveLaser","General","2017-01-31 - 12:44","Final"]
["PREAMP MODULE ERROR = 11003111","DriveLaser","General","2017-01-31 - 10:42","Final"]
["UNABLE TO OPEN MAIN SHUTTER (WHILE IN SM1)","DriveLaser","Software","2017-01-26 - 14:27","Final"]
["ATTACHMENTS FOR DRIVE LASER PROCEDURES","DriveLaser","General","2017-01-25 - 11:56","Final"]
["PRE- AMPLIFIER error code = 13102646","DriveLaser","Hardware","2017-01-13 - 14:29","Final"]
["DRIVE LASER LP04 ERROR CODE = 12160652","DriveLaser","Hardware","2017-01-11 - 09:37","Final"]
["DRIVE LASER LP04 ERROR CODE = 12160653","DriveLaser","Hardware","2016-12-22 - 14:25","Final"]
["DRIVE LASER PA LP04 ERROR = 12160631","DriveLaser","General","2016-12-22 - 14:21","Final"]
["PEM CPD \"TEST RUN RESULT: NOT OK\"","DriveLaser","General","2016-11-25 - 11:20","Final"]
["POWER AMPLIFIER error code = 13100881","DriveLaser","General","2016-11-24 - 14:12","Final"]
["POWER AMPLIFIER error code = 13100884","DriveLaser","Hardware","2016-11-24 - 14:05","Final"]
["POWER AMPLIFIER ERROR CODE = 13102607","DriveLaser","General","2016-11-16 - 14:49","Final"]
["PA0 or PA1 single RF cable temperature higher than 70°C","DriveLaser","General","2016-11-09 - 14:34","Final"]
["MD and RF comparison tool","DriveLaser","General","2016-11-09 - 14:31","Final"]
["XY Scan M150 TPS Sheet","DriveLaser","General","2016-11-09 - 14:30","Final"]
["FDMB Application error : cannot get access to SD memory via Miniweb","DriveLaser","Software","2016-11-09 - 14:27","Final"]
["POWER AMPLIFIER error code = 12160063","DriveLaser","General","2016-11-07 - 09:33","Final"]
["POWER AMPLIFIER error code = 12160064","DriveLaser","General","2016-11-07 - 09:32","Final"]
["POWER AMPLIFIER error code = 12160065","DriveLaser","General","2016-11-07 - 09:32","Final"]
["POWER AMPLIFIER error code = 12160066","DriveLaser","General","2016-11-07 - 09:31","Final"]
["POWER AMPLIFIER error code = 12160067","DriveLaser","General","2016-11-07 - 09:31","Final"]
["POWER AMPLIFIER error code = 12160068","DriveLaser","General","2016-11-07 - 09:30","Final"]
["POWER AMPLIFIER error code = 12160057","DriveLaser","General","2016-10-28 - 16:27","Final"]
["POWER AMPLIFIER 2 error code = 13102615","DriveLaser","General","2016-10-28 - 16:06","Final"]
["POWER AMPLIFIER 2 error code = 13102631","DriveLaser","General","2016-10-28 - 16:05","Final"]
["POWER AMPLIFIER 2 error code = 13102530","DriveLaser","General","2016-10-28 - 16:02","Final"]
["POWER AMPLIFIER 2 error code = 13102529","DriveLaser","General","2016-10-28 - 16:01","Final"]
["POWER AMPLIFIER 2 error code = 13102525","DriveLaser","General","2016-10-28 - 15:56","Final"]
["POWER AMPLIFIER 2 error code = 13102523","DriveLaser","General","2016-10-28 - 15:52","Final"]
["POWER AMPLIFIER 2 error code = 13102520","DriveLaser","General","2016-10-28 - 15:50","Final"]
["POWER AMPLIFIER 2 error code = 13102517","DriveLaser","General","2016-10-28 - 15:48","Final"]
["POWER AMPLIFIER 2 error code = 13102514","DriveLaser","General","2016-10-28 - 15:46","Final"]
["POWER AMPLIFIER 2 error code = 13102513","DriveLaser","General","2016-10-28 - 15:44","Final"]
["POWER AMPLIFIER 2 error code = 13102512","DriveLaser","General","2016-10-28 - 15:42","Final"]
["POWER AMPLIFIER 2 error code = 13102510","DriveLaser","General","2016-10-28 - 15:38","Final"]
["POWER AMPLIFIER 2 error code = 13102614","DriveLaser","General","2016-10-28 - 15:34","Final"]
["POWER AMPLIFIER error code = 12160069","DriveLaser","General","2016-10-28 - 14:55","Final"]
["BTS FFA SAFETY RACK (BFSR) v2 not recognized by Drive Laser","DriveLaser","Hardware","2016-10-28 - 14:24","Final"]
["POWER AMPLIFIER 2 error code = 13100706","DriveLaser","General","2016-10-03 - 14:47","Final"]
["POWER AMPLIFIER 2 error code = 13102504","DriveLaser","General","2016-10-03 - 13:08","Final"]
["POWER AMPLIFIER 2 error code = 13102515","DriveLaser","General","2016-09-30 - 16:13","Final"]
["PRE-AMPLIFIER error code = 13102415","DriveLaser","Hardware","2016-09-30 - 16:10","Final"]
["POWER AMPLIFIER ERROR CODE = 13102007","DriveLaser","Hardware","2016-09-30 - 16:03","Final"]
["POWER AMPLIFIER 2 error code = 13102527","DriveLaser","General","2016-09-30 - 15:16","Final"]
["PRE-AMPLIFIER error code = 13102417","DriveLaser","Hardware","2016-09-29 - 10:43","Final"]
["POWER AMPLIFIER error code = 13102375","DriveLaser","General","2016-09-26 - 09:54","Final"]
["PP Prepulse oscillates jumps unstable","DriveLaser","Hardware","2016-09-26 - 09:24","Final"]
["POWER AMPLIFIER 2 error code = 13102620","DriveLaser","General","2016-09-26 - 08:53","Final"]
["POWER AMPLIFIER ERROR CODE = 13102004 ","DriveLaser","Hardware","2016-08-15 - 13:53","Final"]
["POWER AMPLIFIER ERROR CODE = 12061202 ","DriveLaser","Software","2016-06-08 - 15:18","Final"]
["DRIVE LASER ERROR = 13002010","DriveLaser","Hardware","2016-05-26 - 11:47","Final"]
["POWER AMPLIFIER 2 error code = 13102505","DriveLaser","General","2016-05-26 - 10:35","Final"]
["POWER AMPLIFIER 2 error code = 12160602","DriveLaser","Hardware","2016-04-22 - 14:56","Final"]
["PP AND MP SHUTTER DO NOT OPEN","DriveLaser","Hardware","2016-04-15 - 16:29","Final"]
["DRIVE LASER LP04 ERROR CODE = 12141209","DriveLaser","General","2016-04-11 - 15:46","Final"]
["13102629 BTS-ERROR, BTS SUCTION SYSTEM INSUFFICIENT - S212 (1ACD) (PRE-AMP)","DriveLaser","Hardware","2016-04-11 - 13:26","Final"]
["DtlWHEN FIRING THE DRIVE LASER (DL), THE DL STOPS FIRING AND GOES BACK TO THE OPERATING MODE WITHOUT ERROR","DriveLaser","Hardware","2016-04-11 - 12:02","Final"]
["DRIVE LASER ERROR = 13102006","DriveLaser","General","2016-04-07 - 16:36","Final"]
["PREAMP MODULE ERROR = 13100706","DriveLaser","General","2016-04-05 - 15:45","Final"]
["DRIVE LASER LP04 ERROR CODE = 13102416","DriveLaser","Hardware","2016-04-01 - 13:49","Final"]
["DRIVE LASER LP04 ERROR CODE = 13101405","DriveLaser","General","2016-03-30 - 16:11","Final"]
["DRIVE LASER LP04 ERROR CODE = 13100515","DriveLaser","General","2016-03-30 - 15:53","Final"]
["DRIVE LASER MODULE ERROR = 11100008","DriveLaser","General","2016-03-30 - 15:30","Final"]
["FLUCTUATING MP AND PP ENERGY SIGNAL DETECTED BY THE PA PEMS","DriveLaser","Performance","2016-03-30 - 14:35","Final"]
["PP LEVEL DOES NOT MONOTONICALLY INCREASE WHEN THE SETTING FOR THE AOM2 RF IS INCREASED VIA THE TEC-ADT","DriveLaser","General","2016-03-30 - 12:15","Final"]
["PA0 OUTPUT BEAM ABNORMAL (CAMERA SATURATION) DURING PA ALIGNMENT","DriveLaser","General","2016-03-29 - 15:33","Final"]
["DRIVE LASER LP04 ERROR CODE = 13002324 : DISCREPANCY ERROR IN TWINSAFE GROUP %3","DriveLaser","General","2016-03-23 - 12:32","Final"]
["FFM COVER NOT CLOSED = 13002603","DriveLaser","General","2016-03-23 - 11:53","Final"]
["DRIVE LASER PA LP04 ERROR CODE = 12160602","DriveLaser","Hardware","2016-03-22 - 16:05","Final"]
["DRIVE LASER LP04 ERROR CODE = ???? : MAIN SHUTTER IS NOT OPENING WHEN OPERATED THROUGH SOURCE GUI","DriveLaser","General","2016-03-22 - 15:10","Final"]
["DRIVE LASER LP04 POP-UP ERROR MESSAGE : MAIN_HELP SECOND FALLBACK-LANGUAGE NOT FOUND!","DriveLaser","Software","2016-03-22 - 14:56","Final"]
["DRIVE LASER HEALTH CHECK CALCULATION SHEET","DriveLaser","General","2016-03-22 - 13:04","Final"]
["PRE-ALIGNMENT (PA) BEAM PROFILES NOK","DriveLaser","General","2016-03-17 - 08:19","Final"]
["A POWER-CYCLE OF THE PREA1C CABINET WILL TRIGGER THE WLVU VALVES TO CLOSE","DriveLaser","Hardware","2016-03-17 - 08:03","Final"]
["DL low CO2 power OCAP","DriveLaser","Performance","2016-03-16 - 16:47","Final"]
["AOM / EOM TRIGGER TIMING EXCEL CALCULATION SHEET","DriveLaser","Software","2016-03-14 - 16:34","Final"]
["DRIVE LASER LP04 ERROR CODE = 13002632 : BTS: BEAM GUIDANCE NOT READY FOR OPERATION -S%2 (1AC0)","DriveLaser","General","2016-03-14 - 16:07","Final"]
["LP04 PREAMP ERROR 13002618 OP - LEAK SENSOR IN OP TRIGGERED -S (1AB2)","DriveLaser","General","2016-03-14 - 13:54","Final"]
["DRIVE LASER MODULE ERROR = 13101405","DriveLaser","General","2016-03-14 - 13:35","Final"]
["DRIVE LASER LP04 ERROR - 13002311","DriveLaser","General","2016-03-14 - 13:27","Final"]
["DRIVE LASER PREAMP LP04 ERROR = 13002457","DriveLaser","General","2016-03-14 - 11:49","Final"]
["TEMPLATE FOR S1 SYSTEM","DriveLaser","Hardware","2016-02-24 - 15:03","Final"]
["CONTAINMENT TEMPLATE","DriveLaser","Hardware","2016-02-24 - 14:06","Final"]
["DRIVE LASER PREAMP LP04 ERROR CODE = 13102642 ","DriveLaser","General","2016-02-17 - 15:36","Final"]
["DRIVE LASER PA LP04 ERROR CODE = 12160717","DriveLaser","General","2016-02-17 - 15:19","Final"]
["13102629 BTS-ERROR, BTS EXHAUST SYSTEM INSUFFICIENT - S212 (1ACD) (PRE-AMP)","DriveLaser","Hardware","2016-02-17 - 14:17","Final"]
["PAs HAVE NO POWER DURING DL FIRING PBSS","DriveLaser","Hardware","2016-02-17 - 10:13","Final"]
["MAIN SHUTTER MUST BE OPENED MANUALLY DURING BTS ALIGNMENT","DriveLaser","Hardware","2016-02-15 - 15:42","Final"]
["DRIVE LASER DOES NOT FIRE WHILE PBSS IS RUNNING","DriveLaser","General","2016-02-15 - 13:54","Final"]
["POWER AMPLIFIER 3 error code = 13001805 ","DriveLaser","Hardware","2016-02-11 - 09:08","Final"]
["PA3 SHUTTER DOES NOT RESPOND","DriveLaser","Software","2016-02-10 - 10:23","Final"]
["DRIVE LASER ERROR CODE = 12160708, 12160712, 12160717 (SYSTEMCAN ERRORS)","DriveLaser","General","2016-02-09 - 15:03","Final"]
["PA3 OUTPUT POWER INSTABLE WHEN SOURCE PERFORMS DROPLET OPTIMIZATION","DriveLaser","General","2016-02-09 - 13:41","Final"]
["DRIVE LASER PREAMP LP04 ERROR = 12141204","DriveLaser","General","2016-01-26 - 16:31","Final"]
["DRIVE LASER PREAMP LP04 ERROR CODE = 12141102","DriveLaser","General","2016-01-26 - 16:05","Final"]
["LP04 SCREEN NOT OPERABLE: BLUE SCREEN , BOOT ISSUE, CANNOT INITIALIZE TCOMMC","DriveLaser","Hardware","2016-01-26 - 10:57","Final"]
["USER INSTRUCTION TO GET A COOLANT SAMPLE OF THE HX WATER ( original german Trumpf manual )","DriveLaser","General","2016-01-21 - 16:07","Final"]
["HOW TO USE TWINCAT SW FOR INTERLOCK TROUBLESHOOTING ON AN HXAL WATER LEAK","DriveLaser","General","2016-01-21 - 15:08","Final"]
["DRIVE LASER PA LP04 ERROR CODE = 13100515","DriveLaser","General","2016-01-21 - 11:53","Final"]
["DRIVE LASER HEALTH CHECK CALCULATION SHEET V1.5.8","DriveLaser","General","2016-01-20 - 10:17","Final"]
["SIF-XXXX","DriveLaser","General","2016-01-20 - 09:13","Final"]
["CABLE PLAN FOR DRIVE LASER IN STANDALONE CONFIGURATION","DriveLaser","General","2016-01-20 - 08:38","Final"]
["DRIVE LASER MODULE ERROR: 12160712 RFG1: ERROR IN THE SYSTEMCAN COMMUNICATION","DriveLaser","Hardware","2016-01-19 - 15:46","Final"]
["DRIVE LASER LP04 ERROR CODE = 13100806 AND 13100807 CANNOT BE RESET IN LP04 AFTER THE DRIVE LASER POWER CYCLE.","DriveLaser","General","2016-01-19 - 15:39","Final"]
["DRIVE LASER PA LP04 ERROR CODE = 13100229","DriveLaser","Hardware","2016-01-14 - 14:40","Final"]
["DWFU CANNOT INSTALL. TRUMPF PCW SUPPLY/RETURN MANIFOLD IS INCORRECTLY INSTALLED","DriveLaser","Hardware","2015-06-12 - 11:38","Final"]
["DL WATER LEAKAGE RECOVERY SEQUENCE","DriveLaser","General","2015-06-10 - 13:42","Final"]
["DRIVE LASER HEALTH CHECK CALCULATION SHEET V1.5.8 MACRO FREE","DriveLaser","General","2015-06-09 - 14:36","Final"]

{"sheet":"ERROR_TLF_ENG","index":2,"n_rows":1950,"n_cols":7,"rows_kept":1950,"cut":false,"hidden":false,"merged":[]}
["ERROR CODE","ERROR TEXT","FB_VERSION","ERROR RESULT","ERROR CAUSE","ERROR SOLUTION","REMARKS"]
[11000018,"the structure of the received telegram head is erroneous","1998-01-30","The requested function will not be carried out by laser control.","- the telegram head received by laser control includes an erroneous command type (e.g. KA_C,  KA_R, KA_T) or an erroneous identification for sequential telegrams (e.g. DK_A, DK_M).\n- the NCK or PLC sends an erroneous identification.","Internal error message: please contact Service. If possible with a telegram-analyzer which determines and informs the responsible request telegram for this negative acknowledgement to the laser control.","The telegram's command number will, in this case, not be checked by laser control."]
[11000019,"the command number in the received telegram is too great","1998-01-30","The requested function will not be carried out by laser control.","- the telegram head received by laser control includes a command number which is greater than the known command numbers in current laser software. \n- the NCK or PLC sends an erroneous command number.","Internal error message: please contact Service. If possible with a telegram-analyzer which determines and informs the responsible request telegram for this negative acknowledgement to the laser control.",""]
[11000020,"unknown command number in the received telegram","1998-01-30","The requested function will not be carried out by laser control.","- the telegram head received by laser control includes a command number which is greater than the known command numbers in current laser software. \n- the NCK or PLC sends an erroneous command number.","Internal error message: please contact Service. If possible with a telegram-analyzer which determines and informs the responsible request telegram for this negative acknowledgement to the laser control.",""]
[11000021,"the data length in the received telegram is too great","1998-01-30","The requested function will not be carried out by laser control.","- the telegram head received by laser control includes more data in the current laser software than is allowed. \n- the NCK or PLC sends a too lengthy telegram.","Internal error message: please contact Service. If possible with a telegram-analyzer which determines and informs the request telegram to the laser control.",""]
[11000555,"!!!!! This input page is to be left alone !!!!! Read first, then enter information","2007-04-30","Use the button 'Enter new error' for creating a new alarm. If you overwrite existing alarms at the beginning of the database, you remove important alarms of the NC core, which will not be appreciated by your colleagues.","Use the button 'Enter new error' for creating a new alarm. If you overwrite existing alarms at the beginning of the database, you remove important alarms of the NC core, which will not be appreciated by your \ncolleagues.","Use the button 'Enter new error' for creating a new alarm. If you overwrite existing alarms at the beginning of the database, you remove important alarms of the NC core, which will not be appreciated by your colleagues. \n| | \nV V It is this key!!!!!!!","Use the button 'Enter new error' for creating a new alarm. If you overwrite existing alarms at the beginning of the database, you remove important alarms of the NC core, which will not be appreciated by your colleagues."]
[11002034,"Machine data not error-free","1996-09-02","","","",""]
[11002036,"Commanded power too small","1996-09-02","","","",""]
[11002037,"Commanded power too high","1996-09-02","","","",""]
[11002038,"Gating frequency insufficient","1996-09-02","","","",""]
[11002039,"Gating frequency excessive","1996-09-02","","","",""]
[11002079,"Incorrect beam mode","2014-08-11","The desired beam mode (CW or pulsing F) is not accepted by the laser control system. The original settings are retained!","In general:\nCW operating mode cannot be selected if 'Alignment On' or 'LPC cycles' operation mode is active.\nIn specific:\nThere are TruCoax lasers on which CW mode is generally blocked. For details, refer to the 'Comment' section.","Change the operation mode or select a different beam mode.","CW mode is blocked for:\n1) TruCoax lasers of type MD1=42011\n2) TruCoax lasers of type MD1=42000 and MD4=10001\n\nThis is negative acknowledgement of the 'Modify beam data' data telegram. This telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools."]
[11002080,"Beam duration is too long","2014-08-11","Monitoring is only active in service mode with the beam trap open.\nThe desired beam duration is not accepted by the laser control system. The original value is retained!","'Alignment Off' operating mode: selected beam duration > MD34,\n'Alignment On' operating mode: selected beam duration > MD33","","This is negative acknowledgement of the 'Modify beam data' data telegram. This telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools."]
[11002081,"Incorrect laser operation mode","2014-08-11","The desired laser operation mode is not accepted by the laser control system. The original settings are retained!","1) Service mode is active (key switch in 'service' position, S1, S2, S3) and an attempt was made to switch the laser control system to 'LPC normal', 'LPC analog' or 'LPC cycles' operation mode.\n2) Laser is NOT in service mode and an attempt was made to select one of the operation modes 'Alignment On' or 'Alignment Off'.\n\nThe LP04 operating program has not yet been synchronized with the operating status of the laser control system.","Change the operation mode of the laser control system by operating the 'Laser Service' key switch. Check whether the active operation mode switches automatically in the 'Set-up/Adjust laser beam' dialog box.\nIf not, end and restart the LP04 laser operating program.","This is negative acknowledgement of the 'Modify beam data' data telegram. This telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools."]
[11002088,"Pulse duration insufficient","1996-09-02","","","",""]
[11002089,"Pause duration insufficient","1996-09-02","","","",""]
[11002094,"Cycle data incorrect","1997-03-24","1) The processed power cycle is not accepted by the laser control system and is not saved. The old data saved under this cycle number is retained.\n2) The active cycle contains erroneous parameters. The laser control system is not executing this cycle.","When the parameters for this cycle were set inadmissible values were entered or the cycle just activated contains inadmissible values :\n1) The cycle modulation frequency is outside the limits  (< MD25 or > MD26) established in laser machine-data\n2) At least one cycle output value is > 100%\n3) The cycle contains only one cycle value.","If the negative acknowledgement appears after the transmission of the data from a directly produced cycle, the parameters should be adapted appropriately.\nIf an acknowlegement appears when an existing cycle is activated then the parameters of this cycle should be modified","This negative acknowledgement appears when a cycle is activated, if for example the limit values for the modulation frequency\n( Laser machine data MD25 or MD26) have been so modified after the creation of this cycle, that the modulation frequency is outside the allowed range."]
[11002097,"Inadmissible rated frequency (50..60Hz)","1997-03-24","Required modulation frequency is not accepted by the laser control system. The old correct modulation frequency is retained.","For technical reasons the modulation frequencies 50Hz and 60Hz are generally blocked with all laser types.","Use another modulation frequency!","As from SW TASC200 V1.25:\nA modulation frequency of 50Hz or 60Hz has been selected at the laser control system with an extended frequency range up to  10 Hz (MD25)."]
[11002901,"DPR LPC telegram without data","2014-08-11","Laser control system retains old beam data.","","","Can only occur with integrated laser control systems (TASC500)."]
[11002902,"Maintenance: unknown identification in telegram","1996-09-02","","","",""]
[11002903,"Wrong type of resonator","1996-09-02","","","",""]
[11002904,"pression in laser not ok","1996-09-02","","","",""]
[11002905,"aerodynamic window not ready","1996-09-02","","","",""]
[11002906,"no more plots in log book of errors","1996-09-02","","","",""]
[11002907,"RF generator service mode: amplitude not permissible","2014-08-11","Set RF amplitude is smaller than 70% (7000 mV) and is not adopted by the laser control system.","The laser is equipped with a fully transistorized TIS RF generator:\nFeature: MD04 'RF nominal power' = 4400, 6600, 8800 and \nMD76 'amplitude monitoring active' = 1\nAn RF amplitude > 2% and < 70% is blocked for these RF generator types!","Set RF amplitude > 70%.","Message may only appear on CO2 lasers manufactured before 1996!"]
[11003000,"No Roots pump laser","1996-09-02","","","",""]
[11003001,"No valve generator","1996-09-02","","","",""]
[11003003,"No turbine laser","1996-09-02","","","",""]
[11003004,"Laser not filled","1996-09-02","","","",""]
[11003005,"Beam trap not closed","2014-08-11","The laser beam cannot be switched on by means of the LP04 laser operating device or program when the beam trap is open.","The laser control system is in service mode and the beam trap is open. The laser control system blocks the beam from being switched on by means of the LP04 laser operating program.","Close the beam trap. You can then use the LP04 laser operating program to switch on the laser beam.","This is negative acknowledgement of the 'Switch laser beam to service mode' data telegram.\nThis telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools."]
[11003006,"Beam enable missing","2014-08-11","The laser beam is not switched on.","1) The laser is at rest.\n2) The laser is still in the start-up phase.\n3) The laser control system indicates an error","1) Switch on the laser.\n2) Wait until the laser operating program displays the green 'OK' icon.\n3) Remove any active error messages.","This is negative acknowledgement of the 'Switch laser beam to service mode' data telegram.\nThis telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools."]
[11003007,"The beam trap can be controlled only in service mode!","2014-08-11","The laser control system is not in service mode. And the beam trap cannot be opened by pressing a key on the laser operating device.","Bit 1 is set in the machine parameter MD155. The effect of bit 1 is that the beam trap can be controlled by telegram only in service mode.","Activate service mode.\nOr open the beam trap by means of a command on the external machine control.","This is negative telegram acknowledgement of the 'Open beam trap' data telegram. This telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools.\nMachine parameter MD155 is protected."]
[11003008,"Shutter closed due to calibration","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003009,"Pump down not active in leak test","1996-09-02","","","",""]
[11003010,"BCD interface active","1996-09-02","","","",""]
[11003011,"Supervisor mode active","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003012,"Analog LPC not activated","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003013,"Cycles already active","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003014,"RF generator special operation only possible in service mode","2014-08-11","The laser control system is not in service mode.\nThe desired settings are not adopted by the laser control system.","The laser control system is in non-service mode. The LP04 laser operating program in the 'Diagnostics/RF generator' dialog box was used to attempt to change nominal values for the direct power setting at the RF generator.","Use the key switch(es) to switch the laser control system to a service operating mode.","This is negative acknowledgement of the 'Modify RF generator data' data telegram. This telegram is used only by TRUMPF laser operating devices and the LP04 TRUMPF laser operating program.\n\nThis service mode may be activated only by specially trained persons."]
[11003017,"'Beam off' at coupling cycle transfer","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003018,"With beam on: no cycle type switch-over","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003020,"Unknown manual function","2014-08-11","None.","The laser operating program was used to attempt to switch a manual function which is not available with the connected laser type.","None.","This is negative acknowledgement of the 'Switch manual function no. x' data telegram. This telegram is used only by TRUMPF laser operating devices and the LP04 TRUMPF laser operating program."]
[11003021,"'Beam' telegram: incorrect nominal status","2014-08-11","The laser beam cannot be switched on with the LP04 laser operating program.","Faulty usage datum in the telegram.","","This is negative acknowledgement of the 'Switch on/off laser beam' data telegram. This telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools.\nThis telegram is only accepted by the laser control system if the laser control system is in service mode and the beam trap is closed."]
[11003022,"'Shutter' telegram: incorrect nominal status","2014-08-11","The beam trap cannot be opened with the LP04 laser operating program.","Faulty usage datum in the telegram.","","This is negative acknowledgement of the 'Open/Close beam trap' data telegram. This telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools."]
[11003023,"'Leak test' telegram: unknown function","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003024,"'Activate manual function' telegram: unknown status","2014-08-11","The laser control system cannot be switched to the 'manual functions' operating status.","The laser control system is in the 'leak test active' status and an attempt has been made to activate the manual functions.","If the laser control system is in the 'leak test' resonator status, wait until the end of the test or stop the leak test with 'End leak test'. You can then activate the manual functions.","This is negative acknowledgement of the 'Activate manual functions' data telegram. This telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools."]
[11003025,"'Laser on' telegram: unknown nominal status","2014-08-11","The laser cannot be switched on or started up.","Error in the data transfer between the laser operating device and laser control system.","Switch the entire laser control system with all components off and on. And try again.","This is negative acknowledgement of the 'Switch on/off laser' data telegram. This telegram is used only by TRUMPF laser operating devices which use the LP04 TRUMPF laser operating program and older TRUMPF machine tools."]
[11003026,"Unknown data object","1996-09-02","","","",""]
[11003027,"Data to be saved are unknown","1996-09-02","","","",""]
[11003029,"Nominal value for RF amplitude greater than 100%","2014-08-11","The entered value is not adopted by the laser control system. The previous value is retained.","A value greater than 100% was entered in the 'Diagnostics/RF generator' dialog box on the laser operating device.","Set a value <= 100%.","This is negative acknowledgement of the 'Modify RF generator data' data telegram. This telegram is used only by TRUMPF laser operating devices and the LP04 TRUMPF laser operating program."]
[11003031,"Nominal value for gating ratio higher than 100%","2014-08-11","The entered value is not adopted by the laser control system. The previous value is retained.","A value higher than 100% was entered in the 'Diagnostics/RF generator' dialog box on the laser operating device.","Set a value <= 100%.","This is negative acknowledgement of the 'Modify RF generator data' data telegram. This telegram is used only by TRUMPF laser operating devices and the LP04 TRUMPF laser operating program."]
[11003032,"Nominal value for gating frequency higher than limit value","2014-08-11","The entered value is not adopted by the laser control system. The previous value is retained.","A value higher than 99.99 kHz was entered on the laser operating device in the 'Diagnostics/RF generator' dialog box.","Set a value <= 99.99 kHz.","This is negative acknowledgement of the 'Modify RF generator data' data telegram. This telegram is used only by TRUMPF laser operating devices and the LP04 TRUMPF laser operating program."]
[11003033,"Unknown code for RF generator operating mode","2014-08-11","The desired operating mode is not adopted by the laser control system. The previous operating mode is retained.","The telegram contains impermissible coding for the operating mode.\nLaser operating program sends incorrect usage datum.\nData transfer faulty.","Select a different operating mode.","Only the CW and pulsing F operating modes are permissible in diagnostic mode of the RF generator.\n\nThis is negative acknowledgement of the 'Modify RF generator data' data telegram. This telegram is used only by TRUMPF laser operating devices and the LP04 TRUMPF laser operating program."]
[11003034,"'RF service' telegram: unknown function","2014-08-11","None.","The telegram contains impermissible coding for the basic function selection.\nLaser operating program sends incorrect usage datum.\nData transfer faulty.\nThe laser operating program and software version for the laser control system are not compatible.","Use an older version of the laser operating program.\nUse a later version of the laser software.","This is negative acknowledgement of the 'Modify RF generator data' data telegram. This telegram is used only by TRUMPF laser operating devices and the LP04 TRUMPF laser operating program."]
[11003035,"Amplitude too large","2014-08-11","The nominal value entered on the operating device is not adopted.","The nominal value set on the operating device for the minimum CW amplitude is higher than the maximum permissible value for the CW amplitude.","Set a smaller value.","Message is negative acknowledgement of the 'Start calibration' data telegram during the manual CW calibration by means of the operating device."]
[11003036,"In calibration: unknwn desired mode","1996-09-02","","","",""]
[11003039,"Char. curve 'CW' is not monotonous","1996-09-02","","","",""]
[11003040,"Amplitude in char. curve excessive","1996-09-02","","","",""]
[11003042,"Frequency in char. curve excessive","1996-09-02","","","",""]
[11003043,"'Pulsing' curve is not monotonous","1996-09-02","","","",""]
[11003044,"Pulse duty factor in curve too big","1996-09-02","","","",""]
[11003045,"Telegram 'Supervisor': Unkn. setpt. stat.","1996-09-02","","","",""]
[11003046,"Too many cycles linked","1996-09-02","","","",""]
[11003047,"Faulty cycle","1996-09-02","","","",""]
[11003048,"Too many reference points","1996-09-02","","","",""]
[11003053,"Start Leak Test not possible","1996-09-02","","","",""]
[11003054,"Leak test no active","1996-09-02","","","",""]
[11003055,"Switch elements not active","1996-09-02","","","",""]
[11003057,"Function Switch Elements not activated","1996-09-02","","","",""]
[11003058,"Laser already at rest","1996-09-02","","","",""]
[11003059,"Wrong resonator condition","1996-09-02","","","",""]
[11003060,"Calibration in progress","1996-09-02","","","",""]
[11003063,"Data backup not completed yet!","1996-09-02","","","",""]
[11003064,"Generator data already requested","1996-09-02","","","",""]
[11003065,"Data backup still active","1996-09-02","","","",""]
[11003066,"Invalid cycle number","1996-09-02","","","",""]
[11003067,"Machine parameter is protected","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003068,"Data for CW curve missing","1996-09-02","","","",""]
[11003069,"Data for Pulsing curve missing","1996-09-02","","","",""]
[11003071,"Ref. point CW curve missing","1996-09-02","","","",""]
[11003073,"Ref. point Pulsing curve missing","1996-09-02","","","",""]
[11003074,"Hf analog channel does not exist","1996-09-02","","","",""]
[11003075,"Generator not present","1996-09-02","","","",""]
[11003076,"Wrong command state","1996-09-02","","","",""]
[11003077,"Measuring pressure too low","1996-09-02","","","",""]
[11003078,"Mesasuring time too short","1996-09-02","","","",""]
[11003079,"Beam on via digital input","2014-08-11","None.","The laser beam is switched on by means of the pressed pulse trigger switch and the laser control system has received the 'Switch off beam' telegram.","Release the pulse trigger switch if you wish to switch off the beam.","This is negative acknowledgement of the 'Switch off beam' data telegram if the beam is switched on by means of the pulse trigger switch."]
[11003080,"DPR interface not active","1996-09-02","","","",""]
[11003081,"Too many data requested","1996-09-02","","","",""]
[11003082,"Unknown identification 'LPC'","1996-09-02","","","",""]
[11003083,"Analog freq. preselection not active","1996-09-02","","","",""]
[11003084,"Modulation frequency blocked","1997-03-24","Required modulation frequency is not accepted by the laser control system.  The old correct modulation frequency is retained.","An attempt is made in RF-service mode to set an inadmissible modulation frequency.\nAt present all 50Hz and 60Hz modulation frequencies are generally blocked with all laser types for technical reasons.","Set another modulation frequency <50Hz or >60Hz.",""]
[11003085,"Maintenance flag in control system not available","2007-10-12","None","The Laser.MDB database already contains a maintenance flag which is not yet supported by the current software version in the control system.","None",""]
[11003086,"Maintenance not activated","1996-09-02","","","",""]
[11003087,"Laser not error-free","1996-09-02","","","",""]
[11003088,"Generator: Initialization not completed","1996-09-02","","","",""]
[11003089,"Shutter not in safety circuit","1996-09-02","","","",""]
[11003090,"Laser not in service mode","2014-08-11","Condition: The laser control system is not in service mode.\n1) An attempt was made to switch on the beam by means of the laser operating program.\nOr \n2) No manually set beam parameters are adopted.\n3) An attempt was made to start the calibration.","1) The laser control system is not in service mode.\n2) MD113 > 0. And an old version of the laser operating program is used.\n3) The 'Start calibration' command was triggered in the laser operating program.","1) - 3) Switch the laser control system to service mode.",""]
[11003091,"Initialization not completed","2004-01-23","Laser cannot be switched on as long as laser initialization has not been completed","When the laser is switched on, it will be checked if one of the flow control instruments signals flow although the cooling aggregate has not yet been switched on. The laser cannot be switched on before this plausibility error has been eliminated","Check, if any alarms have been signalled. Please contact the technical Customer Service if a plausibility error  (13100806 oder 13100807) is pending",""]
[11003092,"LPC analog in service mode not allowed","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003093,"Cycles not activated","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003094,"LPS cycles not allowed in service mode","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003095,"No data transfer: BCD interface active","2014-08-11","","","","Only active on CO2 lasers manufactured before 2001."]
[11003096,"Gating frequency lower than allowed","2014-08-11","The desired gating frequency is not adopted, because it is lower than the lower limit value set in MD25. The old value is retained","It concerns a CO2 laser which must not be operated at gating frequencies lower than the value in MD25.","Select a gating frequency higher than the value in MD25.","This is negative acknowledgement of the 'Modify RF generator data' data telegram. This telegram is used only by TRUMPF laser operating devices and the LP04 TRUMPF laser operating program.\n\nThis service mode may be activated only by specially trained persons."]
[11003097,"Analog frequency pre-selection: unknown nominal status","2014-08-11","The 'analog frequency pre-selection' function is not activated.","The telegram used to switch on the function manually contains an invalid usage datum.","The message can only appear if the software version of the laser operation and the laser control system are not compatible.\n\nAvoid the problem by switching on the 'analog frequency pre-selection' function via the external interface.","This is negative acknowledgement of the 'Switch on analog frequency pre-selection' data telegram. This telegram is used only by TRUMPF laser operating devices and the LP04 TRUMPF laser operating program."]
[11003098,"Invalid data: Coupling cycle","1996-09-02","","","",""]
[11003099,"Invalid coupling cycle number","1996-09-02","","","",""]
[11003100,"Frequency of char. curve insuff.","1996-09-02","","","",""]
[11003101,"Data is not yet available","2011-10-28","Negative acknowledgement of the telegram","This acknowledgement occurs when the telegram 0x54 arrives at the laser control and either no transistor generator is active or the queried data are not yet available.","Do not carry out this query on tube generators.\nIn the case of transistor generators, repeat the query once the data is available in the laser control. Under certain circumstances, the control panel must be restarted to do this.",""]
[11003102,"Generator module does not exist.","2011-10-28","Telegram is negatively acknowledged.","On transistor generator, the data of a module were requested which don't exist.","Repeat query with correct module number. The module numbers range from 0 to 8 on the RF11 generator. The master module has the number 0, the power modules the numbers 0 to 8.",""]
[11003103,"Beam on/off telegram, incorrect service mode","2014-08-11","The laser beam or discharge is not switched on.","- The system is in service mode 1 and an attempt was made to switch the beam on or off via an operating computer with LP04 software.\n- The system is in service mode 2 or 3 and an attempt was made to switch the beam on or off with an LP04 control panel.","Switch to a different service mode if possible. Or use a different type of input device.","The 'Differentiated service mode' option is displayed by MD156 bit 1. This option is automatically activated by force by the EtherCat software.\nAn EUV system knows different service modes. The individual modes are activated by means of individual service switches which are each assigned to a mode. Only one switch may be active at a time."]
[11003104,"Laser on/off telegram, incorrect service mode","2014-08-11","The command is not executed.","- The system is in service mode 1 and an attempt was made to switch the laser on or off via an operating computer with LP04 software.\n- The system is in service mode 2 or 3 and an attempt was made to switch the laser on or off via an LP04 control panel.","Switch to a different service mode if possible. Or use a different type of input device.","The 'Differentiated service mode' option is displayed by MD156 bit 1. This option is automatically activated by force by the EtherCat software.\nAn EUV system knows different service modes. The individual modes are activated by means of individual service switches which are each assigned to a mode. Only one switch may be active at a time."]
[11003105,"'Activate manual function on/off' telegram, incorrect service mode","2014-08-11","The command is not executed.","- The system is in service mode 1 and an attempt was made to switch the 'manual functions' on or off via an operating PC with LP04 software.\n- The system is in service mode 2 or 3 and an attempt was made to switch the 'manual functions' on or off via an LP04 operating device.","Switch to a different service mode if possible. Or use a different type of input device.","The 'Differentiated service mode' option is displayed by MD156 bit 1. This option is automatically activated by force by the EtherCat software.\nAn EUV system knows different service modes. The individual modes are activated by means of individual service switches which are each assigned to a mode. Only one switch may be active at a time."]
[11003106,"'Switch manual function' telegram, incorrect service mode","2014-08-11","The command is not executed.","- The system is in service mode 1 and an attempt was made to switch a manual function via an operating PC with LP04 software.\n- The system is in service mode 2 or 3 and an attempt was made to switch a manual function via an LP04 operating device.","Switch to a different service mode if possible. Or use a different type of input device.","The 'Differentiated service mode' option is displayed by MD156 bit 1. This option is automatically activated by force by the EtherCat software.\nAn EUV system knows different service modes. The individual modes are activated by means of individual service switches which are each assigned to a mode. Only one switch may be active at a time."]
[11003107,"'Modify beam data' telegram, incorrect service mode","2014-08-11","The command is not executed.","- The system is in service mode 1 and an attempt was made to modify the beam data via an operating PC with LP04 software.\n- The system is in service mode 2 or 3 and an attempt was made to modify the beam data via an LP04 operating device.","Switch to a different service mode if possible. Or use a different type of input device.","The 'Differentiated service mode' option is displayed by MD156 bit 1. This option is automatically activated by force by the EtherCat software.\nAn EUV system knows different service modes. The individual modes are activated by means of individual service switches which are each assigned to a mode. Only one switch may be active at a time."]
[11003108,"'RF generators service mode' telegram, incorrect service mode","2014-08-11","The command is not executed.","- The system is in service mode 1 and an attempt was made to change the controller outputs for the RF generators in the 'Diagnostics/RF generator' dialog box via an operating PC with LP04 software.\n- The system is in service mode 2 or 3 and an attempt was made to change the controller outputs for the RF generators in the 'Diagnostics/RF generator' dialog box via the LP04 operating device.","Switch to a different service mode if possible. Or use a different type of input device.","The 'Differentiated service mode' option is displayed by MD156 bit 1. This option is automatically activated by force by the EtherCat software.\nAn EUV system knows different service modes. The individual modes are activated by means of individual service switches which are each assigned to a mode. Only one switch may be active at a time."]
[11003109,"'Modify machine data' telegram, incorrect service mode","2014-08-11","The command is not executed.","- The system is in service mode 1 and an attempt was made to modify machine data via an operating PC with LP04 software.\n- The system is in service mode 2 or 3 and an attempt was made to modify machine data via an LP04 operating device.","Switch to a different service mode if possible. Or use a different type of input device.","The 'Differentiated service mode' option is displayed by MD156 bit 1. This option is automatically activated by force by the EtherCat software.\nAn EUV system knows different service modes. The individual modes are activated by means of individual service switches which are each assigned to a mode. Only one switch may be active at a time."]
[11003110,"'Open beam trap': unknown nominal status","2014-08-11","The command is not executed.","Operating program error.\nFaulty data transfer between operating program and laser control system.","Try to activate the beam trap via a different interface.","Only the 'Open beam trap' (numerical value 65535) and 'Close beam trap' (numerical value 0) commands exist."]
[11003111,"Opening the beam trap is not permitted","2014-08-11","The command is not executed.","Opening the common beam trap is forbidden if no beam guidance system (=BTS) is installed.","Install a beam guidance system (=BTS).","If the beam transport system (BTS) is missing, it is forbidden to open the beam trap by setting bit 5 in machine parameter 159."]
[11003112,"This control cannot open the common beam trap","2014-08-11","The command is not executed.","EUV system: \nSeveral lasers take effect on a common beam trap (= main shutter). This can only be activated by the laser control system of PreA1 or the master cabinet. In this case, the command for opening the beam trap was transferred to the laser control system of a PAx. This control must not activate the beam trap.","Actuate the common beam trap via the interfaces of PreA1.",""]
[11003113,"Beam trap cannot be opened in service mode 2","2014-08-11","The command is not executed.","There are three different service switches. If service switch 2 is active, the beam trap (= main shutter) cannot be opened.","Use a different service mode if necessary.",""]
[11003114,"High voltage on in service mode 2 only possible with pulse trigger switch.","2014-08-11","The command is not executed.","EUV system:\nThere are 3 different service switches. If service switch 2 is active, high voltage can only be switched on with the pulse trigger switch.","Please use the pulse trigger switch to switch on the beam.",""]
[11003115,"'Beam trap open', incorrect service mode","2014-08-11","The command is not executed","There are 3 service switches. The beam trap may be controlled either with a LP04 laser operating device or service PC with laser operating program, depending on this switch. In this case, the beam trap was actuated by means of the incorrect operating device.","Use a different service mode if necessary.",""]
[11003116,"'Control beam trap' in service mode 3 not possible","2014-08-11","The command is not executed.","EUV system:\nThe beam trap (= main shutter) is always open in service mode 3. It is not possible to open or close it by means of the laser operating program.","Use a different service mode if necessary.",""]
[11003117,"It is not possible to open the beam trap, as high voltage is not switched off for the power amplifier","2014-08-11","The command is not executed.","It is permissible to open the beam trap since the pre-amplifier supplies only low power.\nA total power output that is too high may occur if high voltage is switched on with a power amplifier. That is why the common beam trap (= main shutter) remains closed.","Switch off the laser beam on the PAx devices and then actuate the beam trap (main shutter) on the operating device for PreA1.",""]
[11003118,"'Manual function' disabled for CO laser.","2017-05-17","The 'manual function' actuated is not carried out for the CO laser.","1. At the CO laser, the following manual functions are generally disabled: \n- 'Fast gas mixture',\n- 'Slow gas mixture'.\n2. If the 'Open vacuum system' manual function is actuated at the CO laser, then the following manual functions are also disabled:\n- 'Vacuum pump',\n- 'Purge fast',\n- 'Purge slowly'.","",""]
[11003119,"'Switch off vacuum pump' is not permitted as 'Purge fast' is still switched on","2018-04-16","The manual function 'Vacuum pump on/off' cannot be switched off.","The manual function 'Purge fast' is still switched on.","First switch off the manual function 'Purge fast'.","The message only appears if a laser of the type TruCoax, PreA, HPSS or TruC has been applied."]
[11003120,"It is still not possible to switch on 'Purge fast'","2018-04-16","The manual function 'Purge fast' cannot be switched on.","- The manual function 'Vacuum pump on/off' is not switched on.\n- The advance time of 10s for the manual function 'Switch on vacuum pump' has not yet elapsed.","Please wait for 10 seconds after switching on 'Vacuum pump on'.","The message only appears if a laser of the type TruCoax, PreA, HPSS or TruC has been applied."]
[11003121,"'Fill with Premix' is not permitted","2018-04-16","The manual function 'Fill with Premix' cannot be switched on.","- The laser is already filled to 1100 hPa.\n- It is a TruCoax laser and the manual function 'Purge fast' is switched on.","- It is a TruCoax laser and the system pressure is less than 1100hPa. Switch off the manual function 'Purge fast'.",""]
[11003122,"'Open vacuum system' is not permitted","2018-04-16","The manual function 'Open vacuum system' cannot be switched on.","- The system pressure of 1100hPa has not yet been reached.\n- Only CO laser: The flushing process with nitrogen is not yet completed.","Fill the resonator to 1100hPa.",""]
[12041002,"RFG %1: RF temporarily inhibited due to high reflected power","2012-05-24","","","",""]
[12041003,"RFG %1: RF temporarily inhibited due to high power dissipation","2012-05-24","","","",""]
[12041004,"RFG %1: RF temporarily inhibited due to high exciter current","2012-05-24","","","",""]
[12041005,"RFG %1: Low battery voltage","2012-05-24","","","","Not used for now -- it would be almost always active"]
[12041006,"RFG %1: RF temporarily inhibited due to an arc","2012-05-24","","","",""]
[12041007,"RFG %1: RF temporarily inhibited due to slow ignition (pre-existing arc)","2012-05-24","","","",""]
[12041008,"RFG %1: RF temporarily inhibited due to ignition retry","2012-05-24","","","",""]
[12060000,"RFG %1: The actual power PI has fallen below the warning threshold of %3W. Trigger: Module with CAN node ID %2.","2018-11-14","If this status persists, then the generator will shut down the power and switch to safe status.","The PI actual value approaches the minimum value. The generator does not achieve the required power level. It is possible that the high voltage power supply (HVPS) of the module with the displayed CAN-ID is defective.","- Check the adaptation between the laser and the generator.\n- Check HVPS.",""]
[12060001,"RFG %1: The actual power PI has exceeded the warning threshold of %3W. Trigger: Module with CAN node ID %2.","2018-11-14","If this status persists, then the generator will shut down the power and switch to safe status.","The PI actual value approaches the maximum value. Possibly this is the result of a mismatch between laser and generator or the high-voltage power supply (HVPS) of the module with the displayed CAN-ID is defective.","- Check the adaptation between the laser and the generator\n- Check HVPS",""]
[12060003,"RFG %1: The reflected power (PR) has exceeded the warning threshold of %3W. Trigger: Module with CAN node ID %2.","2018-11-14","If this status persists, then the generator will shut down the power and switch to safe status.","The actual value of the reflected power PR approaches the maximum value. This is possibly due to an incorrect power adaptation.","- Check the power adaptation between the laser and the generator.",""]
[12060004,"RFG %1: The actual power PI_1 has fallen below the warning threshold of %3W. Trigger: Module with CAN node ID %2.","2018-11-14","If this status persists, then the generator will shut down the power and switch to safe status.","The actual power PI_1 approaches the minimum value. The generator has difficulty achieving nominal power output. \n It is possible that the high voltage power supply (HVPS) of the module with the displayed CAN-ID is defective.","- Check the power adaptation between the laser and the generator.\n- Check the HVPS voltage.",""]
[12060005,"RFG %1: The actual power PI_1 has exceeded the warning threshold of %3W. Trigger: Module with CAN node ID %2.","2018-11-14","If this status persists, then the generator will shut down the power and switch to safe status.","The actual power PI_1 approaches the maximum value. Possibly this is the result of a mismatch between laser and generator or the high-voltage power supply (HVPS) with the displayed CAN-ID is defective.","- Check the power adaptation between the laser and the generator.\n- Check the HVPS voltage.",""]
[12060006,"RFG %1: The actual power PI_2 has fallen below the warning threshold of %3W. Trigger: Module with CAN node ID %2.","2018-11-14","If this status persists, then the generator will shut down the power and switch to safe status.","The actual power PI_2 approaches the minimum value. The generator has difficulty achieving nominal power output. It is possible that the high voltage power supply (HVPS) of the module with the displayed CAN-ID is defective.","- Check the power adaptation between the laser and the generator.\n- Check the HVPS voltage.",""]
[12060007,"RFG %1: The actual power PI_2 has exceeded the warning threshold of %3W. Trigger: Module with CAN node ID %2.","2018-11-14","If this status persists, then the generator will shut down the power and switch to safe status.","The actual power PI_2 approaches the maximum value. Possibly this is the result of a mismatch between laser and generator or the high-voltage power supply (HVPS) of the module with the displayed CAN-ID is defective.","- Check the power adaptation between the laser and the generator.\n- Check the HVPS voltage.",""]
[12060008,"RF-Gen. %1, CAN-ID %2: Reverse power Pr_1 too high. PrAv %3 W","2019-11-26","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- See higher-level message\n- Problems at the laser (- Auxiliary ignition defective; - Laser leaking; - Wrong matching; - Wrong gas pressure;…)\n- RF cable defective or incorrectly connected","See alarm messages 12160423–12160428.","In the system, the messages of the individual modules are combined to separate alarms. Depending on the composition of the systems and the messages, different alarms are generated."]
[12060009,"RF-Gen. %1, CAN-ID %2: Reverse power Pr_1 too high. Pr: %3 W","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- See higher-level message\n- Problems at the laser (- Auxiliary ignition defective; - Laser leaking; - Wrong matching; - Wrong gas pressure;…)\n- RF cable defective or incorrectly connected","See alarm messages 12160423–12160428.","In the system, the messages of the individual modules are combined to separate alarms. Depending on the composition of the systems and the messages, different alarms are generated."]
[12060010,"RF-Gen. %1, CAN-ID %2: Reverse power Pr_2 too high. PrAv %3 W","2019-11-26","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- See higher-level message\n- Problems at the laser (- Auxiliary ignition defective; - Laser leaking; - Wrong matching; - Wrong gas pressure;…)\n- RF cable defective or incorrectly connected","See alarm messages 12160423–12160428.","In the system, the messages of the individual modules are combined to separate alarms. Depending on the composition of the systems and the messages, different alarms are generated."]
[12060011,"RF-Gen. %1, CAN-ID %2: Reverse power Pr_2 too high. Pr: %3 W","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- See higher-level message\n- Problems at the laser (- Auxiliary ignition defective; - Laser leaking; - Wrong matching; - Wrong gas pressure;…)\n- RF cable defective or incorrectly connected","See alarm messages 12160423–12160428.","In the system, the messages of the individual modules are combined to separate alarms. Depending on the composition of the systems and the messages, different alarms are generated."]
[12060012,"RF-generator %1, CAN-ID %2: Temperature RF bridge 1 too low. Temperature %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary.\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard."]
[12060013,"RF-generator %1, CAN-ID %2: Temperature RF bridge 1 too high. Temperature %3°C","2019-11-11","Warning threshold has been exceeded","- No or insufficient cooling water flow in the module.\n- Mismatch at RF output.\n- The temperature sensor is faulty.","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary.\n- Check RF matching (laser matching).\n- If the temperature sensor is defective, the module must be replaced.",""]
[12060014,"RF-generator %1, CAN-ID %2: Temperature RF bridge 2 too low. Temperature %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary.\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12060015,"RF-generator %1, CAN-ID %2: Temperature RF bridge 2 too high. Temperature %3°C","2019-11-11","Warning threshold has been exceeded.","- No or insufficient cooling water flow in the module.\n- Mismatch at RF output.\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary.\n- Check RF matching.\n- If the temperature sensor is defective, the module must be replaced.",""]
[12060016,"RF-generator %1: Cooling water flow too low. Measured value %3 l/min","2019-11-11","The warning threshold has not been reached.","If 0 l/min is displayed at the flow rate --> Check process cooler, if there is a flow, check connections from the system control to the flow sensor. If these are OK, the flow sensor is defective.\nFor generator types without flow sensor: Check generator type setting in the machine data. \n\nIf a flow > 0 l/min is displayed --> Check the setting tap at the generator input.\nCheck the quick-release couplings on the components for correct fit.\nCheck hoses for blockages and kinks.\nCheck water pressure.","- The setting tap at the generator input is incorrectly set.\n- Cooling water pressure is too low.\n- The quick-release couplings of components are not correctly plugged in.\n- Lines are clogged.\n- The process cooler is switched off.\n- The connection from the flowmeter to the system control is interrupted.\n- Sensor is defective.","- Check the values of the flow sensor for plausibility.\n- Use the data logging option (see service instructions)."]
[12060017,"RF-generator %1: Cooling water flow too high. Measured value %3 l/min","2019-11-11","Warning threshold has been exceeded","- The flow rate is too high.\n- The water pressure is too high.","- Reduce the cooling water supply.",""]
[12060018,"RF-generator %1, Can-ID %2: Warning - Invalid measured value of analog sensor ID %3.","2019-11-11","Only one warning message is output.","- The corresponding sensor is defective.","- Check the corresponding sensor.",""]
[12060019,"RF-generator %1: Supply cooling water temperature too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Temperature sensor is dirty\n- The connection from the temperature sensor to the system control is interrupted\n- Ambient temperature too low and no cooling water flow available.","- Check cooling water temperature and flow and adapt if necessary.\n- Check the temperature sensor (PT100), compare the resistance value with the supply temperature / examine for contamination.\n- Check the connecting line from the system control to the sensor.","Condensation hazard"]
[12060020,"RF-generator %1: Supply cooling water temperature too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- The supply temperature of the cooling water is too high.\n- The temperature sensor is faulty.\n- The temperature sensor is dirty.\n- No cooling water flow available.","- Check cooling water temperature and flow and adapt if necessary / check the process cooler.\n- Check the temperature sensor (PT100), compare the resistance value with the supply temperature / examine for contamination.\n- Check the connecting line from the system control to the sensor.",""]
[12060022,"RFG %1: The gating frequency (GF) of the external gating signal has fallen below the warning threshold of %3Hz.","2018-11-14","The warning threshold has not been reached.","- The frequency of the external gating signal is too low","- The gating signal with frequency and gating ratio deliver in the admissible range",""]
[12060023,"RFG %1: The gating frequency (GF) of the external gating signal has exceeded the warn threshold of %3 Hz.","2016-10-27","Warning threshold exceeded","- The frequency of the external gating signal is too high.","- The gating signal with frequency and gating ratio deliver in the permissible range.",""]
[12060024,"RFG %1: The gating ratio of the external gating signal has fallen below the warning threshold of %3.","2018-11-14","The warning threshold has not been reached.","- The gating ratio of the external gating signal is outside of the valid range","- The gating signal with frequency and gating ratio deliver in the admissible range",""]
[12060025,"RFG %1: The gating ratio of the external gating signal has exceeded the warn threshold of %3.","2016-10-27","Warning threshold exceeded","- The gating ratio of the external gating signal is outside the valid range.","- The gating signal with frequency and gating ratio deliver in the permissible range.",""]
[12060026,"RF-generator %1, CAN-ID %2: The digital sensor with ID %3 is giving an invalid measured value.","2019-11-11","Only one warning message is output.","- The corresponding sensor is defective","- Check the corresponding sensor",""]
[12060031,"RF-generator %1, CAN-ID %2: DC voltage U1 is too high. Info %3.","2019-11-11","Warning threshold exceeded.","- Mismatch at RF output\n- Unfavorable pulse mode changes\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module","- Check RF matching at the laser\n- Check the TASC pulse signal line to the RF-generator\n- Check the pulse input of the TASC\n- If the problem also occurs in CW operation when the laser is correctly matched -> replace generator module","The info value divided by 100 gives the DC voltage in V."]
[12060032,"RF-generator %1, CAN-ID %2: DC voltage U2 is too high. Info %3","2019-11-11","Warning threshold exceeded.","- Mismatch at RF output\n- Unfavorable pulse mode changes\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module","- Check RF matching at the laser\n- Check the TASC pulse signal line to the RF-generator\n- Check the pulse input of the TASC\n- If the problem also occurs in CW operation when the laser is correctly matched -> replace generator module","The info value divided by 100 gives the DC voltage in V."]
[12060035,"RF-generator %1, CAN-ID %2: Temperature RF absorber 1 too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12060036,"RF-generator %1, CAN-ID %2: Temperature RF absorber 1 too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- No or insufficient cooling water flow in the module\n- Mismatch at RF output\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- Check RF matching\n- If the temperature sensor is defective, the module must be replaced","If the cooling system is OK, the generator module must be replaced"]
[12060037,"RF-generator %1, CAN-ID %2: Temperature RF absorber 2 too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12060038,"RF-generator %1, CAN-ID %2: Temperature RF absorber 2 too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- No or insufficient cooling water flow in the module\n- Mismatch at RF output\n- The temperature sensor is faulty","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","If the cooling system is OK, the generator module must be replaced"]
[12060039,"RF-generator %1, CAN-ID %2: Temperature HVPS 1 too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12060040,"RF-generator %1, CAN-ID %2: Temperature HVPS1 too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- No or insufficient cooling water flow in the module\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.",""]
[12060041,"RF-generator %1, CAN-ID %2: Temperature HVPS 2 too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12060042,"RF-generator %1, CAN-ID %2: Temperature HVPS 2 too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- No or insufficient cooling water flow in the module\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.",""]
[12060043,"RF-generator %1, CAN-ID %2: Temperature HVPS 3 too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12060044,"RF-generator %1, CAN-ID %2: Temperature HVPS 3 too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- No or insufficient cooling water flow in the module\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.",""]
[12060045,"RF-generator %1: Cooling water return temperature too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- The connection from the temperature sensor to the system control is interrupted.\n- Ambient temperature too low and no cooling water flow available.","- Check cooling water temperature and flow and adapt if necessary.\n- Check the temperature sensor (PT100), compare the resistance value with the supply temperature / examine for contamination.\n- Check the connecting line from the system control to the sensor.","Condensation hazard"]
[12060046,"RF-generator %1: Cooling water return temperature too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- The water circulation is too low.\n- The temperature sensor is faulty.\n- No cooling water flow available.\n- The generator has too much reflected power.","- Check cooling water temperature and flow, adapt if necessary / check hoses for blockages and kinks / check process cooler.\n- Check the temperature sensor (PT100), compare the resistance value with the water temperature / examine for contamination.\n- Check the connecting line from the system control to the sensor.",""]
[12060047,"RF-generator %1: Temperature 1 electrical cabinet (rear bottom) too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The ambient temperature is too low.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Adapt the cooling water temperature, if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","Condensation hazard"]
[12060048,"RF-generator %1: Temperature 1 electrical cabinet (rear bottom) too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- No or insufficient water circulation in the LWWT.\n- The supply temperature of the cooling water is too high.\n- Fan in the LWWT defective.\n- The ambient temperature is too high.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check the cooling water flow of the LWWT.\n- Check cooling water temperature, adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","LWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12060049,"RF-generator %1: Temperature 2 electrical cabinet (front bottom) too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The ambient temperature is too low.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check cooling water temperature, adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","Condensation hazard"]
[12060050,"RF-generator %1: Temperature 2 electrical cabinet (front bottom) too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- No or insufficient water circulation in the LWWT.\n- The supply temperature of the cooling water is too high.\n- Fan in the LWWT defective.\n- The ambient temperature is too high.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check the cooling water flow of the LWWT.\n- Check cooling water temperature, adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","LWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12060051,"RF-generator %1: Temperature 3 electrical cabinet (rear top) too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The ambient temperature is too low.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check cooling water temperature, adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.",""]
[12060052,"RF-generator %1: Temperature 3 electrical cabinet (rear top) too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- No or insufficient water circulation in the LWWT.\n- The supply temperature of the cooling water is too high.\n- Fan in the LWWT defective.\n- The ambient temperature is too high.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check the cooling water flow of the LWWT.\n- Check the cooling water temperature and adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","- Check the values of the temperature sensor for plausibility.\n- Use the data logging option (see Service instructions).\nLWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12060053,"RF-generator %1: Temperature 4 electrical cabinet (front top) too low. Measured value %3°C","2019-11-11","The warning threshold has not been reached.","- The supply temperature of the cooling water is too low.\n- The ambient temperature is too low.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check cooling water temperature, adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","- Check the values of the temperature sensor for plausibility.\n- Use the data logging option (see service instructions)."]
[12060054,"RF-generator %1: Temperature 4 electrical cabinet (front top) too high. Measured value %3°C","2019-11-11","Warning threshold exceeded","- No or insufficient water circulation in the LWWT.\n- The supply temperature of the cooling water is too high.\n- Fan in the LWWT defective.\n- The ambient temperature is too high.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check the cooling water flow of the LWWT.\n- Check the cooling water temperature and adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","- Check the values of the temperature sensor for plausibility.\n- Use the data logging option (see service instructions).\nLWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12060056,"RF-generator %1, CAN-ID %2: Pulse width pulse signal too low.","2019-11-11","The warning threshold has not been reached.","- Requirement of pulse widths less than 2 µs.\n- Too flat edges at the input of the external pulse signal of the TASC control.\n- Malfunctions on the pulse signal line.\n- Malfunctions on the system import line.","- Only set pulses with a pulse width > 2 µs.\n- Check the edge steepness at the external input of the TASC control. If necessary, attach a terminal resistor.\n- Check laying and contacting of the pulse signal line.\n- Check system import cable for correct fit.","- The module control has detected three consecutive pulses with a pulse duration of less than 2 µs. \n- The pulse is automatically extended to 2 µs.\n- If all RF modules generate this message the pulse duration of the input signal 'Beam on undelayed' is less than 2 µs."]
[12060405,"RFG %1: SRAM error at SystemControl MPC (checksum faulty) or loss of data.","2011-10-28","The system starts with factory settings (of the parameters which are saved in the SRAM). Recorded data is lost.","Battery buffer for SRAM empty","None. The warning offers says that no valid data could be loaded in the SRAM.","The warning should no longer appear in the following operation."]
[12060414,"RFG %1: Real Time Clock error on SystemControl MPC, Additional information: %3","2011-10-28","The system time is no longer correct and needs to be rewritten.","Battery buffer for RTC empty.","The system time must be rewritten using the PC service tool.","The warning should no longer appear in the following operation."]
[12060416,"RF-generator %1: 24-V supply voltage of the system control too low","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.\nSubsequent errors appear.","- 24-V power supply cable not plugged in correctly.\n- Drop on the 400-V side of the 24-V power supply\n- 24-V fuse failure.","- Check 24-V supply / check plug.\n- Check the 24-V fuse in the corresponding path, switch it on again if necessary, or insert a new fuse.",""]
[12060417,"HFG %1: the hardware version of the MPC does not match the software version","2017-02-22","The generator shuts down the power and switches to safe status.","Difference between expected identification data and the identification data which was found.","Check the hardware and software configuration",""]
[12060418,"RFG %1: Temperature on the system control board too high","2018-11-14","The system control can stop working, which leads to a defect.","Ambient temperature too high or fan is defective.","Check the ambient temperature and the function of the fans.",""]
[12060420,"RF-generator %1: Automatic phase calibration must be carried out","2019-11-11","-","No phase calibration was performed after replacing a component in the RF system cabinet.","Perform phase calibration.",""]
[12060422,"RF-generator %1: Unexpected behavior of the TASC gas pressure regulator. Info: %3","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam or discharge is switched off.","Time overrun or abort by the user.","Repeat the process.","Info:\n0: Timeout while waiting for confirmation of TASC. \n=> Check TASC software version\n1: The gas change was activated during the calibration.\n3: Abort of the calibration while this was active."]
[12060507,"RFG %1: SystemDSP reports generic warning","2018-11-14","The generator displays a warning.","The SystemDSP has reported a generic warning.","Check whether other warnings have been reported.",""]
[12060511,"RF-generator %1, CAN-ID %2: 13.56 MHz carrier signal of the pulse signal is faulty","2019-11-11","The RF power can be switched on or off against the gating signal.","- Pulse signal is faulty\n- Terminal resistor is not plugged in correctly.\n- The pulse signal cable is not plugged in or not plugged in correctly.\n- The pulse signal cable is defective.","- Check the routing of the pulse signal cable (complete transfer route).\n- Check the plug of the pulse signal cable for correct fit\n- Check terminal resistor, with several generators per laser this is attached at the end of the transfer route.",""]
[12060556,"RF-generator %1: A performance discrepancy has arisen between HVPS A and B, Differential value %3 [deciV] Trigger: System with CAN node ID %2.","2019-11-11","Warning has no effect, an alarm could however follow.","Performance discrepancy has arisen between HVPS A and B.","- no action required",""]
[12060609,"RF-generator %1: The received data length is wrong. The ID no. is %3.","2019-11-11","Warning threshold exceeded","- Profibus cable is defective","- Replace Profibus cable.\n- Restart the system","If the error persists and the system control works, the TASC control must be checked for errors"]
[12060633,"RF-generator %1, CAN-ID %2: Working temperature of the RF detector is too low.","2019-11-11","","- Preheating time was not sufficient.\n- Heating is defective.","- Check RF detector\n- If this status persists, swap out the generator module","The drive temperature is still < 52°C"]
[12060634,"RFG %1: Working temperature of the RF detector is too high. Generator module with CAN ID no. %2.","2012-06-29","-","- Heating control defective.","- Check RF detector.\n- If this status persists, exchange the generator module.","Ambient temperature is > 63°C"]
[12060647,"RF-generator %1, CAN-ID %2: AC undervoltage. Info %3","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.\nSubsequent errors appear","- 400-V supply voltage has failed \n- Dips on the power supply voltage\n- Defective fuse in the power supply\n- Defective power contactor\n- Poor transition contact in the power supply branch.","- Check power fuses\n- Check laser for further error messages\n- Check 400-V supply branch\n- If the fault persists, replace the generator module","The rectified input voltage in V is displayed as info."]
[12060655,"RF-generator %1, CAN-ID %2: Temperature sensor %3 defective.","2019-11-11","None.","Temperature sensor in the module is faulty.","Swap out the generator module at the next opportunity.",""]
[12060656,"RF-generator %1, CAN-ID %2: Fan E1 defective","2019-11-11","None.","Fan E1 is defective.","Replace fan E1 in the module with the displayed CAN-ID at the next opportunity.",""]
[12060657,"RF-generator %1, CAN-ID %2: Fan E2 defective","2019-11-11","None.","Fan E2 is faulty.","Replace fan E2 in the module with the displayed CAN-ID.","Fan E2 must be replaced when this message appears."]
[12060658,"RF-generator %1, CAN-ID %2: Fan E3 defective","2019-11-11","None.","Fan E3 is faulty.","Replace fan E3 in the module with the displayed CAN-ID at the next opportunity.",""]
[12060659,"RF-generator %1, CAN-ID %2: Fan E4 defective","2019-11-11","None.","Fan E4 is faulty.","Replace fan E4 in the module with the displayed CAN-ID at the next opportunity.",""]
[12060670,"RF-generator %1, CAN-ID %2: Main supply interrupted","2019-11-11","Check the other alarms from the laser.","- The main supply was switched off by the control cabinet during power operation.","",""]
[12060700,"RF-generator %1: Error in the SystemCAN communication","2019-11-11","CANopen telegrams were lost. Actual values were possibly not transferred, or error telegrams of the SystemCAN nodes were not processed.","CAN RX queue overflow on SystemControl MPC","- If the error state persists, exchange the system control\n- Reconfigure the SystemCAN","Check the configuration of the SystemCAN (see Service instructions)"]
[12060701,"RFG %1: Error in the SystemCAN communication","2011-10-28","CANopen telegrams were lost. Actual values were possibly not transferred, or error telegrams of the SystemCAN nodes were not processed.","CAN overflow on SystemControl MPC","- If the error state persists, exchange the control panel- Reconfigure the SystemCAN","Check the configuration of the SystemCAN (see Service instructions)"]
[12060702,"RFG %1: CAN bus off on SystemControl MPC","2010-01-11","No CANopen communication. CANopen telegrams are lost. Actual values are not transferred and error telegrams of the SystemCAN nodes are not processed.","CAN bus wiring faulty. Baud rate set incorrectly.","- Check the SystemCAN cables- Check the SystemCAN nodes numbers- Check the baud rates of the SystemCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed SystemCAN subscribers are connected.",""]
[12060703,"RF-generator %1, CAN-ID %2: SystemCAN error - error status-bit set to SystemControl MPC.","2019-11-11","None.","SystemControl MPC cannot send valid telegrams or the receivers do not understand the telegrams correctly. No CANopen communication. CANopen telegrams are lost.","- Check the rotary switch (especially the baud rate).\n- Check the CAN bus terminal resistors.\n- Check the CAN bus cable and plug connections.","- Actual values are not transferred and error telegrams of the ModuleCAN nodes are not processed."]
[12060705,"RF-generator %1: Error in the SystemCAN communication","2019-11-11","No CANopen communication.\nCANopen telegrams are lost.\nActual values are not transferred and error telegrams of the SystemCAN nodes are not processed.","TX-queue full on SystemControl MPC","- If the error state persists, exchange the system control\n- Reconfigure the SystemCAN","Check the configuration of the SystemCAN (see Service instructions)"]
[12060706,"RFG %1: SystemCAN module with CAN nodes ID %2 was not watched during the monitoring time.","2010-01-11","One SystemCAN node appears to have failed. Actual values of this node are not transferred and error telegrams of the SystemCAN node are not processed.","One monitored CAN node has not reported within the monitoring interval.","- Check the SystemCAN cables- Check the SystemCAN nodes numbers- Check the baud rates of the SystemCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed SystemCAN subscribers are connected.- Ck",""]
[12060707,"RF-generator %1: PDO (Process Data Object) with invalid length received at SystemControl MPC","2019-11-11","Received process data cannot be processed correctly.","Possibly there is a wrong subscriber connected on the bus.","- Check the SystemCAN cables.\n- Check the SystemCAN node numbers.\n- Check the baud rates of the SystemCAN nodes.\n- Check the CAN bus terminal resistors.\n- Check whether only the specified SystemCAN participants are connected.\n- Check the power supply of the affected CAN node.",""]
[12060708,"RF-generator %1: A BootUp message was received during operation from module with CAN node ID %2.","2019-11-11","One SystemCAN node appears to have failed and to have been restarted. Actual values of this node are not transferred and error telegrams of the SystemCAN node are not processed.","One CAN node has sent a boot-up message during ongoing operation (possible because of a restart).","- Check the SystemCAN cables\n- Check the SystemCAN node numbers\n- Check the baud rates of the SystemCAN nodes\n- Check the CAN bus terminal resistors\n- Check whether only the specified SystemCAN participants are connected.\n- Check the power supply of the affected CAN node.",""]
[12060717,"RF-generator %1: A necessary SystemCAN node %2 could not be found.","2019-11-11","One SystemCAN subscriber could not start correctly.","- CANBus cabling faulty.\n- Baud rate incorrectly set.\n- Node number set incorrectly.","- Check the SystemCAN cables.\n- Check the SystemCAN node numbers.\n- Check the baud rates of the SystemCAN nodes.\n- Check the CAN bus terminal resistors.\n- Check whether only the specified SystemCAN participants are connected.\n- Check the power supply of the affected CAN node.",""]
[12060725,"RFG %1: ModuleCAN RX queue overrun at SystemControl MPC","2010-09-30","CANopen telegrams were lost. Actual values were possibly not transferred, or error telegrams of the ModuleCAN nodes were not processed.","Receiving queue overrun in the CANopen stack","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.",""]
[12060726,"RFG %1: ModuleCAN overrun at SystemControl MPC","2010-09-30","CANopen telegrams were lost. Actual values were possibly not transferred, or error telegrams of the ModuleCAN nodes were not processed.","Bus load on the ModuleCAN too high","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.",""]
[12060727,"RFG %1: ModuleCAN bus off on SystemControl MPC","2010-09-30","No CANopen communication. CANopen telegrams are lost. Actual values are not transferred and error telegrams of the ModuleCAN nodes are not processed.","CAN bus wiring faulty. Baud rate set incorrectly.","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.",""]
[12060728,"RFG %1: ModuleCAN: error status bit set to SystemControl MPC","2010-09-30","No CANopen communication. CANopen telegrams are lost. Actual values are not transferred and error telegrams of the ModuleCAN nodes are not processed.","CAN bus wiring faulty. Baud rate set incorrectly.","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.",""]
[12060729,"RFG %1: ModuleCAN tx queue full to SystemControl MPC","2010-09-30","No CAN open communication, meaning that the CAN master cannot transmit. CANopen telegrams are lost. Actual values are not transferred and error telegrams of the ModuleCAN nodes are not processed.","CAN bus wiring faulty. Baud rate set incorrectly.","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.",""]
[12060730,"RFG %1: ModuleCAN module with CAN nodes ID %2 was not watched during the monitoring time.","2010-09-30","One ModuleCAN node appears to have failed. Actual values of this node are not transferred and error telegrams of the ModuleCAN node are not processed.","One monitored CAN node has not reported within the monitoring interval.","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.- Check the power supply of the affected CAN node.",""]
[12060731,"RFG %1: ModuleCAN PDO (Process Data Object) with invalid length received at SystemControl MPC","2010-09-30","Received process data cannot be processed correctly.","Possibly there is a wrong subscriber on the bus.","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.- Check the power supply of the affected CAN node.",""]
[12060732,"RFG %1: ModuleCAN, a BootUp message was received during operation from module with CAN node ID %2.","2010-09-30","One ModuleCAN node appears to have failed and to have been restarted. Actual values of this node are not transferred and error telegrams of the ModuleCAN node are not processed.","One CAN node has sent a Boot-up message during ongoing operation (possible because of a restart).","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.- Check the power supply of the affected CAN node.",""]
[12060739,"RFG %1: A necessary ModuleCAN node %2 could not be found.","2010-09-30","One ModuleCAN subscriber could not start correctly.","CANBus wiring faulty. Baud rate set incorrectly. Node number set incorrectly.","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.- Check the power supply of the affected CAN node.",""]
[12060748,"RF-generator %1, system control: Setting of the SystemCAN rotary switch for the baud rate unusual. Turn rotary switch to pos. %3","2019-11-11","The baud rate used is unusual.\nSwitch setting 2 is standard.","- Problems in the SystemCAN communication","- Check the plug and rotary switch at the rear wall",""]
[12060802,"RF-generator %1, CAN-ID %2: System waiting for configuration data.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","- The generator started up again right after completing booting.\nMessage during start-up of the RF-generator control until the mdf file has been transferred.","Please wait until the mdf file has been received and distributed.","- The generator has started up again and requests the parameterization data from the TASC.\n- The parameterization data was not yet sent by the TASC."]
[12061001,"RF-generator %1, CAN-ID %2: Fans have exceeded a runtime of 21,000 hours.","2019-11-11","None","The operating time of the fans has exceeded the guaranteed service life of 21,000 hours.","Have the fan replaced as soon as possible.","Additional info is bit-coded.\nBit0 - fan 1,\nBit1 - fan 2,\nBit2 - fan 3,\nBit3 - fan 4"]
[12061104,"RF-generator %1: Software downgrade was detected.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","An old integration level was transferred for the software update. More current components are already in the system.","Check whether an older software version was intentionally installed.",""]
[12061112,"RF-generator %1, Can-ID %2 is ready for an software update","2019-11-11","'Beam on' not possible. The safety circuit remains open.","Module was put into bootloader mode by software update.","No intervention required; system should automatically update the software.","The message appears during the software update or when writing the calibration data at TE in production."]
[12061202,"RFG %1: Incorrect software version of a component detected. DeviceTypeTE %3","2019-11-11","No direct influences on the system, but subsequent errors due to incompatible software versions of components are possible.","- Module with deviating software version was installed.\n- Software update was aborted prematurely.","- Carry out software update.","Additional info shows DeviceTypeTE of the affected component."]
[12061300,"RFG %1: SystemControl was started improperly.","2011-10-28","The Ethernet settings possibly do not match the parameters which have been set.","The application was started in an invalid fashion.","Restart the system.",""]
[12061301,"RFG %1: Checksum error or missing checksum on the SystemControl","2011-10-28","Because the checksum of the application is faulty, an old version of the firmware was started.","Software update failed","- Carry out a software update using the PC service tool.","(see Service instructions)"]
[12061303,"RFG %1: SystemControl start-up faulty.","2018-11-14","Warning threshold exceeded.","Faulty software","Carry out a software update using the PC service tool.","A parameter was not set correctly to its default value."]
[12061304,"RFG %1: SystemControl start-up faulty.","2018-11-14","A parameter was not set correctly to its default value.","Faulty software","Update the software.",""]
[12061310,"RFG %1: SystemControl start-up faulty.","2011-10-28","Warning threshold exceeded","System error","- Carry out a software update using the PC service tool.","A registration on the software watchdog is invalid. A process within the generator control is not monitored by the watchdog."]
[12061311,"RFG %1: SystemControl start-up faulty.","2018-11-14","Warning threshold exceeded","System error","- Carry out a software update using the PC service tool","The trigger of a software watchdog was invalid.\nA process in the generator control system is not being monitored by the watchdog."]
[12061312,"RF-generator %1: Error during the initialization of remoteParameter %3 on the SystemControl MPC","2019-11-11","One parameter of a SystemCAN node could not be initialized correctly.","Error in the CANopen communication","- Check the SystemCAN cables\n- Check the SystemCAN node numbers\n- Check the baud rates of the SystemCAN nodes\n- Check the CAN bus terminal resistors\n- Check whether only the specified SystemCAN participants are connected.\n- Check the power supply of the affected CAN node.",""]
[12061313,"RF-generator %1: Timeout of the active interface, info %3","2019-11-11","No direct influence on the system.","ASIP connection (connection to TCP) was unexpectedly interrupted (without 'Release control')","No actions required.\nCheck possible connection to TruControlPower","Error occurs after software update or connection termination to TCP and has no effect there.\n'Info' shows the interface ID which led to the message."]
[12061314,"RFG %1: System control: configuration error","2018-11-14","The serial service interface cannot be correctly initialized and started.","Incorrect parameterization","- Carry out a software update using the PC service tool","The settings for the serial service interface of the SystemControl MPC are invalid."]
[12061315,"RFG %1: System control: configuration error","2018-11-14","The serial customer interface cannot be correctly initialized and started.","Incorrect parameterization","- Carry out a software update using the PC service tool","The settings for the serial customer interface of the SystemControl MPC are invalid."]
[12061316,"RF-generator %1: System control: configuration error","2019-11-11","The Ethernet interface cannot be correctly installed and initialized.","Incorrect parameterization","- Carry out a software update using the PC service tool","The settings for an Ethernet interface of the SystemControl MPC are invalid."]
[12061317,"RFG %1: Control panel: configuration error","2011-10-28","The serial service interface cannot be correctly installed and started.","Incorrect parameterization or system error","- Carry out a software update using the PC service tool.","The serial service interface on the SystemControl MPC could not be opened correctly."]
[12061318,"RFG %1: Control panel: configuration error","2011-10-28","The serial customer interface cannot be correctly installed and started.","Incorrect parameterization or system error","- Carry out a software update using the PC service tool.","The serial customer interface on the SystemControl MPC could not be opened correctly."]
[12061319,"RF-generator %1: System control: configuration error","2019-11-11","The Ethernet interface cannot be correctly installed and initialized.","Incorrect parameterization or system error","- Carry out a software update using the PC service tool","The Ethernet interface on the SystemControl MPC could not be opened correctly"]
[12061320,"RFG %1: Control panel: configuration error","2011-10-28","Bus communication on the serial service interface cannot be logged.","Incorrect parameterization","- Carry out a software update using the PC service tool.","The settings for the BusLogger of the serial service interface are invalid."]
[12061321,"RFG %1: Control panel: configuration error","2011-10-28","Bus communication on the serial customer interface cannot be logged.","Incorrect parameterization","- Carry out a software update using the PC service tool.","The settings for the BusLogger of the serial customer interface are invalid."]
[12061322,"RFG %1: Control panel: configuration error","2011-10-28","Bus communication on the Ethernet interface cannot be logged.","Incorrect parameterization","- Carry out a software update using the PC service tool.","The settings for the BusLogger of the Ethernet interface are invalid."]
[12061324,"RF-generator %1: PROFIBUS initialization failed. Invalid address %3 set.","2019-11-11","PROFIBUS connection does not work properly or the generator was not found by TASC.","Incorrect PROFIBUS configuration.","Check the PROFIBUS configuration (rotary switch)",""]
[12061500,"RF-generator %1: The number of generator modules was incorrectly configured. The current configuration is %3.","2019-11-11","","- The number of generator modules is incorrectly figured on the system control.\n- 0 For internal checks.\n- 1,2,5 and 7 modules are not usual.","- Set the number of modules correctly on the rotary switch on the system control","Check the setting of the generator type in the LP04 operating software."]
[12061501,"RF-generator %1: System MPC collective warning. Info %3","2019-11-11","No direct influence on the system.","Control-internal error","Further warning and error messages of the modules have priority.",""]
[12061502,"RF-generator %1: An invalid generator type was sent by TASC. The received generator type is %3.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","- The laser machine data MD4 'RF-generator type' receives a value which does not match.\n- Invalid MDF file.","- Change the laser machine data D4 'RF-generator type' to the matching value from the 12000 series and restart the TASC laser control.\n- Carry out a software update in the TASC.\n- Contact the responsible TRUMPF Technical Service",""]
[12061506,"RF-generator %1: System control: configuration error, expected MDF version %3","2019-11-11","Warning threshold exceeded.","- MDF file with incorrect version number.","- Carry out a software update in the TASC laser control.","The TASC laser control has transferred an MDF version which does not match."]
[12141101,"RF-generator %1: DC voltage out of admissible range (= %2 V, limits: %3 V - %4 V)","2019-11-11","The discharge is switched off.","- At least one phase of the AC supply voltage is missing.\n- Contacts of the contactor SY+CB-K7 or SY+CB-K8 are defective.\n- If the AC supply voltage at the output of SY+CB-K8 is OK, the RF-generator is defective.","First check the supply voltage at the output of the SY+CB-K8 contactor.\nObserve the measures for this message number in the procedure gdl062.oca.","The DC voltage (nominal 155 V) is outside the limits. This error causes the DC power supply to switch off internally.\n\nStarting from generator software V8.0.0.0:\n- Error indicates a defective RF-generator."]
[12141102,"RF-generator %1: AC voltage error","2019-11-11","The discharge is switched off.","- The AC supply voltage was switched off by an EMO event.\n- The control in the RF-generator detects that the AC supply voltage is not switched on.\n- The AC supply voltage fluctuates.","- Eliminate the cause of the EMO event.\n- Check the supply voltage at the output of the SY+CB-K8 contactor.\nObserve the measures for this message number in the procedure gdl062.oca.","Alternating voltage is too low for more than two seconds. DC switch is shut down."]
[12141103,"RF-generator %1: Overcurrent in the RF-power amplifier (= %2 A, limit = %3 A)","2019-11-11","The discharge is switched off.","- Mismatch at RF output.\n- The RF-generator is defective.","Observe the measures for this message number in the procedure gdl062.oca.",""]
[12141104,"RF-generator %1: Strong fluctuations of the power amplifier current (= %2 A, limit = %3 A)","2019-11-11","The discharge is switched off.","Fluctuations in the power amplifier current are too high. RF is shut down.","Check the software version of the RF-generator control. If the version is older than V8.0.0.0, first perform a software update..\nObserve the measures for this message number in the procedure gdl062.oca.","As of software version V8.0.0.0, this error should only occur with a defective RF-generator."]
[12141105,"RF-generator %1: High power amplifier current (= %2 A), while RF is switched off (limit = %3 A)","2019-11-11","The discharge is switched off.","The RF-generator is defective.","Replace the RF-generator.","Power amplifier current is too high while the RF is switched off."]
[12141106,"RF-generator %1: Excess temperature in power amplifier (= %2 C, limit = %3 C)","2019-11-11","The discharge is switched off.","","Check the water circulation and water temperature.\nObserve the measures for this message number in the procedure gdl062.oca.",""]
[12141201,"RF-generator %1: High power loss with low RF power (= %2 W/FET, limit = %3 W/FET)","2019-11-11","The discharge is switched off.","The RF-generator is defective.","Replace the RF-generator.","Power loss per FET is too high while RF is low."]
[12141203,"RF-generator %1: Safety interlock is open","2019-11-11","The discharge is switched off.","- Safety devices of the TruC or HPDLMC are interrupted.\n- The connecting cable at the RF-generator between X11a and J1 is not correctly plugged in.","Observe the measures for this message number in the procedure gdl062.oca.",""]
[12141204,"RF-generator %1: 24-V interlock is open","2019-11-11","The discharge is switched off.","","Observe the measures for this message number in the procedure gdl062.oca.",""]
[12141205,"RF-generator %1: FPGA initialization error","2019-11-11","The discharge cannot be switched on.","The FPGA was not correctly initialized.","Observe the measures for this message number in the procedure gdl062.oca.\nPerform a software update for the RF-generator.",""]
[12141206,"RF-generator %1: Failure of the Profibus communication (no messages in %2 s, limit = %3 s)","2019-11-11","The discharge is switched off.","Profibus plugs are not plugged in correctly.\nThe terminal resistors in the Profibus plugs are set incorrectly.","Check whether the Profibus plugs are plugged in correctly.\nCheck whether the terminal resistors in the Profibus plugs are set correctly. (see TruC schematic)\nObserve the measures for this message number in the procedure gdl062.oca.","There has not been a telegram in a long time. If the limit is set to zero, this alarm is never triggered."]
[12141207,"RF-generator %1: Reading error of the FLASH storage","2019-11-11","The discharge cannot be switched on.","The generator control cannot correctly read parameters and calibration tables from storage.","Observe the measures for this message number in the procedure gdl062.oca.\nPerform a software update for the RF-generator.",""]
[12141208,"RF-generator %1: Internal software error","2019-11-11","The discharge cannot be switched on.","","Observe the measures for this message number in the procedure gdl062.oca.\nPerform a software update for the RF-generator.",""]
[12141209,"RF-generator %1: No ignition","2019-11-11","The discharge is switched off.","- Incorrect gas mixture.\n- Incorrect gas pressure.\n- RF cable between 'X2a-RF' and 'RF OUT' not correctly connected.\n- Incorrect RF matching.\n- Sparkover at the RF cable.","Observe the measures for this message number in the procedure gdl062.oca.","The unloading will not be ignited."]
[12141210,"RF-generator %1: Forward power is too high","2019-11-11","The discharge is switched off.","- Incorrect gas mixture.\n- Incorrect gas pressure.\n- RF cable between 'X2a-RF' and 'RF OUT' not correctly connected.\n- Incorrect RF matching.\n- Sparkover at the RF cable.","Observe the measures for this message number in the procedure gdl062.oca.","Depending on the load impedance, the forward power can rise very high for a short time. (Pi >> 10 kW)\nThis alarm indicates that the climb was too high."]
[12141211,"RF-generator %1: Power loss is too high (= %2W, limit value = %3W)","2019-11-11","The discharge is switched off.","- Incorrect gas mixture.\n- Incorrect gas pressure.\n- RF cable between 'X2a-RF' and 'RF OUT' not correctly connected.\n- Incorrect RF matching.\n- Sparkover at the RF cable.","Observe the measures for this message number in the procedure gdl062.oca.","Starting from generator software V8.0.0.0:\n- Error indicates a defective RF-generator."]
[12141212,"RF-generator %1: Driver current is too high (= %2A, limit value = %3A)","2019-11-11","The discharge is switched off.","- Incorrect gas mixture.\n- Incorrect gas pressure.\n- RF cable between 'X2a-RF' and 'RF OUT' not correctly connected.\n- Incorrect RF matching.\n- Sparkover at the RF cable.","Observe the measures for this message number in the procedure gdl062.oca.","Starting from generator software V8.0.0.0:\n- Error indicates a defective RF-generator."]
[12141213,"RF-generator %1: Reflected RF power is too high (= %2W, limit value = %3W)","2019-11-11","The discharge is switched off.","- Incorrect gas mixture.\n- Incorrect gas pressure.\n- RF cable between 'X2a-RF' and 'RF OUT' not correctly connected.\n- Incorrect RF matching.\n- Sparkover at the RF cable.","Observe the measures for this message number in the procedure gdl062.oca.",""]
[12141215,"RF-generator %1: FPGA initialization error","2019-11-11","The discharge cannot be switched on.","Processor was not correctly initialized.","Observe the measures for this message number in the procedure gdl062.oca.\nPerform a software update for the RF-generator.",""]
[12141216,"RF-generator %1: Invalid FPGA version","2019-11-11","The discharge cannot be switched on.","An invalid FPGA version has been programmed or the FPGA code has not been read correctly.","Perform a software update for the RF-generator.",""]
[12141218,"RF-generator %1: High driver current for switched off RF power (= %2 A, limit = %3 A)","2019-11-11","The discharge is switched off.","The RF-generator is defective.","Replace the RF-generator.",""]
[12141219,"RF-generator %1: Incorrect pulse signal","2019-11-11","The discharge is switched off.","- The cable between TASC control 'X3' and RF-generator 'X26' is missing or not connected correctly.\n- These are network cables with poor shielding. \n- The pulse signal from TASC control is wrong or not present.\n- The RF-generator does not recognize the pulse signal.","- A network cable is used for pulse transmission. Check if the cable is plugged in correctly and has not been swapped with other network cables.\n- Compare the cable type with the specifications in the schematic.\n- Replace the TASC control as a test.\n- Replace the pulse evaluation electronics / RF-generator.\n\nObserve the measures for this message number in the procedure gdl062.oca.",""]
[12160000,"RFG %1: The actual power PI has fallen below the alarm threshold of %3W. Trigger: Module with CAN node ID %2.","2018-11-14","The generator shuts down the power and switches to safe status.","The PI actual value has fallen below the minimum value. The generator does not achieve the required power level. It is possible that the high voltage power supply (HVPS) of the module with the displayed CAN-ID is defective.","- Check the adaptation between the laser and the generator.\n- Check HVPS.",""]
[12160001,"RF-generator %1: The actual power PI has fallen below the alarm threshold of %3W. Trigger: Module with CAN nodes ID %2.","2019-11-11","The generator shuts down the power and switches to safe status.","The PI actual value has fallen below the maximum value. Possibly this is the result of a mismatch between laser and generator or the high voltage power supply(HVPS) is defective.","- Check the adaptation between the laser and the generator.\n- Check HVPS.",""]
[12160003,"RFG %1: The reflected power (PR) has exceeded the alarm threshold of %3W. Trigger: Module with CAN node ID %2.","2018-11-14","The generator shuts down the power and switches to safe status.","The actual value of the reflected power PR has exceeded the maximum value. The reflected power was therefore too high. This is possibly due to an incorrect power adaptation.","- Check the power adaptation between the laser and the generator.",""]
[12160004,"RFG %1: The RF reverse power Pr_1 has exceeded the maximum value of %3 W. Trigger: module with CAN ID %2.","2018-11-14","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","The reflected power Pr_1 has exceeded the maximum value with respect to the forward power Pi_1. This is possibly due to an incorrect power adaptation.","- Check the power adaptation between the laser and the generator.\n- Check the HVPS voltage.\n- Check the set generator type in the laser machine data MD4 of TASC laser control.","The diagnostic option of the PC service tool can be utilized. Use the data logging options (see service instructions)"]
[12160005,"RFG %1: The RF forward power Pi_1 has exceeded the alarm threshold of %3 W. Trigger: module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","The actual power Pi_1 has exceeded the maximum value. This might be due to a mismatch between laser and generator or the power pack of the generator module is defective.","- Visually check the match between the laser and the generator.\n- Check the power supply fuse (semiconductor fuses) in the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","Starting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced.\n--------------------------\nFor sporadic occurrences, the diagnosis option of the PC service tools can be used. Use the data logging options (see service instructions)"]
[12160006,"RFG %1: The RF reverse power Pr_2 has exceeded the maximum value of %3 W. Trigger: module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","The reflected power Pr_2 has exceeded the maximum value with respect to the forward power Pi_2. This is possibly the result of an incorrect power adaptation.","- Check the power adaptation between the laser and generator.\n- Check the HVPS voltage. \n- Check the set type of generator.","The diagnostic option of the PC service tool can be utilized. Use the data logging options (see service instructions)"]
[12160007,"RFG %1: The RF forward power Pi_2 has exceeded the alarm threshold of %3 W. Trigger: module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","The actual power PI_2 has exceeded the maximum value. This might be due to a mismatch between laser and generator or the power pack of the generator module is defective.","- Visually check the match between the laser and the generator.\n- Check the power supply fuse (semiconductor fuses) in the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","Starting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced.\n--------------------------\nFor sporadic occurrences, the diagnosis option of the PC service tools can be used. Use the data logging options (see service instructions)"]
[12160008,"RF-generator %1, CAN-ID %2: RF reverse power Pr_1 too high. PrAv %3 W","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- See higher-level system message\n- Problems at the laser (- Auxiliary ignition defective, - Laser leaking, - Wrong matching, - Wrong gas pressure,…)\n- RF cable defective or incorrectly connected.","RF-generator with PowerCombiner (MD58=3):\n- Check the RF cable between RF module and combiner\n- Perform phase calibration\n- Carry out leak test / gas change.\n-----------------------------------------------------------\nRF-generator without PowerCombiner (MD58=0):\nCheck the following components at the corresponding discharge path: \n- Rollover traces on the resonator (electrodes, quartz tubes) \n- Matchbox (condenser) \n- RF cable\n- Carry out leak test / gas change","In the system, the messages of the individual modules are combined to separate alarms. Depending on the composition of the systems and the messages, different alarms are generated."]
[12160009,"RF-generator %1, CAN-ID %2: RF reverse power Pr_1 too high. PR %3 W","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- See higher-level system message\n- Problems at the laser (- Auxiliary ignition defective, - Laser leaking, - Wrong matching, - Wrong gas pressure,…)\n- RF cable defective or incorrectly connected.","RF-generator with PowerCombiner (MD58=3):\n- Check the RF cable between RF module and combiner\n- Perform phase calibration\n- Carry out leak test / gas change.\n-----------------------------------------------------------\nRF-generator without PowerCombiner (MD58=0):\nCheck the following components at the corresponding discharge path: \n- Rollover traces on the resonator (electrodes, quartz tubes) \n- Matchbox (condenser) \n- RF cable\n- Carry out leak test / gas change","In the system, the messages of the individual modules are combined to separate alarms. Depending on the composition of the systems and the messages, different alarms are generated."]
[12160010,"RF-generator %1, CAN-ID %2: RF reverse power Pr_2 too high. PrAv %3 W","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- See higher-level system message\n- Problems at the laser (- Auxiliary ignition defective, - Laser leaking, - Wrong matching, - Wrong gas pressure,…)\n- RF cable defective or incorrectly connected.","RF-generator with PowerCombiner (MD58=3):\n- Check the RF cable between RF module and combiner\n- Perform phase calibration\n- Carry out leak test / gas change.\n-----------------------------------------------------------\nRF-generator without PowerCombiner (MD58=0):\nCheck the following components at the corresponding discharge path: \n- Rollover traces on the resonator (electrodes, quartz tubes) \n- Matchbox (condenser) \n- RF cable\n- Carry out leak test / gas change","In the system, the messages of the individual modules are combined to separate alarms. Depending on the composition of the systems and the messages, different alarms are generated."]
[12160011,"RF-generator %1, CAN-ID %2: RF reverse power Pr_2 too high. PR %3 W","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- See higher-level system message\n- Problems at the laser (- Auxiliary ignition defective, - Laser leaking, - Wrong matching, - Wrong gas pressure,…)\n- RF cable defective or incorrectly connected.","RF-generator with PowerCombiner (MD58=3):\n- Check the RF cable between RF module and combiner\n- Perform phase calibration\n- Carry out leak test / gas change.\n-----------------------------------------------------------\nRF-generator without PowerCombiner (MD58=0):\nCheck the following components at the corresponding discharge path: \n- Rollover traces on the resonator (electrodes, quartz tubes) \n- Matchbox (condenser) \n- RF cable\n- Carry out leak test / gas change","In the system, the messages of the individual modules are combined to separate alarms. Depending on the composition of the systems and the messages, different alarms are generated."]
[12160012,"RF-generator %1, CAN-ID %2: Temperature RF bridge 1 too low. Switch-off temperature %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12160013,"RF-generator %1, CAN-ID %2: Temperature RF bridge 1 too high. Switch-off temperature %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient cooling water flow in the module\n- Mismatch at RF output\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit\n- Check cooling water temperature and flow and adapt if necessary\n- Check RF matching (laser matching)\n- If the temperature sensor is defective, the module must be replaced.",""]
[12160014,"RF-generator %1, CAN-ID %2: Temperature RF bridge 2 too low. Switch-off temperature %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12160015,"RF-generator %1, CAN-ID %2: Temperature RF bridge 2 too high. Switch-off temperature %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient cooling water flow in the module\n- Mismatch at RF output\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- Check RF matching\n- If the temperature sensor is defective, the module must be replaced.",""]
[12160016,"RF-generator %1: Cooling water flow too low. Measured value %3 l/min","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The setting tap at the generator input is incorrectly set\n- Cooling water pressure is too low\n- The quick-release couplings of components are not correctly plugged in\n- Lines are clogged\n- Process cooler is switched off\n- The connection from the flowmeter to the system control is interrupted\n- Sensor is defective","If 0 l/min is displayed at the flow rate --> Check process cooler, if there is a flow, check connections from the system control to the flow sensor. If these are OK, the flow sensor is defective.\nFor generator types without flow sensor: Check generator type setting in the machine data. \n\nIf a flow > 0 l/min is displayed --> Check the setting tap at the generator input.\nCheck the quick-release couplings on the components for correct fit.\nCheck hoses for blockages and kinks.\nCheck water pressure.",""]
[12160017,"RF-generator %1: Cooling water flow too high. Measured value %3 l/min","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The flow rate is too high.\n- The water pressure is too high.","- Reduce the cooling water supply","- Check the values of the flow sensor for plausibility.\n- Use the data logging option (see Service instructions)"]
[12160018,"RF-generator %1, Can-ID %2: Invalid measured value of analog sensor ID %3.","2019-11-11","The generator shuts down the power and switches to safe status. The laser beam is switched off.","- The corresponding sensor is defective","- Check the corresponding sensor",""]
[12160019,"RF-generator %1: Supply cooling water temperature too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Temperature sensor is dirty\n- The connection from the temperature sensor to the system control is interrupted\n- Ambient temperature too low and no cooling water flow available.","- Check cooling water temperature and flow and adapt if necessary.\n- Check the temperature sensor (PT100), compare the resistance value with the supply temperature / examine for contamination.\n- Check the connecting line from the system control to the sensor.","Condensation hazard"]
[12160020,"RF-generator %1: Supply cooling water temperature too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too high.\n- The temperature sensor is faulty.\n- The temperature sensor is dirty.\n- No cooling water flow available.","- Check cooling water temperature and flow and adapt if necessary / check the process cooler.\n- Check the temperature sensor (PT100), compare the resistance value with the supply temperature / examine for contamination.\n- Check the connecting line from the system control to the sensor.",""]
[12160021,"RFG %1: A leak in the cooling system has been detected","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Leaks in the cooling system, condensation water","- Check for leaks in the cooling system.","- If there is no water in the collecting tank, a sensor might have to be exchanged or reset."]
[12160022,"RFG %1: The gating frequency (GF) of the external gating signal has fallen below the threshold of %3 Hz.","2016-10-27","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- The frequency of the external gating signal is too low.","- The gating signal with frequency and gating ratio deliver in the permissible range.",""]
[12160023,"RFG %1: The gating frequency (GF) of the external gating signal has exceeded the threshold of %3 Hz.","2016-10-27","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- The frequency of the external gating signal is too high.","- The gating signal with frequency and gating ratio deliver in the permissible range.",""]
[12160024,"RFG %1: The gating ratio of the external gating signal has fallen below the threshold of %3.","2016-10-27","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- The gating ratio of the external gating signal is outside the valid range.","- The gating signal with frequency and gating ratio deliver in the permissible range.",""]
[12160025,"RFG %1: The gating ratio of the external gating signal has exceeded the threshold of %3.","2016-10-27","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- The gating ratio of the external gating signal is outside the valid range.","- The gating signal with frequency and gating ratio deliver in the permissible range.",""]
[12160026,"RF-generator %1, CAN-ID %2: The digital sensor with ID %3 is giving an invalid measured value.","2019-11-11","The generator shuts down the power and switches to safe status.","- The corresponding sensor is defective","- Check the corresponding sensor",""]
[12160027,"RFG %1: Power pack of generator module with CAN node ID %2 reports AC FAIL.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Power failure","- Check the mains connection. - Check the fuses on the generator.",""]
[12160028,"RFG %1: Power pack of generator module with CAN node ID %2 reports AC LOW","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Mains undervoltage","- Check the mains connection. - Check the power supply fuse (semiconductor fuses) in the generator.",""]
[12160029,"RF-generator %1, CAN-ID %2: DC voltage U1 is too high","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Mismatch at RF output\n- Unfavorable pulse mode changes\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module","- Check the matching at the laser\n- Check the pulse signal line TASC/generator\n- Check the pulse input of the TASC\n- If the problem also occurs in CW operation when the laser is correctly matched -> replace generator module.",""]
[12160030,"RF-generator %1, CAN-ID %2: DC voltage U2 is too high.","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Mismatch at RF output\n- Unfavorable pulse mode changes\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module","- Check the matching at the laser\n- Check the pulse signal line TASC/generator\n- Check the pulse input of the TASC\n- If the problem also occurs in CW operation when the laser is correctly matched -> replace generator module.",""]
[12160031,"RF-generator %1, CAN-ID %2: DC voltage U1 is too high. Info %3","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Mismatch at RF output\n- Unfavorable pulse mode changes\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module","- Check the matching at the laser\n- Check the pulse signal line TASC/generator\n- Check the pulse input of the TASC\n- If the problem also occurs in CW operation when the laser is correctly matched -> replace generator module","The info value divided by 100 gives the DC voltage in V."]
[12160032,"RF-generator %1, CAN-ID %2: DC voltage U2 is too high. Info %3","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Mismatch at RF output\n- Unfavorable pulse mode changes\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module","- Check the matching at the laser\n- Check the pulse signal line TASC/generator\n- Check the pulse input of the TASC\n- If the problem also occurs in CW operation when the laser is correctly matched -> replace generator module","The info value divided by 100 gives the DC voltage in V."]
[12160033,"RF-generator %1, CAN-ID %2: The current I1 has exceeded the alarm threshold of %3A.","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Defect in the power supply of the generator module","- Check the power supply fuse (semiconductor fuses) in the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","Starting from generator software V11.00.11.31, the red LED on the RF-module shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160034,"RF-generator %1, CAN-ID %2: The current I2 has exceeded the alarm threshold of %3A.","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Defect in the power supply of the generator module","- Check the power supply fuse (semiconductor fuses) in the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","Starting from generator software V11.00.11.31, the red LED on the RF-module shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160035,"RF-generator %1, CAN-ID %2: Temperature RF absorber 1 too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12160036,"RF-generator %1, CAN-ID %2: Temperature RF absorber 1 too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient cooling water flow in the module\n- Mismatch at RF output\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- Check RF matching\n- If the temperature sensor is defective, the module must be replaced.",""]
[12160037,"RF-generator %1, CAN-ID %2: Temperature RF absorber 2 too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12160038,"RF-generator %1, CAN-ID %2: Temperature RF absorber 2 too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient cooling water flow in the module\n- Mismatch at RF output\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- Check RF matching\n- If the temperature sensor is defective, the module must be replaced.",""]
[12160039,"RF-generator %1, CAN-ID %2: Temperature HVPS 1 too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12160040,"RF-generator %1, CAN-ID %2: Temperature HVPS 1 too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient cooling water flow in the module\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.",""]
[12160041,"RF-generator %1, CAN-ID %2: Temperature HVPS 2 too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12160042,"RF-generator %1, CAN-ID %2: Temperature HVPS 2 too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient cooling water flow in the module\n- The temperature sensor is faulty","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.",""]
[12160043,"RF-generator %1, CAN-ID %2: Temperature HVPS 3 too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- Ambient temperature too low and no cooling water present.","- Check cooling water temperature and flow and adapt if necessary.\n- If the temperature sensor is defective, the module must be replaced.","Condensation hazard"]
[12160044,"RF-generator %1, CAN-ID %2: Temperature HVPS 3 too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient cooling water flow in the module.\n- The temperature sensor is faulty.","- Check the water quick-release coupling for correct fit.\n- Check cooling water temperature and flow and adapt if necessary\n- If the temperature sensor is defective, the module must be replaced.",""]
[12160045,"RF-generator %1: Cooling water return temperature too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The temperature sensor is faulty.\n- The connection from the temperature sensor to the system control is interrupted.\n- Ambient temperature too low and no cooling water flow available.","- Check cooling water temperature and flow and adapt if necessary.\n- Check the temperature sensor (PT100), compare the resistance value with the supply temperature / examine for contamination.\n- Check the connecting line from the system control to the sensor.","Condensation hazard"]
[12160046,"RF-generator %1: Cooling water return temperature too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The water circulation is too low.\n- The temperature sensor is faulty.\n- No cooling water flow available.\n- The generator has too much reflected power.","- Check cooling water temperature and flow, adapt if necessary / check hoses for blockages and kinks / check process cooler.\n- Check the temperature sensor (PT100), compare the resistance value with the water temperature / examine for contamination.\n- Check the connecting line from the system control to the sensor.",""]
[12160047,"RF-generator %1: Temperature 1 electrical cabinet (rear bottom) too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The ambient temperature is too low.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check cooling water temperature, adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","Condensation hazard"]
[12160048,"RF-generator %1: Temperature 1 electrical cabinet (rear bottom) too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient water circulation in the LWWT.\n- The supply temperature of the cooling water is too high.\n- Fan in the LWWT defective.\n- The ambient temperature is too high.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check the cooling water flow of the LWWT.\n- Check the cooling water temperature and adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","LWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12160049,"RF-generator %1: Temperature 2 electrical cabinet (front bottom) too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The ambient temperature is too low.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check cooling water temperature, adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","Condensation hazard"]
[12160050,"RF-generator %1: Temperature 2 electrical cabinet (front bottom) too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient water circulation in the LWWT.\n- The supply temperature of the cooling water is too high.\n- Fan in the LWWT defective.\n- The ambient temperature is too high.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check the cooling water flow of the LWWT.\n- Check the cooling water temperature and adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","LWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12160051,"RF-generator %1: Temperature 3 electrical cabinet (rear top) too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The ambient temperature is too low.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check cooling water temperature, adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","- Check the values of the temperature sensor for plausibility.\n- Use the data logging option (see Service instructions)"]
[12160052,"RF-generator %1: Temperature 3 electrical cabinet (rear top) too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient water circulation in the LWWT.\n- The supply temperature of the cooling water is too high.\n- Fan in the LWWT defective.\n- The ambient temperature is too high.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check the cooling water flow of the LWWT.\n- Check the cooling water temperature and adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","- Check the values of the temperature sensor for plausibility.\n- Use the data logging option (see Service instructions)\nLWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12160053,"RF-generator %1: Temperature 4 electrical cabinet (front top) too low. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The supply temperature of the cooling water is too low.\n- The ambient temperature is too low.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check cooling water temperature, adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","- Check the values of the temperature sensor for plausibility.\n- Use the data logging option (see Service instructions)"]
[12160054,"RF-generator %1: Temperature 4 electrical cabinet (front top) too high. Measured value %3°C","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- No or insufficient water circulation in the LWWT.\n- The supply temperature of the cooling water is too high.\n- Fan in the LWWT defective.\n- The ambient temperature is too high.\n- The temperature sensor is defective.\n- Wrong generator type selected.","- Check the cooling water flow of the LWWT.\n- Check the cooling water temperature and adapt if necessary.\n- Check the ambient temperature and adapt if necessary.\n- If the sensor indicates implausible measured values, it must be replaced.\n- There are generator types for which this sensor does not exist. If such a type displays this error message, the wrong generator type is selected in the machine data.","- Check the values of the temperature sensor for plausibility.\n- Use the data logging option (see Service instructions)\nLWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12160055,"RF-generator %1, CAN-ID %2: RF clock signal faulty.","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- System import cable is not correctly plugged in.\n- System import cable is defective.\n- System control is defective.\n- Generator module is defective.","- Check system import cable for correct fit / replace if necessary.\n- Restart system.\n- If the error persists and only one generator module is affected, replace this module.\n- If several modules are affected, replace the system control.","This is the synchronization signal from the system control to the module, not the pulse signal."]
[12160056,"RF-generator %1, CAN-ID %2: Pulse width of the pulse signal too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Requirement of pulse widths less than 2 µs.\n- Too flat edges at the input of the external pulse signal of the TASC control.\n- Malfunctions on the pulse signal line.\n- Malfunctions on the system import line.","- Only set pulses with a pulse width > 2 µs.\n- Check the edge steepness at the external input of the TASC control. If necessary, attach a terminal resistor.\n- Check laying and contacting of the pulse signal line.\n- Check system import cable for correct fit.","Module control has detected three sequential pulses with a pulse duration of less than 2 µs. The pulse is automatically extended to 2 µs.\nIf all RF modules generate this message the pulse duration of the input signal 'Beam on undelayed' is less than 2 µs."]
[12160057,"RF-generator %1, CAN-ID %2: Fan E1 speed too low,","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Fan defective\n- Fan blocked","Replacing the fan\nThe fan is available as a spare part; there is no need to replace the complete generator module.",""]
[12160058,"RF-generator %1, CAN-ID %2: RF clock signal not available","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- System import cable is not correctly plugged in.\n- System import cable is defective.\n- System control is defective.\n- Generator module is defective.","- Check system import cable for correct fit / replace if necessary.\n- Restart system.\n- If the error persists and only one generator module is affected, replace this module.\n- If several modules are affected, replace the system control.","This is the synchronization signal from the system control to the module, not the pulse signal."]
[12160059,"RF-generator %1, CAN-ID %2: Pulse signal frequency too high. Info %3","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- A pulse signal with too high a frequency is fed in.\n- Malfunctions on the pulse signal line.","- Check the frequency of the pulse signal\n- Check the routing of the pulse signal cable","The info value *10 gives the pulse frequency in Hz."]
[12160060,"RF-generator %1, CAN-ID %2: 24-Volt supply voltage too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Switch off of the main switch.\n- 24-V fuse failure.\n- 24-V power supply cable not plugged in correctly.\n- Drop on the 400-V side of the 24-V power supply.","- In most cases, this error indicates that the power supply has been switched off in a regular fashion. \n- Check 24-V supply / check plug.\n- Check the 24-V fuse in the corresponding path, switch it on again if necessary, or insert a new fuse.",""]
[12160061,"RF-generator %1, CAN-ID %2: 6-V pre-driver voltage too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Dips on the 400/480-V supply voltage.\n- Module-internal defect.","- Check the 400/480-V supply\n- If the fault persists, replace the generator module.",""]
[12160062,"RFG %1: Internal communication problem detected on module %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- DSP module crash or overload due to FPGA detected.","- Check function of the module control system\n- If the error status persists, exchange the generator module.",""]
[12160063,"RF-generator %1: Fan 1 speed in heat exchanger 1 too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Fuse has tripped\n- Cable not plugged in\n- Fan defective\n- Fan blocked","- Switch on fuse / insert new fuse.\n- Check supply and monitoring cables.\n- If the fan does not rotate despite correct supply voltage --> replace LWWT.\n- If the fan rotates, but no speed is displayed --> Check monitoring signal. If this is present at the system control (rectangular pulse signal), replace system control.","LWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12160064,"RF-generator %1, CAN-ID %2: Fan E2 speed too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Fan defective\n- Fan blocked","Replacing the fan\nThe fan is available as a spare part; there is no need to replace the complete generator module.",""]
[12160065,"RF-generator %1, CAN-ID %2: Fan E3 speed too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Fan defective\n- Fan blocked","Replacing the fan\nThe fan is available as a spare part; there is no need to replace the complete generator module.",""]
[12160066,"RF-generator %1, CAN-ID %2: Fan E4 speed too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Fan defective\n- Fan blocked","Replacing the fan\nThe fan is available as a spare part; there is no need to replace the complete generator module.",""]
[12160067,"RF-generator %1: Fan 2 speed in heat exchanger 1 too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Fuse has tripped\n- Cable not plugged in\n- Fan defective\n- Fan blocked","- Switch on fuse / insert new fuse.\n- Check supply and monitoring cables.\n- If the fan does not rotate despite correct supply voltage --> replace LWWT.\n- If the fan rotates, but no speed is displayed --> Check monitoring signal. If this is present at the system control (rectangular pulse signal), replace system control.","LWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12160068,"RF-generator %1: Fan 1 speed in heat exchanger 2 too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Fuse has tripped\n- Cable not plugged in\n- Fan defective\n- Fan blocked","- Switch on fuse / insert new fuse.\n- Check supply and monitoring cables.\n- If the fan does not rotate despite correct supply voltage --> replace LWWT.\n- If the fan rotates, but no speed is displayed --> Check monitoring signal. If this is present at the system control (rectangular pulse signal), replace system control.","LWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12160069,"RF-generator %1: Fan 2 speed in heat exchanger 2 too low","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Fuse has tripped\n- Cable not plugged in\n- Fan defective\n- Fan blocked","- Switch on fuse / insert new fuse.\n- Check supply and monitoring cables.\n- If the fan does not rotate despite correct supply voltage --> replace LWWT.\n- If the fan rotates, but no speed is displayed --> Check monitoring signal. If this is present at the system control (rectangular pulse signal), replace system control.","LWWT = Luft - Wasser - Wärmetauscher (air/water heat exchanger)"]
[12160070,"RFG %1: Voltage %3 is not OK","2010-09-30","Some electronic components may no longer be working properly.","Short circuit at an interface or defect in the electronics.","Check all interfaces for short circuit. The error message provides an indication of the error location.",""]
[12160402,"RFG %1: Flash on the SystemControl MPC faulty.","2011-10-28","Parameters in the Flash were not able to be read or written. The system works with standard values (of the parameters which are saved in the Flash).","Checksum faulty","Try to rewrite the parameters and save in the Flash. If the error status persists, exchange the control panel.","To do this, use the PC tool (see Service instructions)."]
[12160403,"RFG %1: Error in the internal EEPROM in the SystemControl MPC (checksum faulty)","2011-10-28","Parameters in the internal EEPROM were not able to be read or written. The system works with standard values (of the parameters which are saved in the internal EEPROM).","Checksum faulty","Try to rewrite the parameters and save in the EEPROM. If the error status persists, exchange the control panel.","To do this, use the PC tool (see Service instructions)"]
[12160405,"RFG %1: SRAM error on SystemControl MPC (checksum faulty) or loss of data.","2011-10-28","The system starts with factory settings (of the parameters which are saved in the SRAM). Recorded data is lost.","Problems writing to the SRAM","Try to rewrite the parameters and save in the SRAM. If the error status persists, exchange the control panel.",""]
[12160412,"RFG %1: Error in the external EEPROM in the SystemControl MPC (checksum faulty).","2011-10-28","Parameters in the external EEPROM were not able to be read or written. The system works with standard values (of the parameters which are saved in the internal EEPROM).","Checksum faulty","Try to rewrite the parameters and save in the EEPROM. If the error status persists, exchange the control panel.",""]
[12160414,"RFG %1: Real-time clock (RTC) error on SystemControl MPC, additional information: %3","2011-10-28","The system time is no longer correct and needs to be rewritten.","Battery buffer for RTC empty","The system time must be rewritten using the PC service tool.","The warning should no longer appear in the following operation."]
[12160418,"RF-generator %1: Temperature on the system control board too high","2019-11-11","The system control can stop working, which leads to a defect.","Ambient temperature too high or fan is defective.","Check the ambient temperature and the function of the fans",""]
[12160419,"RFG %1: Error in the frontboard EEPROM in the SystemControl MPC (checksum faulty)","2010-09-30","Parameters in the frontboard EEPROM were not able to be read or written. The system works with standard values (of the parameters which are saved in the frontboard EEPROM).","Checksum faulty","Attempt to redescribe the parameters and to save them in the EEPROM. Replacement of the frontboard",""]
[12160420,"RF-generator %1: Automatic phase calibration must be carried out.","2019-11-11","The laser beam cannot be switched on. The RF-generator opens the safety circuit.","No phase calibration was performed after replacing a component in the RF-generator cabinet.","Perform phase calibration.\nAfter resetting the alarm five times, the generator can be switched on.","After resetting the alarm five times, the generator can be switched on."]
[12160421,"RF-generator %1: Pre-condition for automatic phase calibration is not met. Info: %3","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","A start condition for phase calibration has not been met.\n- RF power is not switched on.\n- The RF amplitude is less than 50%.\n- The generator is in pulsing mode.","- Switch on RF power.\n- Check RF amplitude.\n- Set CW operating mode.","Info:\n133: RF power is off\n134: Pi less than 50%\n135: Pulse mode is on"]
[12160422,"RF-generator %1: Unexpected behavior of the TASC gas pressure regulator. Info: %3","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","Time overrun or abort by the user.","Repeat the process.","Info:\n0: Timeout while waiting for confirmation of TASC.\n1: The gas change was activated during the calibration.\n3: Abort of the calibration while this was active."]
[12160423,"RF-generator %1: High reverse power on a channel in uncombined RF system","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- RF sparkover in the resonator\n- Defective matchbox\n- Faulty matching\n- Defective RF cable\n- Laser gas system is leaky","Check the following components at the corresponding discharge path: \n- Rollover traces on the resonator (electrodes, quartz tubes) \n- Matchbox (condenser) \n- RF cable\n- Carry out leak test / gas change","Common alarm, the individual messages of the modules are also output as warnings."]
[12160424,"RF-generator %1: High reverse power on more than one channel in uncombined RF system","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- Bad ignition behavior of the laser\n- Defective auxiliary ignition\n- Wrong gas parameters\n- Laser gas system is leaky\n- Malfunction of the LSM (blower, frequency converter)","Check the following components for correct function: \n- Auxiliary ignition\n- Laser gas (pressure, mix)\n- Carry out leak test / gas change\n- Check LSM (blower, frequency converter)","Common alarm, the individual messages of the modules are also output as warnings."]
[12160425,"RF-generator %1: High reverse power on a channel in combined RF system","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- Defective RF cable\n- Faulty phase calibration\n- Laser gas system is leaky","- Check the RF cable between RF module and combiner\n- Perform phase calibration\n- Carry out leak test / gas change","Common alarm, the individual messages of the modules are also output as warnings."]
[12160426,"RF-generator %1: High reverse power on more than one channel of the same combiner in combined RF system","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- RF sparkover in the resonator\n- Defective matchbox\n- Faulty matching\n- Defective RF cable\n- Defective combiner\n- Faulty phase calibration\n- Laser gas system is leaky","- Check the resonator for signs of sparkover\n- Check the spacer rings for quartz tubes of the corresponding discharge paths\n- Check matchbox and matching\n- Check RF cable\n- Check/replace combiners\n- Perform phase calibration\n- Carry out leak test / gas change","Common alarm, the individual messages of the modules are also output as warnings."]
[12160427,"RF-generator %1: High reverse power on more than one channel of different combiners in combined RF system","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- Bad ignition behavior of the laser\n- Defective auxiliary ignition\n- Wrong gas parameters\n- Malfunction of the LSM (blower, frequency converter)\n- Laser gas system is leaky","Check the following components for correct function: \n- Auxiliary ignition\n- Laser gas (pressure, mix)\n- Check LSM (blower, frequency converter)\n- Carry out leak test / gas change","Common alarm, the individual messages of the modules are also output as warnings."]
[12160428,"RF-generator %1: High reverse power on more than one channel in combined RF system","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- Bad ignition behavior of the laser\n- Defective auxiliary ignition\n- Arcing in the laser\n- Defective matchbox\n- Faulty matching\n- Faulty phase calibration\n- Defective RF cable\n- Defective combiner\n- Wrong gas parameters\n- Laser gas system is leaky\n- Malfunction of the LSM (blower, frequency converter)","- Check the auxiliary ignition\n- Check resonator for sparkovers\n- Check spacer rings for quartz tubes\n- Check matchbox and matching\n- Perform phase calibration\n- Check RF cable\n- Check/replace combiners\n- Check laser gas (pressure, mix)\n- Carry out leak test / gas change\n- Check LSM (blower, frequency converter)","Common alarm, the individual messages of the modules are also output as warnings."]
[12160501,"RF-generator %1: The system has received an error message of a module.","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","Error on generator module or system control","Further pending messages provide information on the original cause of the error. Eliminate the error on the corresponding module.","Subsequent errors give indication of causes of error"]
[12160502,"RFG %1: One module does not answer via System Port. System switches off.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","- System port cable not plugged in correctly- Module has failed","- Check the system port connection line. - If the error persists, exchange the generator module.",""]
[12160503,"RF-generator %1: Pulse signal line interrupted or faulty terminal resistor","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off or cannot be switched on.","- Terminal resistor is not plugged in correctly.\n- The pulse signal cable is not plugged in or not plugged in correctly.\n- The pulse signal cable is defective.","- Check terminal resistor, with several generators per laser this is attached at the end of the transfer route.\n- Check pulse signal cable (complete transfer route).",""]
[12160504,"RF-generator %1: The system has detected an incorrect number of modules. Info %3","2019-11-11","'Beam on' not possible. The safety circuit remains open.","- Incorrect setting of the number of modules in the system control.\n- Generator modules have failed.\n- System port connection to modules is interrupted","- Check the setting 'Number of modules' at the system control.\n- Check whether the 24-V supply voltage is present for all modules.\n- Check the system port cable.","Info description:\nFirst convert the displayed decimal number to a binary number:\nFor example decimal number '57208' produces the binary number '1101 1111 0111 1000'.\nThe number 1101 1111 indicates that module A6 (the sixth module from below) does not respond (if there are fewer than 8 modules, the binary number is correspondingly shorter).\nThe number 0111 means decimal 7 and indicates that 7 modules are responding.\nThe number 1000 means decimal 8 and indicates that 8 modules must be present."]
[12160505,"RFG %1: Switch on not possible, because no current configuration data has been received yet.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","- Generator has not received any configuration data (MDF file) from the TASC control.","- Check whether Profibus is correctly connected. - Check the settings in the TASC control.",""]
[12160506,"RFG %1: No SPI communication between SystemMPC and SystemDSP","2011-10-28","Nominal and actual values are not transferred into the system.","SPI communication faulty.","If the error status persists, exchange the control panel.",""]
[12160507,"RFG %1: SystemDSP reports generic error","2010-01-11","The generator shuts down the power and switches to safe status.","The SystemDSP has reported a generic error.","Check whether other alarms have been reported.",""]
[12160508,"RF-generator %1, CAN-ID %2: System port connection faulty or interrupted. Info %3","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off or cannot be switched on","- The system port cable is not plugged in or not plugged in correctly.\n- A system port cable is defective.\nA generator module has failed.\n- The system control is defective.","- Check the plug connections of the system port cable.\n- Replace the system port cable.\n- Check the power supply of the generator modules.\n- Replace system control.","Info:\nConvert the decimal number to a binary number.\nLower 8 bits:\n4 KT_SYSPORT_SYS_ERR_SEND_NOT_FREE\n2 KT_SYSPORT_SYS_ERR_TIMEOUT\n5 KT_SYSPORT_SYS_ERR_PUTNWORD\n3 KT_SYSPORT_SYS_ERR_CRC\nUpper 8 bits: module number"]
[12160509,"RF-generator %1, CAN-ID %2: Timeout of the internal SPI communication","2019-11-11","'Beam on' not possible. The safety circuit remains open.","Software error or system control defective.","- Disconnect the 24-V supply and restart the system control\n- If the error state persists, exchange the system control","MPC causes SPI Timeout"]
[12160510,"RFG %1: The control panel detects a measuring range violation on the flow sensor.","2011-10-28","- 'Beam on' not possible. The safety circuit remains open.The RF generator switches off the RF power and opens the safety circuit.","- Flow sensor is defective. - The working range of the sensor is incorrectly configured. - Connection interrupted.","- Check the connection to the sensor. - If the error status persists, exchange the flow sensor.","It is checked whether the measuring range of the sensor type is being complied with. Either there is no signal present or the signal frequency is too high. It could be that the set working range was incorrectly configured or the sensor type is not correct."]
[12160511,"RF-generator %1, CAN-ID %2: 13.56 MHz carrier signal of the pulse signal is faulty","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off or cannot be switched on.","- Pulse signal is faulty\n- Terminal resistor is not plugged in correctly.\n- The pulse signal cable is not plugged in or not plugged in correctly.\n- The pulse signal cable is defective.","- Check the routing of the pulse signal cable (complete transfer route).\n- Check the plug of the pulse signal cable for correct fit.\n- Check terminal resistor, with several generators per laser this is attached at the end of the transfer route.",""]
[12160512,"RFG %1: At least one generator module could not be switched on.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","- One or more modules could not be reset.","- Switch the system on again.",""]
[12160514,"RFG %1: At least one generator module could not be switched on.","2015-05-04","'Beam on' not possible. The safety circuit remains open.","- One or more modules could not be reset.","- Switch the system on again.",""]
[12160515,"RFG %1: software versions of the components do not match.","2018-11-14","Incorrect software version of a component.","Internal generator error.","- Carry out software update again\n- Contact the Service department.","- Possibly another update of the generator software."]
[12160550,"RFG %1: The actual power PI has exceeded the warning threshold of %3. Trigger: Module with CAN nodes ID %2.","2010-09-30","The generator shuts down the power and switches to safe status.","The power PI has exceeded the maximum value. This is possibly the result of an incorrect power adaptation.","- Check the power adaptation- Check the HVPS voltage",""]
[12160551,"RFG %1: The reflected power PR has exceeded the alarm threshold of %3. Trigger: Module with CAN nodes ID %2.","2010-09-30","The generator shuts down the power and switches to safe status.","The reflected power PR has exceeded the maximum value. This is possibly the result of an incorrect power adaptation.","- Check the power adaptation- Check the auxiliary ignition",""]
[12160552,"RF-generator %1, CAN-ID %2: Absorber_1 has exceeded the alarm threshold, cut-off value %3 W (prefl.)","2019-11-11","The generator shuts down the power and switches to safe status.","Absorber_1 has exceeded the maximum value. This is possibly due to an incorrect power adaptation.","- Check the power adaptation.",""]
[12160553,"RFG %1: The FPGA has detected an error: System with CAN node ID %2.","2010-09-30","The generator shuts down the power and switches to safe status.","The FPGA has detected an error, perhaps an RF connector or pulse error","- Check the construction (power output, pulse input, ...) and additional error messages.",""]
[12160554,"RF-generator %1, CAN-ID %2: The RF connector is not plugged in.","2019-11-11","The generator shuts down the power and switches to safe status.","The RF connector is not plugged in","- Check the RF connector and/or the power output","The FPGA has detected an error."]
[12160555,"RF-generator %1 CAN-ID %2: The external pulse is faulty.","2019-11-11","The generator shuts down the power and switches to safe status.","The external pulse is faulty.","- Check the external system pulse input","The FPGA has detected an error."]
[12160556,"RFG %1: A perform. discrepancy has arisen between HVPS A and B has exceeded the alarm thresh. (> xx deciV), shut-off value %3 [deciV] Trigger: Sys. with CAN node ID %2.","2010-09-30","The generator shuts down the power and switches to safe status.","Performance discrepancy between HVPS A and B has exceeded the maximum value.","- Software update",""]
[12160580,"RFG %1: system DSP initialization error","2014-05-12","RF generator cannot be switched on.","Initialization error","- Replace control panel.",""]
[12160601,"RFG %1: Calibration data faulty. The generator module with the CAN ID no. %2 does not start.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","The generator module control has detected overlapping phase settings.","- Exchange the generator module.",""]
[12160602,"RF-generator %1, CAN-ID %2: DC voltage can not be switched on. Info %3","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","If info = 7:\n- Power contactors do not switch on (several modules bring the message simultaneously)\n- 400-V supply plug not correctly plugged in.\n- Fuses in the power supply are defective\n- If available, AS-i safety monitor can block the switch on.\n- Generator module is defective.\n-------------------------------------------------\n- For other additional info:\n- Power contactors switch off again during module start-up\n- Generator module is defective.","Check whether alarms from other components open the interlock circuit during system start-up and therefore switch off the power contactors.\n- Check the 400-V supply path\n- Check the power contactors and fuses\n- If available, check the AS-i safety monitor.\n- Exchange the generator module","Info:\n0: 800 V cannot be connected,\n1: 6 V cannot be connected,\n2: 300 V channel A cannot be connected,\n3: 300 V channel B cannot be connected,\n4: Channel A/B OFF not possible,\n5: 6 V OFF not possible,\n6: 800 V OFF not possible,\n7: AC-supply voltage cannot be connected,"]
[12160603,"RFG %1: Phase or duty cycle values could not be read","2011-10-28","'Beam on' not possible.The safety circuit remains open.","- Faulty file system on the EEPROM memory","- Exchange the generator module.",""]
[12160604,"RFG %1: Defect in the control hardware.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Faulty connection to the interface modules- Faulty interface modules","- Exchange the generator module.",""]
[12160605,"RFG %1: Error in the DC power pack, DC voltage %2 cannot be connected'","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Failure of the DC power supply unit","- Exchange the generator module.","The additional parameter specifies:1 - Channels A and B are off, although no RF off was sent (RF on from HF11 control panel) 2 - Channels A and B are off although no RF off was sent (RF on not from HF11 control panel)"]
[12160606,"RF-generator %1, CAN-ID %2: System port connection faulty or interrupted, info %3","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The system port cable is not plugged in or not plugged in correctly.\n- A system port cable is defective.\nA generator module has failed.\n- The system control is defective.","- Check the plug connections of the system port cable.\n- Replace the system port cable.\n- Check the power supply of the generator modules.\n- Replace generator module.\n- Replace system control.","Info:\n4 KT_SYSPORT_MOD_ERR_PLUG_CONSISTENCY\n1 KT_SYSPORT_MOD_ERR_CS\n2 KT_SYSPORT_MOD_ERR_PLUG_CHECK\n3 KT_SYSPORT_MOD_ERR_LINE"]
[12160607,"RF-generator %1, CAN-ID %2: Timeout of the SystemPort communication. Info %3","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- The system port cable is not plugged in or not plugged in correctly.\n- A system port cable is defective.\nA generator module has failed.\n- The system control is defective.","- Check the plug connections of the system port cable.\n- Replace the system port cable.\n- Check the power supply of the generator modules.\n- Replace generator module.\n- Replace system control.","Info is always 0."]
[12160610,"RF-generator %1: The Profibus connection is interrupted","2019-11-11","'Beam on' not possible. The safety circuit remains open. Configuration file can not be transferred.","- Profibus cable not plugged in or defective\n- Incorrect switch setting at the Profibus plug (terminal resistor)\n- TASC control is not on\n- System control is defective","- Check the plug connections of the Profibus cable\n- Replace Profibus cable\n- Check the switch setting on the Profibus plug\n- Check function of the TASC control\n- Replace system control",""]
[12160611,"RFG %1: The efficiency (ETA_1) has fallen below the alarm threshold of %3. Trigger: Generator module with CAN ID no. %2.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Failure of the RF output stage","- If the error status persists, exchange the generator module.","The efficiency of a 6 kW channel is continuously calculated.An implausible efficiency which is too low was determined."]
[12160612,"RFG %1: The efficiency (ETA_1) has exceeded the alarm threshold of %3. Trigger: Generator module with CAN ID no. %2.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Defect in the RF power measurement. Failure of the RF output stage.","- If the error status persists, exchange the generator module.","The efficiency of a 6 kW channel is continuously calculated.An implausible efficiency which is too high was determined."]
[12160613,"RFG %1: The efficiency (ETA_2) has fallen below the alarm threshold of %3. Trigger: Generator module with CAN ID no. %2.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Failure of the RF output stage","- If the error status persists, exchange the generator module.","The efficiency of a 6 kW channel is continuously calculated.An implausible efficiency which is too low was determined."]
[12160614,"RFG %1: The efficiency (ETA_2) has exceeded the alarm threshold of %3. Trigger: Generator module with CAN ID no. %2.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Defect in the RF power measurement. Failure of the RF output stage.","- If the error status persists, exchange the generator module.","The efficiency of a 6 kW channel is continuously calculated.An implausible efficiency which is too high was determined."]
[12160615,"RFG %1: The DC load (DC_Load_1) has fallen below the alarm threshold of %3. Trigger: Generator module with CAN ID no. %2.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Failure of the RF output stage","- If the error status persists, exchange the generator module.","The internal resistance of the power pack of a 6 kW channel is continuously calculated from the load conditions. An implausible resistance which is too low was determined."]
[12160616,"RFG %1: The DC load (DC_Load_1) has exceeded the alarm threshold of %3. Trigger: Generator module with CAN ID no. %2.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Failure of the RF output stage","- If the error status persists, exchange the generator module.","The internal resistance of the power pack of a 6 kW channel is continuously calculated from the load conditions. An implausible resistance which is too high was determined."]
[12160617,"RFG %1: The DC load (DC_Load_2) has fallen below the alarm threshold of %3. Trigger: Generator module with CAN ID no. %2.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Failure of the RF output stage","- If the error status persists, exchange the generator module.","The internal resistance of the power pack of a 6 kW channel is continuously calculated from the load conditions. An implausible resistance which is too low was determined."]
[12160618,"RFG %1: The DC load (DC_Load_2) has exceeded the alarm threshold of %3. Trigger: Generator module with CAN ID no. %2.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Failure of the RF output stage","- If the error status persists, exchange the generator module.","The internal resistance of the power pack of a 6 kW channel is continuously calculated from the load conditions. An implausible resistance which is too high was determined."]
[12160620,"RFG %1: Safety shutdown. Plausibility violation between the power behavior and efficiency on channel 1. Trigger: Generator module with CAN ID %2.","2018-11-14","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Incorrect power adaptation \n - Defect in the RF output stage\n- HVPS does not provide sufficient DC power","- Visually check the match between the laser and the generator.\n- Check the power supply fuse (semiconductor fuses) in the generator.\n- If the error status persists, replace the generator module.","The plausibility condition is: \n6200W Pi > 1800W.\nETA < 0.75.\nRDC is not between 0.7 and 12.\nShutdown occurs after 100 ms."]
[12160621,"RFG %1: Safety shutdown. Plausibility violation between the power behavior and efficiency on channel 2. Trigger: Generator module with CAN ID %2.","2018-11-14","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Incorrect power adaptation.\n- Error in the RF output stage.\n- HVPS does not supply sufficient DC power.","- Visually check the match between the laser and the generator.\n- Check the power supply fuse (semiconductor fuses) in the generator.\n- If the error status persists, replace the generator module.","The plausibility condition is: \n6200W > Pi 1800W\nETA < 0.75\nRDC is not between 0.7 and 12.\nShutdown occurs after 100 ms."]
[12160622,"RFG %1: Safety shutdown. Plausibility violation between the power behavior and efficiency on channel 1. Trigger: Generator module with CAN ID %2.","2018-11-14","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Incorrect power adaptation.\n- Error in the RF output stage.\n- HVPS does not supply sufficient DC power.","- Visually check the match between the laser and the generator\n- Check the power supply fuse (semiconductor fuses) in the generator\n- If the error state persists, replace the generator module","The plausibility condition is: \n6200W > > 0W.\nETA < 0.75.\nRDC is not between 6 and 15.\nShutdown occurs after 100 ms."]
[12160623,"RFG %1: Safety shutdown. Plausibility violation between the power behavior and efficiency on channel 2. Trigger: Generator module with CAN ID %2.","2018-11-14","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Incorrect power adaptation.\n- Error in the RF output stage.\n- HVPS does not supply sufficient DC power.","- Visually check the match between the laser and the generator.\n- Check the power supply fuse (semiconductor fuses) in the generator.\n- If the error status persists, replace the generator module","The plausibility condition is: 6200W > Pi > 0W.\nETA < 0.75.\nRDC is not between 6 and 15.\nShutdown occurs after 5 ms."]
[12160624,"RFG %1: Safety shutdown. Plausibility violation between the power behavior and efficiency on channel 1. Trigger: Generator module with CAN ID %2.","2018-11-14","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Incorrect power adaptation.\n- Error in the RF output stage.\n- HVPS does not supply sufficient DC power.","- Visually check the match between the laser and the generator\n- Check the power supply fuse (semiconductor fuses) in the generator\n- If the error state persists, replace the generator module","The plausibility condition is: 6200W > Pi > 0W.\nETA > 0.98.\nShutdown occurs after 50 ms"]
[12160625,"RFG %1: Safety shutdown. Plausibility violation between the power behavior and efficiency on channel 2. Trigger: Generator module with CAN ID %2.","2018-11-14","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Incorrect power adaptation.\n- Error in the RF output stage\n- HVPS does not supply sufficient DC power.","- Visually check the match between the laser and the generator\n- Check the power supply fuse (semiconductor fuses) in the generator\n- If the error state persists, replace the generator module","The plausibility condition is: \n6200W Pi > 0W.\nETA > 0.98.\nShutdown occurs after 50 ms."]
[12160626,"RFG %1: Safety shutdown. Plausibility violation between the power behavior and efficiency on channel 1. Trigger: Generator module with CAN ID %2.","2018-11-14","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Incorrect power adaptation.\n- Error in the RF output stage.\n- HVPS does not supply sufficient DC power.","- Visually check the match between the laser and the generator\n- Check the power supply fuse (semiconductor fuses) in the generator\n- If the error state persists, replace the generator module","The plausibility condition is: \n6200W > Pi > 1800W.\nETA is outside of 0.7 to 0.95.\nShutdown occurs after 30 ms."]
[12160627,"RFG %1: Safety shutdown. Plausibility violation between the power behavior and efficiency on channel 2. Trigger: Generator module with CAN ID %2.","2018-11-14","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Incorrect power adaptation.\n- Error in the RF output stage.\n- HVPS does not supply sufficient DC power.","- Visually check the match between the laser and the generator.\n- Check the power supply fuse (semiconductor fuses) in the generator.\n- If the error status persists, replace the generator module.","The plausibility condition is: \n6200W > Pi > 1800W.\nETA is outside of 0.7 to 0.95.\nShutdown occurs after 30 ms."]
[12160628,"RF-generator %1, CAN-ID %2: Nominal value Pi1 not reached.","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Unfavorable pulse mode changes.\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module.","- If the fault persists, replace the generator module.",""]
[12160629,"RF-generator %1, CAN-ID %2: Nominal value Pi2 not reached","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Unfavorable pulse mode changes.\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module.","- If the fault persists, replace the generator module.","The diagnostics option of the PC service tool can be utilized. Use the data logging options (see service instructions)"]
[12160630,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- HVPS does not supply sufficient DC power","- Check HVPS\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","Starting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160631,"RF-generator %1, CAN-ID %2: Gate power supply switch-on error, info %3","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- Dips on the 400-V supply voltage\n- Module-internal defect","400-V power contactors have dropped out immediately after switching on again.\n- If the fault persists, replace the generator module.",""]
[12160632,"RF-generator %1, CAN-ID %2: Gate power supply switch-off error, info %3","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- Dips on the 400-V supply voltage\n- Module-internal defect","- Check the 400-V supply\n- If the fault persists, replace the generator module.",""]
[12160633,"RF-generator %1, CAN-ID %2: Working temperature of the RF detector is too low.","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Preheating time was not sufficient\n- Heating is defective","- Check RF detector\n- If this status persists, swap out the generator module","The drive temperature is still < 40° C"]
[12160634,"RF-generator %2, CAN-ID %2: Working temperature of the RF detector too high.","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Heating control defective","- Check RF detector\n- If this status persists, swap out the generator module","The working temperature is > 70°C"]
[12160635,"RF-generator %1, CAN-ID %2: Line voltage error / line voltage dip, Info %3","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Dips on the power supply voltage\n- Defective fuse in the power supply\n- Defective power contactor\n- Poor transition contact in the power supply branch.","- Check 400-V supply voltage.\n- Check power fuses.\n- Check 400-V supply branch.","Voltage dip detected according to the SEMI F47 directive"]
[12160636,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- HVPS has exceeded its voltage limit and shut down.","- Restart the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","The upper limit of the 800 V threshold was exceeded.\n\nStarting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160637,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- HVPS has fallen below its voltage limit and shut down","- Restart the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","The lower limit of the 800 V threshold was exceeded.\nStarting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160638,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- It was detected that the limit temperature on the heat sink has been exceeded.","- Restart the generator.\n- If the error continues, replace the generator module.","Temperature sensor 1 has detected that the maximum temperature has been exceeded and has triggered a safety shutdown."]
[12160639,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID no. %2.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- It was detected that the limit temperature on the heat sink has been exceeded.","- Restart generator.- Replace generator module if error persists.","Temperature sensor 2 has detected that the maximum temperature has been exceeded and has triggered a safety shutdown."]
[12160640,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID no. %2.","2013-02-22","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- It was detected that the limit temperature on the heat sink has been exceeded.","- Restart the generator. \n- If the error continues, replace the generator module.","Temperature sensor 3 has detected that the maximum temperature has been exceeded and has triggered a safety shutdown."]
[12160641,"RF-generator %1, CAN-ID %2: DC voltage U1 is too high, info %3","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Mismatch at RF output\n- Unfavorable pulse mode changes\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module","- Check RF matching at the laser\n- Check the pulse signal line TASC/generator\n- Check the pulse input of the TASC\n- If the problem also occurs in CW operation when the laser is correctly matched -> replace generator module","The info value divided by 100 gives the DC voltage in V."]
[12160642,"RF-generator %1, CAN-ID %2: DC voltage U2 is too high, info %3","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Mismatch at RF output\n- Unfavorable pulse mode changes\n- Individual short pulses were requested (possible disturbances on pulse signal line).\n- Defect in the module","- Check RF matching at the laser\n- Check the pulse signal line TASC/generator\n- Check the pulse input of the TASC\n- If the problem also occurs in CW operation when the laser is correctly matched -> replace generator module","The info value divided by 100 gives the DC voltage in V."]
[12160643,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- HVPS has exceeded its current limit on channel A and shut down.","- Restart the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","The upper limit of the DC current monitor on channel A has been exceeded.\nStarting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160644,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- HVPS has exceeded its current limit on channel B and shut down.","- Restart the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","The upper limit of the DC current monitor on channel B has been exceeded.\nStarting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160645,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- HVPS has exceeded its power limit on channel A and shut down.","- Restart the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","Starting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160646,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- HVPS has exceeded its power limit on channel B and shut down.","- Restart the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","Starting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160647,"RF-generator %1, CAN-ID %2: AC undervoltage, info %3","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- 400-V supply voltage has failed \n- Dips on the power supply voltage\n- Defective fuse in the power supply\n- Defective power contactor\n- Poor transition contact in the power supply branch.","- Check power fuses\n- Check laser for further error messages\n- Check 400-V supply branch\n- If the fault persists, replace the generator module","The rectified input voltage in V is displayed as info."]
[12160648,"RFG %1: DC error was detected. Trigger: Generator module with CAN ID %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- HVPS has detected that the Uac voltage has been exceeded and shut down.","- Restart the generator.\n- If the error continues, replace the generator module.",""]
[12160649,"RF-generator %1, CAN-ID %2: The 800-V intermediate circuit voltage can not be switched on. Info %3 V","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- AC power supply is switched off again during module start-up.\n- Defective fuse in the power supply.\n- Poor transition contact in the power supply branch.\n- Defect in the module","- Check power fuses\n- Check laser for further error messages\n- Check 400-V supply branch\n- If the fault persists, replace the generator module","The 800-V intermediate circuit voltage is displayed as V as info."]
[12160650,"RFG %1: Mains voltage error in DC power pack was detected. Trigger: Generator module with CAN ID no. %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Voltage dips on Uac supply were detected and shut down.","- Check the power supply.\n- Check mains fuse.",""]
[12160651,"RF-generator %1, CAN-ID %2: Line voltage error","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Dips on the power supply voltage\n- Defective fuse in the power supply\n- Defective power contactor\n- Poor transition contact in the power supply branch.","- Check/stabilize 400-V supply voltage\n- Check power fuses\n- Check the 400-V supply branch (contactors, clamps, plugs etc.)",""]
[12160652,"RFG %1: Load exceeded on DC power pack was detected. Trigger: Generator module with CAN ID no. %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Excessively high load current on power pack detected on channel A.","- Restart the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","Starting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160653,"RFG %1: Load exceeded on DC power pack was detected. Trigger: Generator module with CAN ID no. %2.","2015-11-18","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Excessively high load current on power pack detected on channel B","- Restart the generator.\nStarting from generator software V11.00.11.31:\n- Be sure to check the red LED at the RF module. If the red LED flashes with short pauses at a cycle of 900 ms 'on' to 100 ms 'off,' then the reporting RF module defective and must be replaced.","Starting from generator software V11.00.11.31, the red LED shows two error states by different flashing frequencies:\n1) Short flashes at a cycle of 100 ms 'on' to 900 ms 'off': the module is not defective; please check for other causes.\n2) Flashing with short pauses at a cycle of 900 ms 'on' to 100 ms 'off': the RF module has detected a hardware defective. Please have the RF module replaced."]
[12160654,"RFG %1: Control with CAN ID %2 has detected invalid firmware.","2013-02-22","Control panel cannot start the SystemCAN.\n'Beam on' not possible.The safety circuit remains open.","- Faulty software update\n- Control defective\n- Control remains in bootloader mode","- Repeat software update\n- If the error persists, exchange the generator module/control panel","Distinction of control panel, generator module via CAN ID \nSystemMPC 1\nSystemDSP 2\nModuleDSP 10 – 17"]
[12160655,"RF-generator %1, CAN-ID %2: Temperature sensor %3 defective.","2019-11-11","If there are at least two defective sensors in a module, the RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- Temperature sensor in the module defective","Swap out the generator module at the next opportunity.",""]
[12160656,"RF-generator %1, CAN-ID %2: Fan E1 defective.","2019-11-11","If there are at least two defective fans in a module, the RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","Fan E1 defective.","Replace fan E1 in the module with the displayed CAN-ID at the next opportunity.",""]
[12160657,"RF-generator %1, CAN-ID %2: Fan E2 defective.","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","Fan E2 defective.","Replace fan E2 in the module with the displayed CAN-ID.",""]
[12160658,"RF-generator %1, CAN-ID %2: Fan E3 defective.","2019-11-11","If there are at least two defective fans in a module, the RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","Fan E3 defective.","Replace fan E3 in the module with the displayed CAN-ID at the next opportunity.",""]
[12160659,"RF-generator %1, CAN-ID %2: Fan E4 defective.","2019-11-11","If there are at least two defective fans in a module, the RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","Fan E4 defective.","Replace fan E4 in the module with the displayed CAN-ID at the next opportunity.",""]
[12160660,"RFG %1: Invalid HF detector calibration data. Trigger: Generator module with CAN ID no. %2.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","- Faulty calibration data in the module","- Restart generator.- Replace generator module if error persists.",""]
[12160661,"RF-generator %1, CAN-ID %2: Intermediate circuit voltage falls below input voltage.","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","- Dips on the power supply voltage\n- Defective fuse in the power supply\n- Defective power contactor\n- Poor transition contact in the power supply branch","- Check the power supply voltage\n- Check power fuses\n- Check the power supply branch",""]
[12160662,"RFG %1: software versions of the components do not match.","2018-11-14","Incorrect software version of a component.","Internal generator error.","- Carry out software update again\n- Contact the Service department.","- Possibly another update of the generator software"]
[12160670,"RFG %1: Main supply on module with CAN ID no. %2 interrupted","2011-10-28","Power shutdown","- Contactor released","- Restart system",""]
[12160671,"RFG %1: Initialization error at module with CAN node ID %2","2015-05-04","The generator cannot be switched on","Initialization error.","Replace generator module.",""]
[12160675,"RF-generator %1, CAN-ID %2: Pr1 quick switch-off, Pr %3W","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- Faulty phase calibration\n- Defective combiner\n- Defective RF cable\n- Bad ignition behavior of the laser\n- Defective auxiliary ignition\n- Defective matchbox\n- RF sparkover in the resonator\n- Faulty RF matching","- Perform phase calibration\n- Check/replace combiners\n- Check RF cable\n- Check the auxiliary ignition\n- Check matchbox and RF matching\n- Check resonator for sparkovers\n- Check spacer rings for quartz tubes\n- Check laser gas (pressure, mix)\n- Carry out leak test / gas change",""]
[12160676,"RF-generator %1, CAN-ID %2: Pr2 quick switch-off, Pr %3W","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","- Faulty phase calibration\n- Defective combiner\n- Defective RF cable\n- Bad ignition behavior of the laser\n- Defective auxiliary ignition\n- Defective matchbox\n- RF sparkover in the resonator\n- Faulty RF matching","- Perform phase calibration\n- Check/replace combiners\n- Check RF cable\n- Check the auxiliary ignition\n- Check matchbox and RF matching\n- Check resonator for sparkovers\n- Check spacer rings for quartz tubes\n- Check laser gas (pressure, mix)\n- Carry out leak test / gas change",""]
[12160680,"RFG %1: Initialization error on module with CAN node ID %2","2014-05-12","RF generator cannot be switched on.","Initialization error","- Replace generator module.",""]
[12160702,"RFG %1: Control panel has detected a SystemCAN problem.","2011-10-28","No CANopen communication. CANopen telegrams are lost. Actual values are not transferred and error telegrams of the SystemCAN nodes are not processed.","- Error in the SystemCAN communication- CAN bus-off on SystemControl MPC","- If the error state persists, exchange the control panel- Reconfigure the SystemCAN","Check the configuration of the SystemCAN (see Service instructions)"]
[12160706,"RF-generator %1, CAN-ID %3: SystemCAN error. Communication break off during operation","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","A SystemCAN node has failed.","- Check generator modules (24-V ok)\n- Check the CAN bus terminal resistors.\n- Check the CAN bus cable and plug connections","Diagnostics data of this node is not transferred and error telegrams will not be processed."]
[12160707,"RFG %1: Error in the SystemCAN communication","2011-10-28","Received process data cannot be processed correctly.","System not correctly configured (incompatible software versions) PDO received on SystemControl MPC with invalid length","- Carry out a software update using the PC service tool.","(see Service instructions)"]
[12160708,"RF-generator %1, CAN-ID %3: SystemCAN error. Boot-up message during operation","2019-11-11","The laser beam is switched off. The RF-generator switches off the RF power and opens the safety circuit.","During operation, a BootUp message was received from the generator module.","- Restart system.\n- If the error state persists, replace the generator module.","During operation, a BootUp message was received from the generator module."]
[12160710,"RFG %1: Error in the SystemCAN communication","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Incorrect quantity of modules set. Generator software is not current","- Set the correct number of generator modules.- Carry out a software update using the PC service tool.","SystemCAN failed to read the network list on SystemControl"]
[12160711,"RFG %1: Error in the SystemCAN communication.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Incorrect quantity of modules set. Generator software is not current.","- Set the correct number of generator modules.- Carry out a software update using the PC service tool.","The SystemCAN master could not be correctly configured."]
[12160712,"RF-generator %1: SystemCAN error. Boot-up not possible.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","The SystemCAN network could not be booted.","- Check generator modules (24-V ok)\n- Check the CAN bus terminal resistors.\n- Check the CAN bus cable and plug connections.","The SystemCAN network could not be booted.\nCheck the configuration of the SystemCAN (see Service instructions)"]
[12160713,"RFG %1: Error in the SystemCAN communication.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","SystemCAN wiring faulty. Baud rate set incorrectly. Not all subscribers switch status as expected.","- Check the SystemCAN cable- Check whether all SystemCAN subscribers are connected. - Check the power supply of the affected CAN node.","The SystemCAN network couldn't be started. Check the configuration of the SystemCAN (see Service instructions)."]
[12160716,"RF-generator %1, CAN-ID %2: SystemCAN error. Bootloader is active on one module. Info %3","2019-11-11","'Beam on' not possible. The safety circuit remains open.","- A bootloader of a SystemCAN slave is active at the time of startup.\nSoftware update of the CAN node has failed.","- Carry out a software update using the PC service tool.","Additional info is always 0"]
[12160717,"RF-generator %1, CAN-ID %2: SystemCAN error. Node could not be found.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","A required SystemCAN node could not be found.","- Check the rotary switch positions (quantity modules, ID settings)\n- Check generator modules (24-V ok)\n- Check the CAN bus terminal resistors.\n- Check the CAN bus cable and plug connections",""]
[12160718,"RFG %1: Error in the SystemCAN communication, SystemCAN node %2. Expected value: %3.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Faulty configuration","- Carry out a software update using the PC service tool.\n- Check the configuration of the SystemCAN (see Service instructions).","Check of Device_Type of SystemCAN node failed"]
[12160719,"RFG %1: Error in the SystemCAN communication, SystemCAN node %2. Expected value: %3.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Faulty configuration","- Carry out a software update using the PC service tool.\n- Check the configuration of the SystemCAN (see Service instructions)","Check of the Device_Type_TE of SystemCAN node failed."]
[12160720,"RFG %1: Error in the SystemCAN communication, SystemCAN node %2. Expected value: %3.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Faulty configuration","- Carry out a software update using the PC service tool.\n- Check the configuration of the SystemCAN (see Service instructions).","Check of the Vendor_Identification of SystemCAN node failed."]
[12160721,"RFG %1: Error in the SystemCAN communication, SystemCAN node %2. Expected value: %3.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Faulty configuration","- Carry out a software update using the PC service tool- Check the configuration of the SystemCAN (see Service instructions)","Check of the Product_Code of SystemCAN node failed."]
[12160722,"RFG %1: Error in the SystemCAN communication, SystemCAN node %2. Expected value: %3.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Faulty configuration","- Carry out a software update using the PC service tool- Check the configuration of the SystemCAN (see Service instructions).","Check of the Revision_Number of SystemCAN node failed."]
[12160723,"RFG %1: Error in the SystemCAN communication, SystemCAN node %2. Expected value: %3.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Faulty configuration","- Carry out a software update using the PC service tool.\n- Check the configuration of the SystemCAN (see Service instructions).","Check of the Serial_Number of SystemCAN node failed."]
[12160724,"RFG %1: Error in the SystemCAN communication, SystemCAN node %2. Expected value: %3.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Faulty configuration","- Carry out a software update using the PC service tool.\n- Check the configuration of the SystemCAN (see Service instructions).","Software_Version of SystemCAN node failed."]
[12160733,"RFG %1: ModuleCAN failed to read the network list on SystemControl","2010-09-30","The ModuleCAN is not started.","Incorrect quantity of modules set. Generator software is not current","- Check number of power modules that has been set and correct the number if required.- Update the software",""]
[12160734,"RFG %1: The ModuleCAN Master could not be configured correctly.","2010-09-30","The ModuleCAN is not started.","Incorrect quantity of modules set. Generator software is not current","- Check number of power modules that has been set and correct the number if required.- Update the software",""]
[12160735,"RFG %1: The ModuleCAN network could not be booted up.","2010-09-30","The ModuleCAN is not started.","CAN bus wiring faulty. Baud rate set incorrectly.","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.- Check the power supply of the affected CAN node.",""]
[12160736,"RFG %1: The ModuleCAN network could not be started.","2010-09-30","The ModuleCAN is not started.","CANBus wiring faulty. Baud rate set incorrectly. Not all subscribers switch status as expected.","- Check the ModuleCAN cables- Check the ModuleCAN nodes numbers- Check the baud rates of the ModuleCAN nodes- Check the CAN bus terminal resistance- Check whether only the prescribed ModuleCAN subscribers are connected.- Check the power supply of the affected CAN node.",""]
[12160738,"RFG %1: A Bootloader of a ModuleCAN slave is active at the time of startup.","2010-09-30","One ModuleCAN subscriber could not start correctly.","Software update of the CAN node has failed.","- Update the software.",""]
[12160740,"RFG %1: Check of Device_Type by ModuleCAN node %2 failed. Expected value: %3.","2011-10-28","One ModuleCAN subscriber could not start correctly.","Faulty configuration","- Contact the responsible TRUMPF Service Department.",""]
[12160741,"RFG %1: Check of Device_Type_TE by ModuleCAN node %2 failed. Expected value: %3.","2011-10-28","One ModuleCAN subscriber could not start correctly.","Faulty configuration","- Contact the responsible TRUMPF Service Department.",""]
[12160742,"RFG %1: Check of Vendor_Identification by ModuleCAN node %2 failed. Expected value: %3.","2011-10-28","One ModuleCAN subscriber could not start correctly.","Faulty configuration","- Contact the responsible TRUMPF Service Department.",""]
[12160743,"RFG %1: Check of Product_Code by ModuleCAN node %2 failed. Expected value: %3.","2011-10-28","One ModuleCAN subscriber could not start correctly.","Faulty configuration","- Contact the responsible TRUMPF Service Department.",""]
[12160744,"RFG %1: Check of Revision_Number by ModuleCAN node %2 failed. Expected value: %3.","2011-10-28","One ModuleCAN subscriber could not start correctly.","Faulty configuration","- Contact the responsible TRUMPF Service Department.",""]
[12160745,"RFG %1: Check of Serial_Number by ModuleCAN node %2 failed. Expected value: %3.","2011-10-28","One ModuleCAN subscriber could not start correctly.","Faulty configuration","- Contact the responsible TRUMPF Service Department.",""]
[12160746,"RFG %1: Check of Software_Version by ModuleCAN node %2 failed. Expected value: %3.","2011-10-28","One ModuleCAN subscriber could not start correctly.","Faulty configuration","- Contact the responsible TRUMPF Service Department.",""]
[12160748,"RF-generator %1: System control has detected a SystemCAN problem. Rotary switch for baud rate is at %3","2019-11-11","The SystemCAN Master is started with the standard baud rate (500 kBaud).","- Problems in the SystemCAN communication","- Check the plug and rotary switch at the rear wall","_ SystemCAN setting of the baud rate is wrong, default value will be used)"]
[12161100,"RFG %1: Error during software update","2011-10-28","Software update cannot be continued.","Problems during the transfer of the file","Try transferring the file again. Try transferring the file at a lower baud rate.","File transfer for the software update failed."]
[12161101,"RFG %1: Error during software update","2011-10-28","Software update interrupted","The user has aborted the software update.","","Software update aborted"]
[12161102,"RFG %1: Error during software update","2011-10-28","Software update interrupted","A faulty file was transferred for the software update.","Abort the software update and repeat it with a valid software package.","Software package cannot be unpacked."]
[12161103,"RFG %1: Error during software update","2011-10-28","Software update interrupted","A faulty file was transferred for the software update.","Abort the software update and repeat it with a valid software package.","SystemMPC cannot analyze the software package."]
[12161105,"RFG %1: Error during software update","2011-10-28","Software update interrupted","The file transferred to the system for the software update does not match the system.","Abort the software update and repeat it with a valid software package.","The software package does not match the generator."]
[12161106,"RFG %1: Error on component %3 during software update","2011-10-28","Software update cannot be continued.","The CAN node does not respond as expected.","- If the error status persists, exchange the generator module.","The bootloader cannot be started."]
[12161107,"RFG %1: Error on component %3 during software update","2011-10-28","Software update cannot be continued.","The CAN node does not respond as expected.","- If the error status persists, exchange the generator module.","Error during preparation of the software update (e.g. while clearing the Flash)"]
[12161108,"RFG %1: Error on component %3 during software update","2011-10-28","Software update cannot be continued.","The CAN node does not respond as expected.","- If the error status persists, exchange the generator module.","Error during software update"]
[12161109,"RFG %1: Error on component %3 during software update","2011-10-28","Software update cannot be continued.","The CAN node does not respond as expected.","- If the error status persists, exchange the generator module.","The software cannot be started after the update."]
[12161110,"RF-generator %1: SoftwareUpdate is completed. Restart system.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","The software update was completed successfully. The system must be restarted.","Restart the system.","Info is always 0."]
[12161111,"RFG %1: Control panel signals: RescueSystem on the SystemMPC is active.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","The 'Rescue button' for the SystemControl MPC was actuated during the booting sequence.","- Restart the system (without actuating the 'Rescue button').If the error status persists, exchange the control panel.",""]
[12161112,"RF-generator %1, CAN-ID %2 is ready for an software update","2019-11-11","'Beam on' not possible. The safety circuit remains open.","Module was put into bootloader mode by the software update.","No intervention required; system should automatically update the software.","The message appears during the software update or when writing the calibration data at TE in production."]
[12161113,"RFG %1: Error during software update","2011-10-28","Software update cannot be continued.","Invalid file for the software update","- Retry the software update with a valid file.","One of the files for the software update is invalid or is missing."]
[12161114,"RFG %1: Error during software update","2011-10-28","Software update cannot be continued.","Incomplete xml file for the software update","- Retry the software update with a complete file.","It could be that the XML file in the update package is faulty."]
[12161115,"RFG %1: Error during software update","2011-10-28","Software update is completed.","No component found for updating.","Restart the generator.","Software update: System/module has not found any components to update."]
[12161116,"RF-generator %1, CAN-ID %2: Error during software update in step %3","2019-11-11","'Beam on' not possible. The safety circuit remains open.","Software update was not successful","Restart the generator and restart the software update.","The message should be viewed by a TE software developer. Step number indicates the step that failed and not the component."]
[12161117,"RFG %1: Error during software update on component %3","2011-10-28","Software update cannot be continued.","The component is unreachable!","Restart the generator.","An invalid download format was detected."]
[12161119,"RF-generator %1: Error during software update","2019-11-11","Software update cannot be continued.","","Restart the generator.",""]
[12161120,"RF-generator %1: Error during software update","2019-11-11","Software update cannot be continued.","","Restart the generator.",""]
[12161302,"RF-generator %1: SystemControl start-up faulty.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","Faulty software","- Carry out a software update using the PC service tool","Not all of the required parameters could be initialized."]
[12161303,"RFG %1: SystemControl start-up faulty.","2011-10-28","Warning threshold exceeded","Faulty software","- Carry out a software update using the PC service tool.","A parameter was not set correctly to its default value."]
[12161304,"RFG %1: SystemControl start-up faulty.","2011-10-28","Warning threshold exceeded","Faulty software","- Carry out a software update using the PC service tool.","A parameter was not set correctly to its default value."]
[12161308,"RFG %1: SystemControl start-up faulty.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","Software in the SystemControl MPC and the main board do not match one another.","If the error status persists, exchange the control panel.","The DeviceID in the Flash of the SystemControl MPC differs from the DeviceID in the ID EEPROM."]
[12161309,"RFG %1: Control panel: Software watchdog signals a timeout for component %3.","2011-10-28","The system is shut down immediately and restarted.","Excessive system load.","- Carry out a software update using the PC service tool.","SystemControl MPC has been reset. Parameters which were written in the last seconds may be lost."]
[12161312,"RFG %1: SystemControl start-up faulty.Initialization of remoteParameter %3","2011-10-28","Warning threshold exceeded","Error in the CANopen communication","If the error status persists, exchange the control panel.","Error during initialization of remoteParameter on SystemControl MPC"]
[12161400,"RFG %1: SystemControl start-up faulty.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","The file system of the SystemControl MPC is available via NFS. The application does not run from the FLASH.","Restart the system.","The application does not run from the FLASH."]
[12161500,"RFG %1: The number of generator modules was incorrectly configured. The current configuration is %3.","2011-10-28","'Beam on' not possible.The safety circuit remains open.","- The number of generator modules is incorrectly figured on the control panel.","- Set the number of modules correctly on the rotary switch on the control panel.","Check the setting of the generator type on the LP04."]
[12161501,"RF-generator %1: System MPC collective error, info %3.","2019-11-11","The RF-generator switches off the RF power and opens the safety circuit. The laser beam is switched off.","Control-internal error","Observe further error messages of the module with high priority.",""]
[12161502,"RF-generator %1: Invalid generator type. The received generator type is %3","2019-11-11","'Beam on' not possible. The safety circuit remains open.","- The TASC control transfers the MDF file of another generator.\n- It could be that the wrong type of generator was configured","- Configure the correct generator type via the laser operation.",""]
[12161503,"RF-generator %1: System control: configuration error. Deviating number of modules (%3)","2019-11-11","'Beam on' not possible. The safety circuit remains open.","- Invalid MDF file.","- Check the configuration setting for the generator type by means of the laser operation.\n- Set the right generator type on the laser operation.",""]
[12161504,"RFG %1: Generator module with CAN ID no. %2 detects a memory error.","2011-10-28","The laser beam is switched off. The RF generator switches off the RF power and opens the safety circuit.","- Too many different error sources have reported alarms or warnings.","- Carry out a software update using the PC service tool.","The internal error memory is overflowing."]
[12161505,"RF-generator %1: Maintenance mode is active.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","- Software update was just started.","- Wait until the software update is complete.",""]
[12161506,"RF-generator %1: System control: configuration error, expected MDF version %3","2019-11-11","'Beam on' not possible. The safety circuit remains open.","- MDF file with incorrect version number.","- Use matching MDF file. Perform software update in the TASC laser control.","An MDF version which does not match was delivered by the TASC control."]
[12161507,"RFG %1: The DeviceID in the Flash of the SystemControl MPC differs from the DeviceID in the frontboard ID EEPROM.","2010-09-30","The generator shuts down the power and switches to safe status.","Software in the SystemControl MPC and the frontboard do not match one another.","Check the hardware setup. Contact the responsible TRUMPF Service Department in order to check the system setup.",""]
[12345130,"Energy-saving mode active. The turbine works at reduced RPM (04B0) (12B0)","2008-06-06","Beam enable is cancelled","","The energy-saving mode can be switched off by means of machine data 134 = 0.\nThe turbine then remains independent of the activation of the machines at nominal RPM.","The machine control switches the resonator over to energy-saving mode when the laser is not used for longer periods.\n(Profibus Byte 99, Bit 0)"]
[12345671,"Sliding door not closed","2006-02-10","Feed hold","- Sliding door open","Closing the sliding door",""]
[12345678,"PLAUSIBILITY: EMERGENCY STOP, the hydraulic system low pressure is too low","2007-10-12","The machine is switched off.","1. The hydraulic motor is defective.\n2. Leakage in the hydraulic system.\n3. The low pressure sensor is defective.","- Contact TRUMPF Technical Customer Service.\n\nCustomer Service:\nFor 1:\n- Check the hydraulic motor for proper function\n\nFor 2:\n- Check the hydraulic system for leakages.\n\nFor 3:\n- Check the low pressure switch for proper function",""]
[12360715,"RFG %1: SystemCAN error telegram invalid. ErrorEvent %3 from generator module with CAN ID no. %2.","2011-10-28","Error telegram cannot be interpreted.","Incompatible software versions","- Carry out a software update using the PC service tool.","CAN error telegram received with ErrorEvent. (see Service instructions)"]
[12360737,"RFG %1: Receive ModuleCAN error telegram with ErrorEvent %3. Trigger: Module with CAN nodes ID %2.","2010-09-30","Depends on the error telegram received.","Depends on the error telegram received.","Depends on the error telegram received.",""]
[12361001,"RFG %1: The fan service life is > 45000 hours.","2010-09-30","None","","Replace bower and reset service life counter for the fan.",""]
[12361100,"RFG %1: Error during the file transfer for the software update.","2010-01-11","Software update cannot be continued.","Problems during the transfer of the file","Try again to transfer the file. Try transferring the file at a lower baud rate.",""]
[12361101,"RFG %1: Software update aborted.","2010-01-11","Software update cannot be continued.","The user has aborted the software update.","none",""]
[12361102,"RFG %1: Software package cannot be unpacked.","2010-01-11","Software update cannot be continued.","A faulty file was transferred for the software update.","Abort the software update and attempt it once again (with a valid Update file)",""]
[12361103,"RFG %1: SystemMPC cannot analyze the software package.","2010-01-11","Software update cannot be continued.","A faulty file was transferred for the software update.","Abort the software update and attempt it once again (with a valid Update file)",""]
[12361104,"RF-generator %1: Software downgrade was detected.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","An old integration level for the software update was transferred. More current components were already in the system.","Check whether an older software version was intentionally installed.",""]
[12361105,"RFG %1: The software package does not match the generator.","2010-01-11","Software update cannot be continued.","The file transferred to the system for the software update does not match the system.","Abort the software update and try it again (with a valid Update file)",""]
[12361106,"RFG %1: The bootloader for component %3 cannot be started.","2018-11-14","Software update cannot be continued.","The CAN node does not respond as expected.","- Check the SystemCAN cables.\n- Check the SystemCAN node numbers.\n- Check the baud rates of the SystemCAN nodes.\n- Check the CAN bus terminal resistors.\n- Check whether only the specified SystemCAN participants are connected.",""]
[12361107,"RF generator %1: Error during the preparation of the software update (e.g. when the flash memory was deleted)","2019-09-16","Software update cannot be continued.","The CAN node does not respond as expected.","- Check the SystemCAN cables.\n- Check the SystemCAN node numbers.\n- Check the baud rates of the SystemCAN nodes.\n- Check the CAN bus terminal resistors.\n- Check whether only the specified SystemCAN participants are connected.",""]
[12361108,"HFG %1: Error while updating the software","2019-09-16","Software update cannot be continued.","The CAN node does not respond as expected.","- Check the SystemCAN cables,\n- Check the SystemCAN node numbers,\n- Check the baud rates of the SystemCAN nodes,\n- Check the CAN bus terminal resistors\n- Check whether only the specified SystemCAN participants are connected.",""]
[12361109,"HFG %1: The software for component %3 cannot be started following the update.","2019-09-16","Software update cannot be continued.","The CAN node does not respond as expected.","- Check the SystemCAN cables,\n- Check the SystemCAN node numbers,\n- Check the baud rates of the SystemCAN nodes,\n- Check the CAN bus terminal resistors,\n- Check whether only the specified SystemCAN participants are connected.",""]
[12361110,"RF-generator %1: Software update is completed. Please restart the system.","2019-11-11","'Beam on' not possible. The safety circuit remains open.","The software update was completed successfully. The system must be restarted.","Restart the system.","Info is always 0"]
[12361113,"RF-generator %1: One of the files for the software update is invalid or missing.","2019-11-11","Software update cannot be continued.","Invalid file for the software update","- Repeat the software update.\n- Update with a current file.",""]
[12361323,"RFG %1: An attempt to access parameters via interface %3 failed.","2011-10-28","Either one of the parameters displayed is still out-of-date or a write access did not function and an old parameter is still in effect.","Value outside of the valid range. The interface was not activated.","Check the value for validity. Activate interface.",""]
[12361400,"HFG %1: The application does not run from the FLASH.","2019-09-16","Probably the intended application is not running at the present time","The file system of the SystemControl MPC is available via NFS. The application does not run from the FLASH.","Restart the system.",""]
[13000107,"Warning: Laser cabinet or RF switch cabinet doors are open (01A7)","2001-03-08","- Switch cabinet air conditioning switched off","- Service work","Close switch cabinet doors.",""]
[13000109,"Warning: Motor circuit-breaker for switch cabinet cooling tripped (01A9)","2006-09-29","- Switch cabinet heating up too much.\n- Ventilator motors for switch cabinet cooling have stopped.\n- If present: air conditioning unit in the switch cabinet is not working","Defective ventilator motor or defective air conditioning unit causes short circuit.\n- Digital input E101.4 is not connected.\n- Digital input E101.4 is defective","Repairing or replacing aggregate units.",""]
[13000123,"Missing positive slope on the 'Beam trap open' input","2006-02-10","Message on the operating environment","The command 'Open the beam trap' is active on the digital interface or on the Profibus.This command is processed only if a switch in the signal from '0' to '1' is recognized. Since the control system does not react within an appropriate amount of time, this signal change has probably not been recognized by the control system. The warning appears when the beam trap is closed due to an error or an input on the control panel, while the command 'Open the beam trap' is at the inputs of the control system.","To open the beam trap, the command 'Open the beam trap' must be reset and then set again.",""]
[13000124,"Missing slope at 'Beam on M14' input","2013-05-08","Message on control panel","The 'Beam on M14' command is active at the digital interface or Profibus. This command is processed only if the signal changing from '0' to '1' is recognized. Since the control does not react within an appropriate waiting time, this signal change was probably not recognized by the control. The warning appears if high voltage was switched off due to an error or the beam was only enabled while the 'Beam on M14' command was at the inputs of the control.","To activate high voltage, you must reset the 'Beam on M14' command and then set it again.\nEither\nset the signal at plug X55:pin 4 for at least 50 ms to '0' and then back to '1'\nor\nset Profibus byte 95 bit 1 for at least 50 ms to '0' and then back to '1'.",""]
[13000126,"External beam delivery not ready for operation","2006-09-29","Display on the system control panel.","The signal '0' is active at the digital input 104.7 'No sum check error external beam delivery'. An error is displayed thereby to the laser control system. The alarm associated with this warning will be triggered if, at the time of the error, the high voltage is switched on, the beam trap is opened and no laser service mode is active.","","The signal will be transmitted to the laser control system via Pin 21 of plug X55."]
[13000206,"Warning of cooling unit (for details, see 'Comment') (02A6)","2015-05-04","None","1. The water level in the two cooling water tanks is too low \n2. The filter mats are contaminated or the ambient temperature is near the permissible limit of 43°C\n3. Water temperature outside the tolerance (Al: +/- 2°C of the nominal value, Cu: 20-35°C)\n3.1 Due to a low ambient temperature, the water temperature is too low when switching the unit on.\n3.2 Control hysteresis is too high due to very low water level\n3.3 Water temperature increases during operation due to insufficient cooling capacity.","1. Check water level, if necessary, top up water.\n2. Check filter mat and clean or replace as required.\nEnsure sufficient heat dissipation and fresh air supply.\n3. Check water temperature several times\n3.1 Switch on the laser and warm up without beam until a water temperature of 20°C is reached.\nOnly then switch on the beam!\n3.2 Check water level, top up water if necessary.\n3.3 Check filter mat and clean or replace as required.\nEnsure sufficient heat dissipation and fresh air supply.","1) Laser process coolers with bus connection to the laser control system refer to the cause via additional messages with the numbers 130002nn.\n\n2) Laser process coolers without bus connection are equipped with their own operating device. Please read off the error cause at this operating device.\n\nDisplay can only be deleted with an alarm reset by the laser, provided the cause has been eliminated."]
[13000221,"Warning: Air filter is soiled or check cooling water temperature/flow","2003-06-23","None","- Air cooled device\na) Air filter mat soiled\nb) Liquefier soiled\n- Water cooled device: Cooling aggregate with external water cooling: No flow in the external water circuit","- Air cooled device\na) Exchange air filtering mat \nb) Clean liquefier with compressed air\n- Water cooled device\na) Check if pumps of the external water circuit work correctly","Error word 1 bit 1"]
[13000232,"Warning: Temperature in Cu supply to low / to high.","2006-12-08","None.","Temperature limit values are exceeded.\na) Water temperature < 20 °C.\nb) Water temperature > 35 °C.","Finish machining workpiece, then turn off laser beam and wait for nominal value to be reached.\nEliminate additionally reported errors.","Error word 1 bit 12.\n(Actual value of feeler F5)"]
[13000233,"Warning: Temperature in Al supply too low / too high.","2006-12-08","None.","Nominal value deviation > +/- 2K.\na) Refrigerant shortage.\nb) Water shortage.\nc) Air filter mat dirty.\nd) Cooling air temperature too high.","Finish machining workpiece, then turn off laser beam and wait for nominal value to be reached.\na) Customer Service must be notified.\nb) Check water circuit for leaks, fill water up to MAX marking.\nc) Replace air filter mat.\nd) Provide for heat dissipation through increased ventilation at the installation site.","Error word 1 bit 13.\n(Actual value of feeler F3)"]
[13000234,"Warning: Water shortage in Cu tank.","2006-12-08","None.","a) Loss of fluid in the water circuit:\nb) Leak at pump.\nc) Tank lid missing.","a) Check water circuit for leaks, fill water up to MAX marking.\nb) Replace pump, replace seal.\nc) Put on tank lid.","Error word 1 bit 14.\n(Digital input E11)\nNo shutdown of pump / compressor.\nError message for laser.\nEliminate cause and fill water according to Trumpf specifications."]
[13000235,"Warning: Water shortage in Al tank.","2006-12-08","None.","a) Loss of fluid in the water circuit.\nb) Leak at pump.\nc) Tank lid missing.","a) Check water circuit for leaks, fill water up to MAX marking.\nb) Replace pump.\nc) Put on tank lid.","Error word 1 bit 15.\n(Digital input E10)\nNo shutdown of pump / compressor.\nError message for laser.\nEliminate cause and fill water according to Trumpf specifications."]
[13000238,"Warning: inlet temperature sensor F%1 cooling circuit %2 cause %3","2014-02-04","--","1:\nTemperature is too low.\n- If F4, then water temperature < nominal temperature - 2 °K.\n- If F6, then water temperature < 20 °C.\n\n2:\nTemperature is too high.\n- If F4, then water temperature > nominal temperature + 2 °K.\n- If F6, then water temperature > 35 °C.\n\nOther causes:\na) Refrigerant shortage\nb) Water shortage\nc) Air filter mat contaminated\nd) Cooling air temperature too high","Finish machining workpiece, then turn off laser beam and wait for nominal value to be reached.\na) Customer Service must be notified.\nb) Check water circuit for leaks, fill water up to MAX marking.\nc) Replace air filter mat.\nd) Ensure heat dissipation through increased ventilation at the installation site.","If 2-circuit cooling unit L15/21 … L29/53:\n- F4 measures KK2V-Al.\n- F6 measures KK1V-Cu.\n-----------------------------------------------\nIf 1-circuit cooling unit L100/0 … 03-RT: \n- F4 measures KK1R-V.\n- F6 measures KK1G-V."]
[13000239,"Warning: outlet temperature sensor F%1 cooling circuit %2 cause %3","2014-02-04","","1:\nTemperature is too low.\n\n2:\nTemperature is too high.","Finish machining workpiece, then turn off laser beam and wait for nominal value to be reached.\nEliminate any additionally indicated malfunctions.","2-circuit cooling unit L15/21 … L29/53:\n- F5 measures KK2R-Al.\n- F7 measures KK1R-Cu.\n-----------------------------------------------\n1-circuit cooling unit L100/0 … 03-RT: \n- F5 measures KK1R-R.\n- F7 measures KK1G-R."]
[13000244,"Warning: Tank heating disturbed.","2006-12-08","None.","- Overheating protection of tank heating tripped.\n- Motor circuit-breaker tripped.","- Reset overheating protection in connection housing of tank heating with RESET key. \n- Switch on motor circuit-breaker.\n- Replace tank heating if necessary.","Error word 2 bit 4."]
[13000256,"Warning: Air filter dirty.","2006-12-08","None.","Limit value of refrigerant pressure exceeded.\n- Air filter mat dirty.\n- Condenser dirty.\n- Cooling air temperature too high.\n- Trimpanel not installed on the device.","- Replace air filter mat.\n- Clean the condenser with compressed air.\n- Provide for heat dissipation through increased ventilation at the installation site.\n- Install a trimpanel.","Alarm status 3, bit 0;\n(Actual value of high-pressure sensor F2)"]
[13000267,"Warning: Inlet temperature in the external water circuit is too low / too high.","2006-12-08","None.","- Temperature in the external water circuit <5°C.\n- Temperature in the external water circuit >22°C.","Check temperature and flow rate of the external water circuit (house water circuit).","Error word 3 bit 11,\nnominal value of feeler F7.\nError only occurs with plate heat exchanger."]
[13000280,"Warning: Temperature supply in the KK1R is outside the permissible range","2009-10-05","None.","Nominal value deviation > +/- 2K\na) Refrigerant shortage.\nb) Air filter mat dirty\nc) Cooling air temperature too high\nd) Water shortage","Finish machining workpiece, then turn off laser beam and wait for nominal value to be reached.\n\na) Request Customer Service.\nb) Replace air filter mat.\nc) Provide for heat dissipation through increased ventilation at the installation site.\nd) Check water circuit for leaks, fill water up to MAX. marking.","Error word 4 bit 8.\nActual value of feeler F3\nKK1R = cooling circuit 1 resonator"]
[13000281,"Warning: Temperature supply in the KK1R is outside the permissible range","2009-10-05","None","Temperature limit values exceeded:\na) Water temperature < 20°C.\nb) Water temperature > 35 °C.","Finish machining workpiece, then turn off laser beam and wait for nominal value to be reached.\nEliminate additionally reported errors","Error word 4 bit 9.\nActual value of feeler F5\nKK1G = cooling circuit 1 generator"]
[13000282,"Warning: Water shortage in KK1 tank","2009-10-05","None.","a) Water circuit is unsealed.\nb) Leak at pump.\nc) Tank lid missing, causes increased water evaporation","a) Check water circuit for leaks, fill water up to MAX marking.\nb) Replace pump, replace seal.\nc) Put on tank lid.","Error word 4 bit 10.\nDigital input E10 on the cooling unit controller\nNo shutdown of pump/compressor."]
[13000284,"Warning: Water shortage in KK2 tank","2009-10-05","None","a) Water circuit is unsealed.\nb) Leak at pump.\nc) Tank lid missing, causes increased water evaporation.","a) Check water circuit for leaks, fill water up to MAX marking.\nb) Replace pump, replace seal.\nc) Put on tank lid.","Error word 4 bit 12.\nDigital input E11 on the cooling unit controller\nNo shutdown of pump/compressor."]
[13000288,"Warning: Water shortage in the cooling circuit %1","2013-08-09","","","Please check the water level at the cooling unit and top up water.",""]
[13000320,"Warning: Too much effective data in the received telegram 0x42 ('write beam data')  (03B4, 03L4)","2001-03-08","The excess useful data will not be interpreted.","- The telegram received by the laser control system contains more data than is currently allowed by the laser software. \n- NC Core, PLC or MMC are transmitting a telegram with more useful data than can be interpreted.","Internal warning: Please notify service. \nIf possible, determine and report the request telegram transmitted to the laser control system with the telegram analyzer.",""]
[13000322,"Warning: The power monitor is not active (03B6, 03L6)","2002-11-19","An error window opens and tells the operator that the power monitor is not active.","This warning appears once an hour until machine data MD64 is set to a value other than 0.","Set the machine data MD64 of the laser to a reasonable value. CAUTION: If the machine data MD64 is set to an arbitrary value other than 0, this warning will longer appear but the monitoring of the laser power can continue to be ineffective.","The next time the control system starts, the machine data MD64 automatically receives the last set value other than 0."]
[13000323,"Nominal power is limited","2003-06-23","Note to the operator that has no effect.","Nominal power was selected larger than machine datum MD77 of the upper laser limit. Nominal value was reduced to the value of machine datum MD77","",""]
[13000326,"Pulsing mode: Minimum possible pulse width is fallen short of","2016-04-15","None. This is only a note for the user.","The TruCoax1000 is equipped with an RF generator, on which a minimum pulse width cannot be fallen short of in pulsing mode. If nominal powers are specified in pulsing mode, the pulse width of which is smaller than the minimum possible pulse width for this generator, the laser control system outputs this warning message.\nIn this case, the control in the RF generator increases the pulse width automatically to the minimum possible pulse width.\nThat may result in a higher laser powers being generated at high pulse repetition frequencies.","None.","The message only appears with the TruCoax1000 CO2 laser type if 10001 is set as the generator type."]
[13000327,"Internal beam enable missing, cause %1 %2 %3 %4","2018-04-16","A message is output.","1. Parameter\nThis parameter is coded by bit and supplies the cause:\n\nBit 0: The 'Laser power control' module is not ready.\nParameter 2 contains the current status of the laser power control module.\n\nBit 1: The 'Beam block' key switch is active.\nParameter 2 contains the value which is supplied by the key switch.\n\nBit 2: The beam enable of the whole control system is missing.\nParameter 2 contains the value of the beam enable. In that, bits supply the cause for the missing beam enable.\n\nBit 3: The high voltage is not connected.\n\nBit 4: The output coupler monitoring reports 'Not OK'.\nParameter 2 contains the current value for the status of output coupler monitoring.\n\nBit 5: The waiting time is still running after connecting the high voltage.\n\nBit 6: The mode switch over is not ready.\nParameter 2 contains the current value for the status of mode switch-over.\n\nBit 7: The beam is shut down via bit 3 of the Profibus byte 99.\n\nBit 8: The beam is shut down via the variable interface.\n\nBit 9: The beam is shut down via the selection of power '0'.\n\nBIT10: The release for Beam on in service mode has the value 0\n\nBIT11: The timer for alignment is elapsed\n\nBIT12: The release was withdrawn by calling up the shutdown function.\nParameter 3 supplies the information as to where in the program the function was called up.\n\nBIT13: The release was withdrawn by the frequency modulation.\n\n2. Parameter\nThis parameter supplies further information for certain causes. The information on the details is listed with the causes.\n\n3. Parameter\nThe internal release is activated or shut down at many points in the program sequence. The location gives information on \nwhich point in the program the action was initiated. \n\n4. Parameter \nThis parameter does not currently supply any information and has the value 4.","No measures are necessary if this warning is not accompanied by cutting problems. If these do occur, then this warning is used to narrow down the causes of error.",""]
[13000328,"The maximum available laser power has dropped to the rated power.","2017-05-17","Output of a message.","Due to aging, the peak power of the laser has dropped to the rated power. No power reserve is available any more.","Contact Customer Service.",""]
[13000405,"Gas circulation: Cumulative error at frequency converter 1","2019-11-11","The gas circulation is switched off. Blower 1 is switched off by the frequency converter 1 and coasts to a stop. Laser control system only allows the blower to be started after four minutes. The process cooler remains switched on during shutdown of the laser until the turbine has come to a complete stop.","There is a malfunction on frequency converter 1: the cause will be displayed on the frequency converter screen as long as the alarm reset has not be triggered on the laser control system.\nOverload of the fan due to excessive gas pressure:\n- Pressure transmitter is defective.\n- Gas pressure too high or wrong gas type, or gas mixer defective.\n- Blower is defective.","- EUV-PA:\nOpen the SC-PDE and read the error codes on frequency converter 1 (+5-A1). \n\n- TruFlow Standard:\nOpen the electrical cabinet and read the error codes on frequency converter 1.\n\nIf the 'Overcurrent' error code is displayed, check the gas pressure with an external measuring device.\nIf the 'Overcurrent' error code is displayed and the gas cylinders have been replaced shortly before, check the gas cylinder connection sequence.","- Warning is output if error occurs during blower start-up.\n- In the case of two blowers, the other error-free blower is switched off under control.\n\nTASC input E102.2\nEUV-PA: +30-BE5: IN3"]
[13000406,"Cumulative error, magnetic bearing regulation from blower 1","2019-11-11","The laser cannot be switched on or started up.","Cause(s) of error are shown on the display of the magnetic bearing electronics (MBE) or on the frequency converter (IMC15).","- EUV-PA:\nOpen the SC-PDE and read the error codes on MBE 1 (+5-A2). \n\n- TruFlow <= 6 kW:\nOpen the electrical cabinet and read the error codes on frequency converter 1 (IMC15).\n\n- TruFlow >= 8 kW:\nOpen the electrical cabinet and read the error codes on MBE 1.","TASC input E102.2\nEUV-PA: +30-BE5: IN5"]
[13000411,"Gas circulation 1: Overcurrent, motor circuit-breaker frequency converter","2019-11-11","The gas circulation cannot be switched on.\nThe warning only occurs if the motor circuit-breaker is already switched off when the laser is switched off.","- EUV-PA:\nThe motor circuit-breaker of the frequency converter for blower 1 has been switched off or has tripped during laser operation.\nIf the motor circuit-breaker has not tripped, digital input E102.0 is probably defective.\n\n- TruFlow Standard:\nFor Trumpf machine tools with integrated modularly constructed switch cabinet: there is a subsequent error when the data exchange via by Profibus has been interrupted between the machine PLC and the laser control.\n- For example, by restarting the machine PLC.","- EUV-PA:\nOpen the SC-PDE and check that the motor circuit-breaker -CB1 is switched off.\n\n- TruFlow Standard:\nOpen the electrical cabinet and check whether the motor circuit-breaker of the frequency converter 1 is switched off. \n\nIf the motor circuit-breaker is switched off, check whether the motor circuit-breaker may be switched on again.\nSwitch off the TruFlow or PA and wait until a pressure of 1100 hPa is displayed. \nSwitch the motor circuit-breaker back on.\nSwitch on the voltage supply of the frequency converter via the 'manual functions' / 'Turbine main voltage'.\nIf the motor circuit-breaker trips again, the frequency converter is probably defective and must be replaced.","TASC input E102.0\nEUV-PA: +30-BE5: IN1\n\n- TruFlow Standard:\nFor Trumpf machine tools with integrated modular electrical cabinet: The information as to whether this motor circuit-breaker has been triggered will be forwarded by the machine PLC via Profibus to the laser control. The laser control does not have its own digital input to monitor this motor circuit-breaker."]
[13000412,"Gas circuit 1: excess current, motor circuit-breaker magnetic bearing (04AC)","2015-11-18","The laser cannot be switched on or started up.","The motor circuit-breaker for the magnetic bearing regulation of fan number 1 has been triggered.","",""]
[13000416,"Energy-saving mode active. The ventilator works at reduced RPM (04B0) (12B0)","2011-01-14","The high voltage cannot be switched on.","","The energy-saving mode can be switched off by means of machine data 134 = 0.\nThe turbine then remains independent of the activation of the machines at nominal RPM.","The machine control switches the ventilator over to energy-saving mode when the laser is not used for longer periods.\n(Profibus byte 99, bit 0)"]
[13000507,"The motor circuit-breaker of the driver stage of a RF-generator has tripped (05A7)","2011-01-14","The motor circuit-breaker for supplying the solid state driver of a RF generator has tripped.\nThe high voltage cannot be switched on.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the driver stage of the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch motor circuit-breaker back on.","This message is always reported for several RF generators, too. An additional warning points to the affected RF generator: \n- 13000532 (RF gen. 1), then check E103.1.\n- 13000533 (RF gen. 2), then check E109.7.\n- 13000534 (RF gen. 3), then check E118.1.\n- 13000535 (RF gen. 4), then check E119.1."]
[13000508,"The motor circuit-breaker of the grid power supply of a RF-generator has tripped (05A8)","2011-01-14","The motor circuit-breaker for the grid power supply of a RF-generator has tripped.\nAn additional motor circuit-breaker for the second grid power supply is switched in series for RF gen. with 36 kW/44 kW.\nThe high voltage cannot be switched on.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the grid power supply. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch motor circuit-breaker back on.\nCheck the motor circuit-breaker for the second grid power supply and if required, switch it on again for RF gen. with 36 kW/44 kW.","This message is always reported for several RF generators, too. An additional warning points to the affected RF generator: \n- 13000532 (RF gen. 1), then check E103.4.\n- 13000533 (RF gen. 2), then check E110.2.\n- 13000534 (RF gen. 3), then check E118.4.\n- 13000535 (RF gen. 4), then check E119.4."]
[13000509,"The motor circuit-breaker of the tube heating of a RF-generator has tripped (05A8)","2011-01-14","The motor circuit-breaker for the power supply of the tube heating of a RF-generator has tripped.\nThe RF generator is not switched on.","Missing phase. Short circuit in the RF tube. Excess current at low supply voltages. Defective components in the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch motor circuit-breaker back on.","This message is always reported for several RF generators, too. An additional warning points to the affected RF generator: \n- 13000532 (RF gen. 1), then check E103.5.\n- 13000533 (RF gen. 2), then check E110.3.\n- 13000534 (RF gen. 3), then check E118.5.\n- 13000535 (RF gen. 4), then check E119.5."]
[13000510,"The motor circuit-breaker of the high-voltage power unit of a RF-generator has tripped (05A8)","2011-01-14","The motor circuit-breaker for supplying the high-voltage power unit (HV) of a RF generator has tripped.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the high-voltage power unit of the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch motor circuit-breaker back on.","This message is always reported for several RF generators, too. An additional warning points to the affected RF generator: \n- 13000532 (RF gen. 1), then check E103.2.\n- 13000533 (RF gen. 2), then check E110.0.\n- 13000534 (RF gen. 3), then check E118.2.\n- 13000535 (RF gen. 4), then check E119.2."]
[13000511,"The motor circuit-breaker of the control electronics of a RF-generator has tripped (05AB, 05AL)","2011-01-14","The motor circuit-breaker for supplying the control electronics of a RF generator has tripped.\nRF generator is switched off completely since no internal monitoring is active any more.","Missing phase. Short circuit in the power supply unit parts of the control electronics. Defective components in the control electronics of the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch on the motor circuit-breaker again.\nSearch for short circuit in the event of repeated actuation.","This message is always reported for several RF generators, too. An additional warning points to the affected RF generator: \n- 13000532 (RF gen. 1), then check E103.6.\n- 13000533 (RF gen. 2), then check E110.4.\n- 13000534 (RF gen. 3), then check E118.6.\n- 13000535 (RF gen. 4), then check E119.6."]
[13000513,"Warning: Error while writing the variables for switching between Beam_On and Beam_Off (05AD)","2007-06-25","Switching off the high voltage cannot be affected by a different software module.","There is a software problem.\nWriting the internal TASC3 variables S_VS_Ready_Or_Standby fails because data type, unit or exponent are incorrect.","Check transfer parameter at the variable interface in the activating software module.","Control message for development."]
[13000517,"Laser warning lamp defective E107.7 (05B1)","2014-11-07","The laser beam is switched off.","- The warning lamp on the laser switch cabinet is defective.\n- Machine data 83 (number of laser warning lamps) is set incorrectly.\n- Current measurement relay for measuring the lamp current at bulbs is defective or set incorrectly.","Check the warning lamp and, if necessary, replace.","- Laser control systems with EtherCat, which are operated in an EUV network system (PreA1, PA0,…, PA3 only):\nThe operation of the warning lamp is monitored in the switched-on and switched-off state.\nIf there is an edge change between switching the RF generator power supply on and off, monitoring is suppressed for 1 s. Afterwards, the error message is output if the faulty status lasts for longer than 0.5 s."]
[13000526,"The generator signal IS30_HV is missing (05BA)","2004-12-07","Beam_on not possible.","","Contact TRUMPF Customer Service.",""]
[13000527,"The generator signal IS30_GRID_2 is missing (05BB)","2004-12-07","Beam_on not possible.","","Contact TRUMPF Customer Service.",""]
[13000528,"Beam enable is absent, contactors have been switched off (05BC, 05LC)","2005-05-06","The high voltage switches off.","Beam enable was cancelled when the HV contactors were engaged","",""]
[13000529,"IS30 generator is located in the start-up (05BD, 05LD)","2005-05-06","Beam enable is cancelled","","",""]
[13000531,"The tube heating was switched off by the TASC laser control system (05BF, 05LF)","2012-04-02","","","","This warning only appears in connection with a plausibility error of the high voltage contactors."]
[13000532,"An error has occurred in the contact control on generator 1 (05C0)","2011-01-14","Observe further messages with the number 130005nn.","See the cause description of the additionally displayed messages with the numbers 130005nn.","Observe further messages with the number 130005nn.\n(nn = Error number in the module 05)","This message can only occur in connection with another message from the ENERGY software module.\nSee further errors with number 130005nn (nn = message number in module 05)"]
[13000533,"An error has occurred in the contact control on generator 2 (05C1)","2011-01-14","Observe further messages with the number 130005nn.","See the cause description of the additionally displayed messages with the numbers 130005nn.","Observe further messages with the number 130005nn.\n(nn = Error number in the module 05)","This message can only occur in connection with another message from the ENERGY software module.\nSee further errors with number 130005nn (nn = message number in module 05)"]
[13000534,"An error has occurred in the contact control on generator 3 (05C2)","2011-01-14","Observe further messages with the number 130005nn.","See the cause description of the additionally displayed messages with the numbers 130005nn.","Observe further messages with the number 130005nn.\n(nn = Error number in the module 05)","This message can only occur in connection with another message from the ENERGY software module.\nSee further errors with number 130005nn (nn = message number in module 05)"]
[13000535,"An error has occurred in the contact control on generator 4 (05C3)","2011-01-14","Observe further messages with the number 130005nn.","See the cause description of the additionally displayed messages with the numbers 130005nn.","Observe further messages with the number 130005nn.\n(nn = Error number in the module 05)","This message can only occur in connection with another message from the ENERGY software module.\nSee further errors with number 130005nn (nn = message number in module 05)"]
[13000536,"The safety circuit is interrupted (05C4)","2006-04-05","","","","This warning only appears in connection with a plausibility error of the high voltage contactors"]
[13000537,"The power supply for the IS30 electronics was switched off by the TASC3 control system (05C5)","2006-04-05","","","","This warning only appears in connection with a plausibility error of the high voltage contactors"]
[13000538,"The grid voltage was switched off by the TASC3 control system (05C6)","2006-04-05","","","","This warning only appears in connection with a plausibility error of the high voltage contactors"]
[13000539,"Motor circuit-breaker +11-Q5 is disabled (05C7)","2011-01-14","The motor circuit-breaker +11-Q5 for supplying the solid state driver of RF generator 2 has tripped.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Screw in motor circuit-breaker +11-Q5 again.","Error is indicated at input E109.7. Error if E109.7 = 0."]
[13000540,"Motor circuit-breaker +11-Q1 or +11-Q6 is disabled (05A8).","2011-01-14","Motor circuit-breaker +11-Q1 for grid voltage supply of RF generator 2 has tripped.\nIS36/IS44 only: Or motor circuit-breaker +11-Q6 for supply of second grid voltage supply unit has tripped.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Screw in motor circuit-breaker +11-Q1 again.\nIS36/IS44 only: Or screw out motor circuit-breaker +11-Q6 again.","Error is indicated at input E110.2. Error if E110.2 = 0."]
[13000541,"Motor circuit-breaker +11-Q2 is disabled (05C9)","2011-01-14","Motor circuit-breaker +11-Q2 for supplying the pipeline heating of RF generator 2 has tripped.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Screw in motor circuit-breaker +11-Q2 again.","Error is indicated at input E110.3. Error if E110.3 = 0."]
[13000542,"Motor circuit-breaker +11-Q4 is disabled (05CA)","2011-01-14","Motor circuit-breaker +11-Q4 for supply of HV power supply unit of RF generator 2 has tripped.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Screw in motor circuit-breaker +11-Q4 again.","Error is reported via the digital input E110.0. Error, if E110.0 = 0."]
[13000543,"Motor circuit-breaker +11-Q3 is disabled (05CB, 05CL)","2011-01-14","Motor circuit-breaker +11-Q3 for supply of control electronics of RF generator 2 has tripped.\nGenerator is switched off completely since no internal monitoring is active any more.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Screw in motor circuit-breaker +11-Q3 again.\nSearch for short circuit in the event of repeated actuation.","Error is indicated via digital input E110.4. Error if E110.4 = 0."]
[13000552,"The transistor generator indicates a warning, cause %1","2016-02-04","The warning is displayed.","The value of the cause parameter shows which warning is indicated by the generator.\nCause:\n201: First interlock circuit at the RF generator is open during 'RF=Off'.\n202: Second interlock circuit at the RF generator is open during 'RF=Off'.\n203: RF plug is not connected during 'RF=Off'\n205: No DC supply voltage during 'RF=Off'.\n206: Increased temperature in RF stage. \n208: Increased temperature in DC power pack. \n211: The RF control is working outside the range for the nominal value.\n212: The RF control is working outside the nominal value for the RF forward power. The current RF power is below the nominal value. \n213: The RF control is working outside the nominal value for the reflected RF power. The current RF power is below the nominal value. \n214: The RF regulation is working outside the nominal user value for the RF forward power. The current RF power is below the nominal value.\n215: The RF control is working outside the nominal user value for the reflected RF power. The current RF power is below the nominal value.\n216: The DC power pack is running at its performance limit.\n217: The RF control is working outside the nominal value for the minimum output power. The current RF power is too high.\n222: Upper limit frequency is reached or exceeded.\n223: Lower limit frequency is reached or fallen short of.\n224: Upper user limit frequency is reached or exceeded.\n225: Lower user limit frequency is reached or fallen short of.\n231: Impedance of the connected load is not stable.\n254: DDS is not stable.\n255: CEX frequency is not stable.\n257: CEX frequency signal missing.\n258: CEX frequency is too high.\n259: CEX frequency is too low.\n261: Pulse duration of the external pulse signal is too short.\n262: Gating ratio of the external pulse signal is too small.\n263: External pulse signal missing.\n270: SynchBus: Slave is faulty.\n271: SynchBus: Master does not respond.\n312: Reflected RF power has exceeded user limit value.\n---------------------------------------------------------------------\n8xx: Hardware in the RF generator is not working correctly.","","If the cause cannot be determined by the parameter, an examination is necessary using the 'Stolberg commander' diagnostic software."]
[13000609,"Helium gas pressure too low (06A9)","2012-01-20","As long as the laser is at rest, this warning is output. As soon as an attempt is made to switch on the laser, the alarm 13100609 is triggered.","Helium gas pressure < 4000 hPa empty gas cylinder. Incorrect setting of the pressure reducer. Pressure switch defective. 24 V power supply not OK. Wiring to the I/O board not error-free. I/O card defective.","Replacement of the empty gas cylinder. Check 24 V supply for I/O card. Check gas supply line for leaks and defective seals. Replace pressure reducer. Replace pressure switch. Check wiring to I/O card (E104.3).","Not active if MD22 = 1 '.mixed gas mode selected'"]
[13000610,"Warning: nitrogen gas pressure too low (06AA)","2012-01-20","As long as the laser is at rest, this warning is output. As soon as an attempt is made to switch on the laser, the alarm 13100610 is triggered.","Nitrogen gas pressure < 4000 hPa empty gas cylinder. Incorrect setting of the pressure reducer. Pressure switch defective. 24 V power supply not OK. Wiring to the I/O board not error-free. I/O card defective.","Replacement of the empty gas cylinder. Check 24 V supply for I/O card. Check gas supply line for leaks and defective seals. Replace pressure reducer. Replace pressure switch. Check wiring to I/O card (E104.1).","Not active if MD22 = 1 '.mixed gas mode selected'"]
[13000611,"CO2 gas pressure too low (06AB, 06AL)","2012-01-20","As long as the laser is at rest, this warning is output. As soon as an attempt is made to switch on the laser, the alarm 13100611 is triggered.","CO2 gas pressure < 4000 hPa empty gas cylinder. Incorrect setting of the pressure reducer. Pressure switch defective. 24 V power supply not OK. Wiring to the I/O board not error-free. I/O card defective.","Replacement of the empty gas cylinder. Check 24 V supply for I/O card. Check gas supply line for leaks and defective seals. Replace pressure reducer. Replace pressure switch. Check wiring to I/O card (E104.2).","Not active if MD22 = 1 '.mixed gas mode selected'"]
[13000612,"Warning gas pressure in premixed gas cylinder too low (06AC)","2012-01-20","Due to the pressure control, no fresh gas can be supplied. Because no continuous gas exchange occurs with resonator type 42002, only one warning is output. \n\nThe following applies for all other laser types: as long as the laser is at rest, this warning is output. As soon as an attempt is made to switch on the laser, the alarm 13100612 is triggered.","Gas pressure in the premixed gas cylinder < 4000 hPa empty gas cylinder. Incorrect setting of the pressure reducer. Pressure switch defective. 24 V power supply not OK. Wiring to the I/O board not error-free. I/O card defective.","Replacement of the empty gas cylinder. Check 24 V supply for I/O card. Check gas supply line for leaks and defective seals. Replace pressure reducer. Replace pressure switch. Check wiring to I/O card (E104.3).","Active if MD22 = 1 '.Mixed gas mode selected'"]
[13000614,"Warning: A change of gas should be carried out (06AE)","2010-03-19","Message at operating panel","The laser gas must be replaced on a regular basis in order to ensure that the laser can achieve its maximum output.","Carry out a change of gas and then acknowledge the maintenance flag in the Maintenance menu.",""]
[13000615,"Gas exchange was aborted (06AF)","2004-04-23","A warning is displayed and the aborted gas exchange is started automatically.","The last gas exchange was not completed.","Wait until the gas exchange has been completed.",""]
[13000616,"Gas change only possible in service mode (06B0, 06L0)","2004-06-29","A message is displayed.","You tried to start the gas change by setting back the maintenance marker 'Gas change'. As the gas change is linked to a measuring procedure where the beam is ignited automatically, gas change is only possible in service mode.","Set key switch to 'Service' and set back the 'Gas change' maintenance marker again.",""]
[13000622,"The cycle rate of the gas accumulator is below the lower limit","2019-02-21","--","The warning appears if the measured value is lower than the lower limit of the machine data MD82 6 times in a row.","","The monitoring takes place when the working pressure is reached."]
[13000623,"Cycle rate 'Fill gas accumulator' is higher than the upper limit","2019-02-21","--","The warning appears if the measured value is greater than the set upper limit of the machine data MD82 6 times in a row.","","The monitoring takes place when the working pressure is reached."]
[13000624,"The pressure control valve parameters have not been switched to values for RF phase calibration, cause %1.","2019-02-21","The parameters of the pressure control valve have not been switched over to the values for fast control. The values in MD7 and MD102 are still active.\nThe parameter describes the cause.","2: Service mode has not been switched on.\n3 : The power supply to the RF module has not been switched on.\n4: The phase calibration process is taking too long (> 30 mins).","If cause =\n2 : Switch service mode on.\n3 : Switch the beam on in service mode.\n4 : At least one transistor module cannot be calibrated.","Phase calibration can only be switched on directly in the HF11/MP23 RF generator via the 'TruControlPower' operating software. The generator control sends the request to the TASC control. This switches over the parameters of the pressure control valve so that the pressure fluctuations are as low as possible."]
[13000625,"TruCoax: Gas change is locked, cause %1","2019-11-11","Gas change is not started.","1 : The laser is switched off.\n2 : The power supply of the RF-generator is switched on.","Cause\n1: Switch on the laser.\n2: Switch off the laser beam or the discharge.","The message only occurs for coax. laser."]
[13000811,"External beam guideway is open E107.2 (08AB, 08AL)","2001-03-08","The beam is switched off when not in service mode.","Laser with 1 ventilator: \nThe external beam guideway or telescope cover is open \nThe beam tube is not mounted, The I/O card is defective.","Close covers. - Check switches.",""]
[13000816,"Resonator casing is open E107.2 (08B0, 08L0)","2001-03-08","Laser with 2 ventilators: \nThe beam is switched off when not in service mode.","Laser with 2 ventilators: \nThe outer resonator covers are open, \nthe switch is defective, \nthe I/O card is defective. \nThere is no 24V supply for the switch","Close resonator casings. \nCheck switches.",""]
[13000819,"Warning cooling water temperature pre-run Aluminium circuit too high  (08B3, 08L3)","2004-01-23","Warning is displayed","- Cooling capacity of water supply system not sufficient\n- Drift of temperature sensor calibration\n- ASI bus disturbance","Check water supply system \n- Check ASI bus\n- Read measuring values for temperature\n- Check sensor and re-calibrate",""]
[13000820,"Warning cooling water temperature pre-run copper circuit too high (08B4, 08L4)","2004-01-23","Warning is displayed","- Cooling power of water supply system not sufficient\n- Temperature sensor calibration drift\n- ASI bus disturbance","Check water supply system\n- Check ASI bus\n- Read out temperature measuring values\n- Check sensors and re-calibrate",""]
[13000821,"Warning cooling water temperature return inner electrode too high (08B5, 08L5)","2004-01-23","Warning is displayed","- Temperature sensor calibration drift\n- Disturbance in ASI bus\n- Flow in cooling system not sufficient\n- Pre-run temperature too high\n- Electrode hit by laser irradiation","- Check ASI bus \n- Read out measuring values for temperature and flow\n- Check sensors and re-calibrate\n- Check water supply system","Error is a sequence error, if the flow is too low or the pre-run temperature too high"]
[13000822,"Warning cooling water temperature return inner electrode too high (08B6, 08L6)","2004-01-23","Warning is displayed","- Temperature sensor calibration drift\n- Disturbance in ASI bus\n- Flow in cooling system not sufficient\n- Pre-run temperature too high\n- Electrode hit by laser irradiation","- Check ASI bus \n- Read out measuring values for temperature and flow\n- Check sensors and re-calibrate\n- Check water supply system","Error is a sequence error, if the flow is too low or the pre-run temperature is too high"]
[13000823,"Warning cooling water temperature return output mirror too high (08B7, 08L7)","2004-01-23","Warning is displayed","- Temperature sensor calibration drift\n- Disturbance in ASI bus\n- Flow in cooling system not sufficient\n- Mirror soiled\n- Pre-run temperature too high","- Check ASI bus \n- Read out measuring values for temperature and flow\n- Check sensors \n- Check water supply system","Error is a sequence error, if the flow is too low or the pre-run temperature is too high"]
[13000824,"Warning cooling water temperature rear mirror too high (08B8, 08L8)","2004-01-23","Warning is displayed","- Temperature sensor calibration drift\n- Disturbance in ASI bus\n- Flow in cooling system not sufficient\n- Mirror soiled\n- Pre-run temperature too high","- Check ASI bus \n- Read out measuring values for temperature and flow\n- Check sensors and re-calibrate\n- Check water supply system","Error is a sequence error, if the flow is too low or the pre-run temperature is too high"]
[13000825,"PreA (1): Cooling water flow on resonator too low","2019-09-16","","There is no flow.\nThe flow controller is defective or set incorrectly.\nAir bubbles in the cooling water circuit.\nWater leaking at the beam generator.\nLine error to the sensor\nInput PCB defective","","E105.4 evaluating the flow sensor on the resonator of TruC / PreA1."]
[13000826,"Warning cooling water flow inner electrode too low (08BA, 08LA)","2004-01-23","Warning is displayed","- Temperature sensor calibration drift\n- Disturbance in ASI bus\n- Flow in cooling system not sufficient\n- Cooling channel blocked","- Check ASI bus \n- Read out measuring values for temperature and flow\n- Check sensors and re-calibrate\n- Check water supply system",""]
[13000827,"Warning cooling water flow outer electrode too low (08BB, 08LL)","2004-01-23","Warning is displayed","- Temperature sensor calibration drift\n- Disturbance in ASI bus\n- Flow in cooling system not sufficient\n- Cooling channel blocked","- Check ASI bus \n- Read out measuring values for temperature and flow\n- Check sensors and re-calibrate\n- Check water supply system",""]
[13000828,"Warning cooling water flow output mirror too low (08BC, 08LC)","2004-01-23","Warning is displayed","- Temperature sensor calibration drift\n- Disturbance in ASI bus\n- Flow in cooling system not sufficient\n- Cooling channels blocked","- Check ASI bus \n- Read out measuring values for temperature and flow\n- Check sensors and re-calibrate\n- Check water supply system",""]
[13000829,"Warning cooling water flow rear mirror too low (08BD, 08LD)","2004-01-23","Warning is displayed","- Temperature sensor calibration drift\n- Disturbance in ASI bus\n- Flow in cooling system not sufficient\n- Cooling channels blocked","- Check ASI bus \n- Read out measuring values for temperature and flow\n- Check sensors and re-calibrate\n- Check water supply system",""]
[13000830,"Warning Power absorption on the rear mirror too great","2006-07-14","Display of a warning on the user interface","- Drift in the calibration of the temperature sensors \n- Error in flow measurement\n- Malfunction in the ASI bus\n- Mirror soiled","- Check ASI bus\n- Extract measured values for temperature and flow rate\n- Check and recalibrate sensors\n- Notify the Service Department","Value for power absorption is determined from the temperature and flow measurement"]
[13000831,"Warning Power absorption of the output mirror too great","2006-07-14","Display of the warning on the control panel","- Drift in the calibration of the temperature sensors \n- Error in flow measurement\n- Malfunction in the ASI bus\n- Mirror soiled","- Check ASI bus\n- Extract measured values for temperature and flow rate\n- Check and recalibrate sensors\n- Notify the Service Department","Value for power absorption is determined from the temperature and flow measurement"]
[13000832,"Warning Power absorption of the inner electrode too great","2006-07-14","Display of the warning on the control panel","- Drift in the calibration of the temperature sensors \n- Error in flow measurement\n- Malfunction in the ASI bus\n- Electrode is hit by the laser radiation","- Check ASI bus\n- Extract measured values for temperature and flow rate\n- Check and recalibrate sensors\n- Notify the Service Department","Value for power absorption is determined from the temperature and flow measurement"]
[13000833,"Warning Power absorption of the outer electrode too great","2006-07-14","Display of the warning on the control panel","- Drift in the calibration of the temperature sensors \n- Error in flow measurement\n- Malfunction in the ASI bus\n- Electrode is hit by the laser radiation","- Check ASI bus\n- Extract measured values for temperature and flow rate\n- Check and recalibrate sensors\n- Notify the Service Department","Value for power absorption is determined from the temperature and flow measurement"]
[13000841,"Warning: Ventilation of output coupling mirror, pressure missing (08C9).","2007-10-12","--","The input signal of the flushing gas pressure switch had the value '0' for longer than permissible.\nMD49 = 1: pressure switch at the digital input 105.7.\nMD49 = 2: pressure switch at the digital input 127.6.\nSee the remark.","Is the nitrogen cylinder connected and open?\nAlternatively, is compressed air available and connected?\nIs the pressure switch OK?\nIs the 24 V supply connected?\nIs the wiring to the IO module error-free?\nIs the IO module faulty?",""]
[13000865,"Measurement value override of the temperature sensor (deflection mirror 1) (08E1)","2006-09-29","none\nDisplay of the warning on the control panel","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13000866,"Measured value of the temperature sensor too low (deflection mirror 1) (08E2)","2006-09-29","none\nDisplay of the warning on the control panel","Sensor is defective","Replace sensor",""]
[13000867,"Measurement value override of the temperature sensor (deflection mirror 2) (08E3)","2006-09-29","none\nDisplay of the warning on the control panel","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13000868,"Measured value of the temperature sensor too low (deflection mirror 2) (08E4)","2006-09-29","none\nDisplay of the warning on the control panel","Sensor is defective","Replace sensor",""]
[13000869,"Measurement value override of the temperature sensor (deflection mirror 3) (08E5)","2006-09-29","none\nDisplay of the warning on the control panel","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13000870,"Measured value of the temperature sensor too low (deflection mirror 3) (08E6)","2006-09-29","none\nDisplay of the warning on the control panel","Sensor is defective","Replace sensor",""]
[13000871,"Measurement value override of the temperature sensor (deflection mirror 4) (08E7)","2006-09-29","none\nDisplay of the warning on the control panel","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13000872,"Measured value of the temperature sensor too low (deflection mirror 4) (08E8)","2006-09-29","none\nDisplay of the warning on the control panel","Sensor is defective","Replace sensor",""]
[13000873,"Measurement value override of the temperature sensor (deflection mirror 5) (08E9)","2006-09-29","none\nDisplay of the warning on the control panel","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13000874,"Measured value of the temperature sensor too low (deflection mirror 5) (08EA)","2006-09-29","none\nDisplay of the warning on the control panel","Sensor is defective","Replace sensor",""]
[13000875,"Measurement value override of the temperature sensor (deflection mirror 6) (08EB 08EL)","2006-09-29","none\nDisplay of the warning on the control panel","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13000876,"Measured value of the temperature sensor too low (deflection mirror 6) (08EC)","2006-09-29","none\nDisplay of the warning on the control panel","Sensor is defective","Replace sensor",""]
[13000877,"Measurement value override of the temperature sensor (deflection mirror 7) (08ED)","2006-09-29","none\nDisplay of the warning on the control panel","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13000878,"Measured value of the temperature sensor too low (deflection mirror 7) (08EE)","2006-09-29","none\nDisplay of the warning on the control panel","Sensor is defective","Replace sensor",""]
[13000879,"Measurement value override of the temperature sensor (deflection mirror 8) (08EF)","2006-09-29","none\nDisplay of the warning on the control panel","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13000880,"Measured value of the temperature sensor too low (deflection mirror 8) (08F0)","2006-09-29","none\nDisplay of the warning on the control panel","Sensor is defective","Replace sensor",""]
[13000881,"Temperature error on deflection mirror 1 (08F1)","2005-05-06","None","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on deflection mirror has exceeded the warning point set in the MD123 machine data \nBeam enable is cancelled when the error limit is exceeded."]
[13000882,"Temperature error on deflection mirror 2 (08F2)","2005-05-06","None","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on deflection mirror has exceeded the warning point set in the MD123 machine data\nBeam enable is cancelled when the error limit is exceeded."]
[13000883,"Temperature error on deflection mirror 3 (08F3)","2005-05-06","None","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on deflection mirror has exceeded the warning point set in the MD123 machine data\nBeam enable is cancelled when the error limit is exceeded."]
[13000884,"Temperature error on deflection mirror 4 (08F4)","2005-05-06","None","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on deflection mirror has exceeded the warning point set in the MD123 machine data\nBeam enable is cancelled when the error limit is exceeded."]
[13000885,"Temperature error on deflection mirror 5 (08F5)","2005-05-06","None","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on deflection mirror has exceeded the warning point set in the MD124 machine data\nBeam enable is cancelled when the error limit is exceeded."]
[13000886,"Temperature error on deflection mirror 6 (08F6)","2005-05-06","None","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on deflection mirror has exceeded the warning point set in the MD124 machine data\nBeam enable is cancelled when the error limit is exceeded."]
[13000887,"Temperature error on deflection mirror 7 (08F7)","2005-05-06","None","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on deflection mirror has exceeded the warning point set in the MD123 machine data\nBeam enable is cancelled when the error limit is exceeded."]
[13000888,"Temperature error on deflection mirror 8 (08F8)","2005-05-06","None","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on deflection mirror has exceeded the warning point set in the MD123 machine data\nBeam enable is cancelled when the error limit is exceeded."]
[13000889,"Flow error at an OEM auxiliary device (08F9)","2007-06-25","None","No flow at an OEM auxiliary device, switch of the flow measurement device is faulty, cable faulty, input 107.5 faulty, MD124 machine data was erroneously activated.","",""]
[13000894,"Monitoring of the flushing of the output coupler is inactive (08FE)","2009-05-29","This message appears just once after start-up of the control system and can be acknowledged with the Reset key.","Machine parameter MD49 is set to zeroThe monitoring of the deflection mirror ventilation is inactive.","Set machine parameter\n\nValues for MD49\n0: No monitoring\n1: Monitoring with pressure switch outside the resonator\n2: Monitoring with pressure switch inside the resonator","For systems with non-modular switch cabinet (Bosch PLC), the pressure switch operates at the input E105.7\n\nThe input was previously wired only with OEM lasers.\nIf the monitoring is also to be used on older machines with non-modular switch cabinets, then the input E105.7 must be retrofitted with wiring to the pressure switch starting with software version V4.1.x.\n\nIn the case of systems with modular switch cabinets, the input 127.6 is used for pressure testing. E127.6 receives its signal from the slave M1_ASI1A_E4, which is located in the front part of the laser"]
[13000943,"24V supply overcurrent for RF generator %1 strand %2 contactor %3","2017-02-22","The laser beam cannot be switched on.","- Activation of the power contactor indicates a short circuit.\n- The backup has been switched off.","Switch off the laser switch cabinet and search for the cause of the safety cutout shutting down.","TruFlow-EtherCat: the power supply of the HF11 modules is switched with contactors in 24V technology. The control current for these contactors requires an individual fuse protection for each contactor."]
[13001006,"Motor circuit-breaker for vacuum pump 1 disabled (0AA6)","2010-09-30","Vacuum pump 1 cannot be switched on.","Motor circuit-breaker is switched off.\nSignaling contact on the motor circuit-breaker is defective or not connected.\nThe digital input is defective.","Switch on motor circuit-breaker.\nCheck the setting of the breaking current.","The LED of the input E104.0 does not light up."]
[13001008,"Motor circuit-breaker for vacuum pump 2 disabled (0AA8)","2010-09-30","Vacuum pump 2 cannot be switched on.","Motor circuit-breaker is switched off.\nSignaling contact on the motor circuit-breaker is defective or not connected.\nThe digital input is defective.","Switch on motor circuit-breaker.\nCheck the setting of the breaking current.","The LED of the input E110.6 does not light up."]
[13001304,"Sum error in the laser safety circuit is open E106.0 (0DA4)","2004-03-11","Is displayed as a warning when the beam is switched off.","The +22K2 safety relay has switched off. \nAt least one of the two green LEDs is not on because at least of the two safety relay circuits is interrupted. \nAn additional error message of the safety circuit is displaying the first point of interruption. \nIf only this safety circuit error message appears \n1) then channel 2 of the safety circuit is not closed (see +60-X50: D1-D2) \n2) the following modules are possibly defective:\n- Digital input 106.0 \n- The digital input line 106.6 \n- The safety relay +22-K2\n- auxiliary contact of high voltage contactor","- An additional error message of the safety circuit is displaying the first point of interruption. \n- Older machines do not support the second safety circuit channel. Use shorting jumper for +60-X50: D1-D2.\n- If no additional message will be displayed, the auxiliary contact of the high voltage contactor must be checked.",""]
[13001305,"AS-i monitor for address 4, loading circuit 1 opened (0DA5)","2006-04-05","Warning message on the control panel\nBeam enable missing","","Check safety devices",""]
[13001306,"AS-i monitor for address 4, loading circuit 2 opened (0DA6)","2006-04-05","Warning message on the control panel\nBeam enable missing","","Check safety devices",""]
[13001307,"AS-i monitor for address 4, both loading circuits opened (0DA7)","2006-04-05","Warning message on the control panel\nBeam enable missing","","Check safety devices",""]
[13001308,"AS-i monitor (address 4) in configuration operation (0DA8)","2006-04-05","Warning message on the control panel","","",""]
[13001309,"AS-i monitor (address 4) circuit 1, loading circuit open / yellow LED (0DAA)","2013-02-22","Beam enable missing\nLED at the safety monitor is yellow and stays on","","Check safety devices",""]
[13001310,"AS-i monitor (address 4), circuit 1, loading circuit open / flashing yellow LED (0DAA)","2013-02-22","Beam enable missing\nLED at the safety monitor flashes yellow","","Check safety devices",""]
[13001311,"AS-i monitor (address 4), circuit 1, loading circuit open / flashing red LED (0DAB)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = flashing red","","Check safety devices",""]
[13001312,"AS-i monitor (address 4) circuit 2, loading circuit open / yellow LED (0DAC)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = stays on yellow","","Check safety devices",""]
[13001313,"AS-i monitor (address 4), circuit 2, loading circuit open / flashing yellow LED (0DAD)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = flashing yellow","","Check safety devices",""]
[13001314,"AS-i monitor (address 4), circuit 2, loading circuit open / flashing red LED (0DAD)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = flashing red","","Check safety devices",""]
[13001316,"Module No. %1 of the safety monitor reports error %2 (0DB0, 0DL0)","2007-10-12","Beam cannot be ignited","Error 3: Time condition exceeded, e.g. synchronization time exceeded. Error 5: The error block is activated","(1) Switch off laser\n(2) Switch main switch on/off\n(3) Please notify Technical Customer Support","Module numbers:\n32: Pulse trigger switch \n35: Resonator extension hood \n36: Beam trap \n40: EMERGENCY STOP key of laser panel LP04\n41: Beam block key switch\n42: Machine safety circuit \n43: EMERGENCY STOP of the machine \n44: Resonator casing \n45: External safety switch 1\n46: External safety switch 2"]
[13001317,"The EMERGENCY STOP test has not yet been conducted (0DB1, 0DL1)","2008-02-08","none","The EMERGENCY STOP test has not yet been conducted","EMERGENCY STOP test :\nThe EMERGENCY STOP key must be actuated with the beam switched on. The beam must be switched off by the safety monitor.","With OEM lasers, the beam might not be switched off when the EMERGENCY STOP key is actuated because the wrong ASIMON monitor file was installed in the safety monitor. To check whether the correct ASIMON monitor file is loaded, the EMERGENCY STOP key must be actuated on the LP04 panel with the beam switched on. If the beam can be switched on again afterwards, everything is OK. The EMERGENCY STOP key is then evaluated by the safety monitor as required."]
[13001318,"AS-i monitor (address 4) circuit 1, loading circuit open / red LED (0DB2)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = stays on red","","Check safety devices",""]
[13001319,"AS-i monitor (address 4) circuit 2, loading circuit open / red LED (0DB3)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = stays on red","","Check safety devices",""]
[13001320,"AS-i monitor (address 4) circuit 1, loading circuit open (0DB4)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = gray or off","","Check safety devices",""]
[13001321,"AS-i monitor (address 4) circuit 2, loading circuit open (0DB5)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = gray or off","","Check safety devices",""]
[13001322,"Communication with As-i safety monitor failed (0DB6)","2013-02-22","No safety monitor alarms are output.","An error occurred during the initialization of the safety monitor.\nNo connection can be established to the safety monitor.","Check the safety devices.\nSwitch the machine off/on.","Note for service technicians:\nPlease send the terminal print from job 423 to Development at Trumpf."]
[13001323,"AS-i slave signals peripheral error (0DB7).","2013-05-08","Warning message on control panel","Malfunction of an AS-i slave","",""]
[13001324,"Mailbox error (0DB8)","2013-05-08","Warning message on control panel","Cable defective, terminal resistor defective, gateway defective","","This error indicates that the gateway no longer responds to mailbox commands."]
[13001325,"The configuration at the AS-i gateway does not match the slave modules used (0DB9).","2013-05-08","Warning message on control panel","The slave addresses were programmed incorrectly.\nSlave defective","Check setting at AS-i gateway.\nCompare setting with slave modules used",""]
[13001326,"AS-i slave with operating address zero available (0DBA)","2013-05-08","Warning message on control panel","The slave addresses have not yet been programmed.","Check setting at AS-i gateway and addresses of slave modules.","New slaves are preset by the manufacturer to the address zero."]
[13001327,"AS-i gateway is not working in operating mode (0DBB).","2013-05-08","Warning message on control panel","AS-i gateway is set to parameterizing mode.","",""]
[13001328,"The voltage on the AS-i lead is too low (0DBC).","2013-05-08","Warning message on control panel","","",""]
[13001329,"AS-i system in offline mode (0DBD)","2013-05-08","Warning message on control panel","","",""]
[13001333,"Safety circuit open in laser service mode  E106.1 (0DC1)","2001-03-08","'Beam on' not possible.","The contactor combination for switching on the laser service mode is defective. \n- Digital input E106.1 is defective.","Check contactor combination +22-K5, +22-K6, +22-K7.","Monitoring is only active while the laser control system is set to 'service mode.'"]
[13001334,"Safety circuit opened by machine FH circuit (external) E106.2 (0DC2)","2014-08-11","General: The warning appears if the beam is switched off. It is used as a note that the beam cannot be switched on in non-service mode.\n\nVariant 2:\nEUV system (EtherCat):\nIf service mode 1 or 2 is active, the beam can be switched on with the main shutter closed in spite of this warning.","General: A feed hold (FH) is active at the superordinate machine control or external safety devices are open.\nAlso check the EMERGENCY STOP button on the laser control panel (LP04) if available.\n\nVariant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nThe signal is read in via the safe AS-i slave with address 19.\nThe sensor-actuator interface assembly is defective.\n\nVariant 2:\nEUV system (EtherCat):\nThe superordinate external control has opened the safety circuit of the EUV system via the X50 interface at PreA1.\nThe respective EtherCat terminal is defective. See 'Comment' section in this respect.\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nA feed hold (FH) is active on the superordinate machine control or external safety devices are open.\nAlso check the EMERGENCY STOP button on the laser operating device (LP04) if available.\nThe respective EtherCat terminal is defective. See 'Comment' section in this respect.\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe X50 interface is not connected.\nInput E106.2 is defective.","In non-service mode:\nClose external safety devices and acknowledge feed hold (FH) on the machine control.\n\nVariant 2:\nEUV system (EtherCat):\nIf no service mode or service mode 3 is active, close the safety circuit at the master control.","Variant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nE106.2 displays the results of the evaluation of the safe AS-i slave with address 19.\n\nVariant 2:\nEUV system (EtherCat):\nThe message appears if there is no signal at the inputs in one of the following configurations:\n- (TLAmp Coax) =CT+CB-K16, IN 1-2;\n- (Coax 3100) =+30-BES10, IN1-2;\n- (MasterC) =CT+CB-K16, IN 1-2;\n- (TruCoax HPSS) =CT+CB-K21, IN 1-2;\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nThe message appears if there is no signal at the following inputs:\n- (C07 Coax) =CT+CB-K9, IN 3-4;\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe message appears if there is no signal at the following input:\nE106.2"]
[13001335,"Safety circuit opened by external beam guideway E106. 3   (0DC1)","2001-03-08","'Beam on' not possible.","- The beam trap cover and power sensor are open on the laser resonator. \n- The +22-S8 safety switch is defective. \n- Digital input E106.3 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the small production series. 40001 <= MD1 < 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13001336,"Safety circuit opened by resonator casing E106.4   (0DC4)","2001-03-08","'Beam on' not possible.","- The resonator casing is open. \n- The +22-S1 safety switch is defective. \n- Digital input E106.4 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the small production series. 40001 <= MD1 < 48000"]
[13001337,"Safety circuit opened by RF generator 1 E106.5   (0DC5)","2001-03-08","'Beam on' not possible.","- There are errors current in the RF generator or the doors or covers are open. Please note the error messages at the RF generator. \n- The safety circuit is not connected in the RF generator. \n- Digital input E106.5 is defective.","- Close doors or covers in the RF generator. Resolve current errors and then delete them. \n- Check the +10-X1 plug in the RF generator.",""]
[13001338,"Safety circuit opened by key switch beam block on the control panel E106.6   (0DC6)","2001-03-08","'Beam on' not possible.","- The beam block on the laser control panel has been activated by a key switch. \n- A laser control panel is not connected or is not available and the plug with pre-installed shorting jumper is missing at the +29-X1 connection.","- Deactivate beam block. \n- Slip shorting jumpers on plug.",""]
[13001339,"Safety circuit opened by back-up contactor(s) E106.7   (0DC7)","2001-03-08","'Beam on' not possible.","- There are no shorting jumpers available for standard-application lasers. \n- Application-specific safety contacts are open, or not yet connected. \n- Digital input E106.7 is defective.","- Use shorting jumpers. \n- Close connected contacts.","- Checksum error for application specific contacts looped in the safety circuit. The description and location of the contacts are found in the special circuit diagram."]
[13001340,"Safety circuit opened by the EMERGENCY STOP circuit of the machine control (external) E107.0 (0DC8)","2014-08-11","General: The warning appears if the beam is switched off. It serves as indication that the beam cannot be switched on.","General: The EMERGENCY STOP circuit of the machine is open.\nE.g. the EMERGENCY STOP button is actuated on the machine control.\n\nVariant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nThe 'No EMERGENCY STOP from machine' signal is read in via the safe slave sensor-actuator interface 20. Sensor-actuator interface assembly is defective.\n\nVariant 2: \nEUV system (EtherCat):\nThe superordinate external control has opened the EMERGENCY-STOP circuit of the EUV system via the X50 interface at PreA1.\nThe respective input terminal in the EtherCat system is defective. See 'Comment' section.\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nThe superordinate machine control has opened the EMERGENCY-STOP circuit of the laser via the X50 interface.\nThe respective input terminal in the EtherCat system is defective. See 'Comment' section.\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe X50 interface is not connected.\nInput E107.0 is defective.","Cancel the EMERGENCY STOP at the machine or external machine control.","Variant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nE107.0 displays the results of the evaluation of the safe AS-i slave with address 20, which is read in via E121.0 and copied to E107.0.\n\nVariant 2:\nEUV system (EtherCat):\nThe message appears if there is no signal at the inputs in one of the following configurations:\n- (TLAmp Coax) =CT+CB-K16, IN 3-4;\n- (Coax 3100) =+30-BES10, IN3-4;\n- (MasterC) =CT+CB-K16, IN 3-4;\n- (TruCoax HPSS) =CT+CB-K21, IN 3-4;\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nThe message appears if there is no signal at the following inputs:\n- (C07 Coax) =CT+CB-K9, IN 1-2;\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe message appears if there is no signal at the following input:\nE107.0"]
[13001341,"Safety circuit opened by EMERGENCY STOP button of the laser control panel E107.1 (0DC9)","2014-08-11","General: The warning appears if the beam is switched off. It serves as indication that the beam cannot be switched on.","General: The EMERGENCY STOP button is pressed on the laser control panel.\n\nVariant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\n- The 'No EMERGENCY STOP from laser control panel' signal is read in via the safe slave sensor-actuator interface with address 12. Sensor-actuator interface assembly is defective.\n- The laser cabinet is equipped with a +29-X1 connection for a laser control panel. However, no laser control panel is connected or the plug with the installed short-circuiting bridges is missing.\n\nVariant 2:\nEUV system (EtherCat):\nThe respective input terminal in the EtherCat system is defective. See 'Comment' section.\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nNo laser control panel is intended and the shorter plug =CT+CB-X1 is missing. \nThe respective input terminal in the EtherCat system is defective. See 'Comment' section.\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe 'No EMERGENCY STOP from laser control panel' signal is read in via input E107.1. The input is defective.\n- The laser cabinet is equipped with a +29-X1 connection for a laser control panel. However, no laser control panel is connected or the plug with the installed short-circuiting bridges is missing.","- Unlock the EMERGENCY STOP button on the laser control panel.\n- Apply the plug with short-circuiting bridges if no laser control panel is intended.","Variant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nE107.1 displays the results of the evaluation of the safe AS-i slave with address 12, which is read in via E128.4 and copied to E107.1.\n\nVariant 2:\nEUV system (EtherCat):\nThe message appears if there is no signal at the inputs in one of the following configurations:\n(TruCoax3100) +30-BES2, IN3-4;\n(TruCoaxHPSS) =CT+CB-K12, IN3-4;\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nThe message appears if there is no signal at the following inputs: \n- (C07 Coax) =CT+CB-K6, IN3-4;\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe message appears if there is no signal at the following input:\nE107.1"]
[13001342,"Safety circuit opened by resonator casing 2  E111.0   (0DCA)","2001-03-08","'Beam on' not possible.","- Outer hood 2 on the resonator is open. \n- The +22-S6.2 safety switch is defective. \n- Digital input E111.0 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13001343,"Safety circuit opened by resonator casing 3  E111.1   (0DCA)","2001-03-08","'Beam on' not possible.","- Outer hood 3 on the resonator is open. \n- The +22-S6.3 safety switch is defective. \n- Digital input E111.1 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13001344,"Safety circuit opened by resonator casing 4  E111.2   (0DCC)","2001-03-08","'Beam on' not possible.","- Outer hood 4 on the resonator is open. \n- The +22-S6.4 safety switch is defective. \n- Digital input E111.2 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13001345,"Safety circuit opened by resonator casing 5  E111.3   (0DCD)","2001-03-08","'Beam on' not possible.","- Outer hood 5 on the resonator is open. \n- The +22-S6.5 safety switch is defective. \n- Digital input E111.3 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13001346,"Safety circuit opened by resonator casing 6  E111.4   (0DCE)","2001-03-08","'Beam on' not possible.","- Outer hood 6 on the resonator is open. \n- The +22-S6.6 safety switch is defective. \n- Digital input E111.4 is defective. \n- The shorting jumper is missing if no telescope has been mounted.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13001347,"Safety circuit open due to RF cover 2 E111.5 (0DCF)","2015-01-30","The laser beam is switched off and cannot be switched on.","- Inner hood 2 (= RF cover 2) on the resonator is open.\n- The switch on RF cover 2 is defective or not connected.\n- Digital input E111.5 is defective.","- Close inner hood.\n- Check or replace switch.","TLAmp 33x0:\nTasc_Inp(A) 111.5\n(PAx): +30-BES35, IN2-3"]
[13001348,"Safety circuit open due to RF cover 3 E111.6 (0DD0)","2015-01-30","The laser beam is switched off and cannot be switched on.","- Inner hood 3 (= RF cover 3) on the resonator is open.\n- The switch on RF cover 3 is defective or not connected.\n- Digital input E111.6 is defective.","- Close inner hood.\n- Check or replace switch.","TLAmp 33x0:\nTasc_Inp(A) 111.6\n(PAx): +30-BES35, IN4-5"]
[13001349,"Safety circuit open due to RF cover 4 E111.7 (0DD1)","2015-01-30","The laser beam is switched off and cannot be switched on.","- Inner hood 4 (= RF cover 4) on the resonator is open.\n- The switch on RF cover 4 is defective or not connected.\n- Digital input E111.7 is defective.","- Close inner hood.\n- Check or replace switch.","TLAmp 33x0:\nTasc_Inp(A) 111.7\n(PAx): +30-BES35, IN6-7"]
[13001350,"Safety circuit opened by RF generator 2  E112.0   (0DD2)","2001-03-08","'Beam on' not possible.","- There are errors current in the RF generator or the doors or covers are open. Please note the error messages at the RF generator. \n- The safety circuit is not connected in the RF generator. \n- Digital input E112.0 is defective.","- Close doors or covers in the RF generator. Resolve current errors and then delete them. \n- Check the +11-X1 plug in the RF generator.",""]
[13001351,"Safety circuit opened by resonator casing 1  E106.3   (0DD3)","2001-03-08","'Beam on' not possible.","- Outer hood 1 on the resonator is open. \n- The +22-S6.1 safety switch is defective. \n- Digital input E106.3 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000\nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13001352,"Safety circuit open due to RF cover 1 E106.4 (0DD4)","2015-01-30","The laser beam is switched off and cannot be switched on.","- Inner hood 1 (= RF cover 1) is open.\n- Switch on RF cover 1 is defective or not connected.\n- Digital input E106.4 is defective.","- Close inner hood.\n- Check or replace switch.","TLAmp 33x0:\nTasc_Inp(A) 106.4\n(PAx): +30-BES35, IN0-1"]
[13001353,"Optional safety switch open / TruLaser 50x0 only: Electrical cabinet door RF generation is open (E124.0)","2019-11-11","The laser beam cannot be switched on.","Only TruLaser 5030, 5040, 5060: The electrical cabinet door is open for the RF modules.\nGeneral:\nThe safety device reports error because the safety switch at ASi slave 23 is opened.\nIf the error occurs despite the safety device being closed:\n- ASi slave No. 23 may be defective.\n- ASi communication has been interrupted. Please view error display on the display of the DP AS-i gateway.","Only TruLaser 5030, 5040, 5060:\n- Close the electrical cabinet door of the RF modules.\nGeneral:\n- Close the safety device.\n- Check or replace switch.\n- Replace the ASi module.","Only TruLaser 5030, 5040, 5060:\n- The electrical cabinet door is monitored by the ASi slave No. 23 for the RF modules\nGeneral:\n- There is an optional safety device at this laser that is monitored by ASi slave No. 23."]
[13001354,"The optional safety switch is open (E125.0)","2019-11-11","The laser beam cannot be switched on.","The safety device reports error because the safety switch at ASi slave 24 is opened.\n\nIf the error occurs despite the safety device being closed:\n- ASi slave No. 24 may be defective.\n- ASi communication has been interrupted. Please view error display on the display of the DP AS-i gateway.","- Close the safety device.\n- Check or replace switch.\n- Replace the ASi module.","There is an optional safety device at this laser that is monitored by ASi slave No. 24."]
[13001355,"Safety circuit open due to beam block. Cause %1 (0CD7)","2015-01-30","The warning appears if the beam block is activated with the beam switched off. The laser beam cannot be switched on.","Cause:\n- 1 : The beam block was activated on the LP04 laser operating panel. Or an LP04 laser operating panel is not connected and the plug with the installed short-circuiting bridges is missing at the connection.\n- 2: The beam block was activated by the external machine control or on the external machine control desk.","- Deactivate beam block.\n- Connect the plug with short-circuiting bridges.","Tasc_inp E106.6\nPAx: +30-BES32, IN1-2\nPreA1: =CT+CB-K18, IN1-2\nTruCoax3100: +30-BES15, IN1-2\nTruCoax C07: =CT+CB-K9, IN1-2\nMasterC: =CT+CB-K18, IN1-2\nTruCoax-PreA-VC6: =CT+CB-K25, IN1-2"]
[13001356,"Safety circuit %1 of RF generator %2 open.","2016-10-17","The laser beam will not be able to be switched on.","The RF generator control has detected an internal faulty status and opened the safety circuit. The faulty status is indicated by additional messages.","Try to eliminate the cause of the error in the RF generator.",""]
[13001357,"The safety circuit is open due to the change between service mode and non-service mode","2017-02-22","The laser beam cannot be switched on.","Due to a change between service mode and non-service mode, the safety logic is blocking the power supply activation for the RF generators.","Actuate the Alarm Reset key.","Only TruFlow-EtherCat: message is generated by the EtherCat safety logic and evaluated in the laser control via input E123.5. The logic is inverted."]
[13001415,"Shall the generator software be updated?","2006-04-05","Message display.","A version of the generator software that is newer than the version that is currently being used in the generators is on the hard disk of the laser control system.","Updating the generator software can be started with job 139. The update takes about five minutes, somewhat longer if there are several generators. The procedure is completed when a circling dash appears on the 7-segment display of the TASC3. The system must be switched off and then on again after updating is completed.\n\nIf no update is to be performed, the cyclic warning that appears can be permanently suppressed using job 138 and the machine data subsequently saved.","ATTENTION:\nUnder no circumstances should the main switch be switched off when performing the update."]
[13001419,"Generator software is not standardized (0EB3)","2011-01-14","The warning is displayed once after the control system start-up.","The equipment has several generators which are equipped with different software versions.","Update all the generator software versions to the latest version.","After starting job 130, all version codes are output on the HyperTerminal."]
[13001421,"Warning:  deviation between RF controller output of the TASC3 and nominal values in the RF Generator 1 too large! (0EB5)","2004-12-07","--","The deviation between the issued controller outputs for gating frequency or pulse duty factor and the values measured in the RF Generator 1 are too large in PULSING F operating mode. (see dialog box 'RF Generator': Analog value 'clock frequency' or' cycle ratio').","--","This warning is only used as an opportunity for fault diagnostics in connection with laser output problems."]
[13001422,"Warning:  deviation between RF controller output of the TASC3 and nominal values in the RF Generator 2 too large!","2004-10-01","--","The deviation between the outputted controller outputs for gating frequency or pulse duty factor and the values measured in the RF Generator 2 are too large in the PULSING F operating mode. (see dialog box 'RF Generator': Analogue value 'clock frequency' or' cycle ratio').","--","This Warning is only used as an opportunity for fault diagnostics in connection with laser output problems."]
[13001423,"Warning:  deviation between RF controller output of the TASC3 and nominal values in the RF Generator 3 too large!","2004-10-01","--","The deviation between the outputted controller outputs for gating frequency or pulse duty factor and the values measured in the RF Generator 3 are too large in the PULSING F operating mode. (see dialog box 'RF Generator': Analogue value 'clock frequency' or' cycle ratio').","--","This Warning is only used as an opportunity for fault diagnostics in connection with laser output problems."]
[13001424,"Warning:  deviation between RF controller output of the TASC3 and nominal values in the RF Generator 4 too large!","2004-10-01","--","The deviation between the outputted controller outputs for gating frequency or pulse duty factor and the values measured in the RF Generator 4 are too large in the PULSING F operating mode. (see dialog box 'RF Generator': Analogue value 'clock frequency' or' cycle ratio').","--","This Warning is only used as an opportunity for fault diagnostics in connection with laser output problems."]
[13001805,"Gas circulation: Cumulative error at frequency converter 2","2019-11-11","The gas circulation is switched off. Blower 2 is switched off by the frequency converter 2 and coasts to a stop. Laser control system only allows the blower to be started after four minutes. The process cooler remains switched on during shutdown of the laser until the turbine has come to a complete stop.","Malfunction on frequency converter 2: cause is displayed on the frequency converter screen as long as no alarm reset is triggered on the laser control system.\nTurbine overload due to excessive gas pressure:\n- Pressure transmitter is defective.\n- Gas pressure too high or wrong gas type, or gas mixer defective.\n- Defective blower.","- EUV-PA:\nOpen the SC-PDE and read the error codes on frequency converter 2 (+5-A3). \n\n- TruFlow Standard:\nOpen the electrical cabinet and read the error codes on frequency converter 2.\n\nIf the 'Overcurrent' error code is displayed, check the gas pressure with an external measuring device.\nIf the 'Overcurrent' error code is displayed and the gas cylinders have been replaced shortly before, check the gas cylinder connection sequence.","- Warning is output if error occurs during blower start-up.\n- In the case of two blowers, the other error-free blower is switched off under control.\n\nTASC input E109.0\nEUV-PA: +30-BE5: IN9"]
[13001806,"Cumulative error, magnetic bearing regulation from blower 2","2019-11-11","The laser cannot be switched on or started up.","Read off the cause of error at the magnetic bearing electronics display.","- EUV-PA:\nOpen the SC-PDE and read the error codes on MBE 2 (+5-A4). \n\n- TruFlow > 10 kW:\nOpen the electrical cabinet and read the error codes on MBE 2.","TASC input E109.4\nEUV-PA: +30-BE5: IN13"]
[13001811,"Gas circulation 2: Overcurrent, motor circuit-breaker frequency converter","2019-11-11","The gas circulation cannot be switched on.\nThe warning only occurs if the motor circuit-breaker is already switched off when the laser is switched off.","The motor circuit-breaker of the frequency converter for blower 2 has been switched off or has tripped during laser operation.\nIf the motor circuit-breaker has not tripped, digital input E109.0 is probably defective.","- EUV-PA:\nOpen the SC-PDE and check that the motor circuit-breaker -CB2 is switched off.\n\n- TruFlow Standard:\nOpen the electrical cabinet and check whether the motor circuit-breaker of the frequency converter 2 is switched off. \n\nIf the motor circuit-breaker is switched off, check whether the motor circuit-breaker may be switched on again.\nSwitch off the TruFlow or PA and wait until a pressure of 1100 hPa is displayed. \nSwitch the motor circuit-breaker back on.\nSwitch on the voltage supply of the frequency converter via the 'manual functions' / 'Turbine main voltage'.\nIf the motor circuit-breaker trips again, the frequency converter is probably defective and must be replaced.","TASC input E109.0 is zero.\nEUV-PA: +30-BE5: IN9"]
[13001812,"Gas circuit 2: excess current, motor circuit-breaker magnetic bearing (12AC)","2015-11-18","The laser cannot be switched on or started up.","The motor circuit-breaker for the magnetic bearing regulation of fan number 2 has been triggered.","",""]
[13002004,"Output coupling mirror monitoring has responded (14A4)","2016-04-15","Display of the warning. When attempting to switch on the laser beam, instead of the warning, an alarm is triggered provided the cause of the warning still exists.","The output coupling mirror is dirty or damaged.\nThe monitoring sensor is defective.\nThe wiring of the sensor is not OK.\nElectromagnetic interference due to neighboring systems (components).\nThe digital input is faulty.","Delete the message by pressing the RESET key.",""]
[13002006,"Warning output coupler monitoring is shut down by machine data","2005-07-27","Cyclic note on the control panel.","The resonator is equipped with a module for monitoring the output mirror. Monitoring is shut down by machine data MD32 'Suppression time for output coupler monitoring'.","Set the suppression time to 0 to activate the monitoring. All values for MD32 which are greater than 10 seconds shut the monitoring down.",""]
[13002007,"Output coupling mirror monitoring 2 has responded (14A7)","2016-04-15","Display of the warning. When attempting to switch on the laser beam, instead of the warning, an alarm is triggered provided the cause of the warning still exists.","The output coupling mirror is dirty or damaged.\nThe monitoring sensor is defective.\nThe wiring of the sensor is not OK.\nElectromagnetic interference due to neighboring systems (components).\nThe digital input is faulty.","Delete the message by pressing the RESET key.",""]
[13002009,"Warning: output coupler monitoring 2 is switched off by machine data.","2013-05-08","Cyclic note on the control panel","The resonator is equipped with an assembly for monitoring the output coupling mirror. Monitoring \nis switched off by machine data MD32 'Output coupler monitoring suppression time'.","Set the suppression time to 0 to activate monitoring. \nAll values for MD32 which are greater than 10 seconds switch off the monitoring.",""]
[13002010,"PPB/FU - OMS at W%1 triggered -S%2 (14AA)","2016-04-15","Display of the warning. When attempting to switch on the laser beam, instead of the warning, an alarm is triggered provided the cause of the warning still exists.","The window is dirty or damaged.\nThe monitoring sensor is defective.\nThe wiring of the sensor is not OK.\nElectromagnetic interference due to neighboring systems (components).\nThe digital input is faulty.","Delete the message by pressing the RESET key.",""]
[13002012,"Warning PPB/FU - OMS at W%1 -S%2 switched off by machine data","2013-05-08","Cyclic note on the control panel","The resonator is equipped with an assembly for monitoring the output coupling mirror. Monitoring \nis switched off by machine data MD32 'Output coupler monitoring suppression time'.","Set the suppression time to 0 to activate monitoring. \nAll values for MD32 which are greater than 10 seconds switch off the monitoring.",""]
[13002016,"For mirror %d sensor %d, warning %d of a maximum of %d warnings occurred.","2017-05-17","Output of a message.","One of the output coupling mirror monitoring units has indicated an error state. This warning shows how frequently the error state was already indicated. If the maximum number of warnings is reached, an alarm is triggered.","",""]
[13002101,"The laser power closed-loop control is switched off, actual power level too low (15A1).","2009-03-11","The laser power closed-loop control was switched off.\nAs long as the laser power closed-loop control is not working, the gating ratio which is calculated in the Calibration software module will be issued as the controller output.","The actual output is less than 40 Watt.","none","The laser power closed-loop control will energize itself automatically once the actual output exceeds 40 Watt."]
[13002102,"The laser power closed-loop control is switched off, required power level too low (15A2).","2009-03-11","The laser power closed-loop control was switched off.\nAs long as the laser power closed-loop control is not working, the gating ratio which is calculated in the Calibration software module will be issued as the controller output.","The required output is less than 40 Watt.","none","The laser power closed-loop control will energize itself automatically once the required output exceeds 40 Watt."]
[13002103,"The laser power closed-loop control is switched off, required frequency is too high (15A3).","2009-03-11","The laser power closed-loop control was switched off.\nAs long as the laser power closed-loop control is not working, the gating ratio which is calculated in the Calibration software module will be issued as the controller output.","The required frequency is greater than 50 kHz.","none","The laser power closed-loop control will energize itself automatically if the required frequency falls below 50 Watt."]
[13002104,"The laser power closed-loop control is switched off, MD64 is zero (15A4).","2009-03-11","The laser power closed-loop control was switched off.\nAs long as the laser power closed-loop control is not working, the gating ratio which is calculated in the Calibration software module will be issued as the controller output.","The machine data MD64, power monitor lower limit is zero.","none","The laser power closed-loop control will energize itself automatically if MD64 set to not equal zero."]
[13002105,"Laser power closed-loop control: Controller output limit is active (15A5).","2009-03-11","none","","","The regulator controller output is limited to maximum values of +/-10% of the required gating ratio. This warning message indicates that the controller output limit was briefly active."]
[13002106,"The laser power closed-loop control is switched off, the reference setting is greater than the required laser power (15A6).","2009-03-11","The laser power closed-loop control was switched off.\nAs long as the laser power closed-loop control is not working, the gating ratio which is calculated in the Calibration software module will be issued as the controller output.","* The required power selected is too great.\n* MD12 too small.","",""]
[13002204,"Output coupler temperature warning limit reached (16A4)","2015-01-30","None","Output coupling mirror is defective.\nThe cooling of the output coupling mirror is insufficient.","Check the course of the output coupler's temperature.\nThe output coupler temperature can be issued cyclically on the hyperterminal by means of diagnostic job 125\n\nInform Technical Service",""]
[13002205,"Temperature of phase shifter warning limit reached (16A5)","2008-12-05","None","(1) The phase shifter is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on phase shifter does not function properly.\n(3) The ASI slave module is defective.\n(4) Counter-reflexes during aluminum processing heats the phase shifter over the permissible limit value.","Contact TRUMPF Technical Customer Service","The temperature on the phase shifter has exceeded the warning point set in the MD140 machine parameter.\nBeam enable is cancelled when the error limit is exceeded."]
[13002206,"Temperature increase of phase shifter warning limit reached (16A6)","2008-12-05","None","(1) The phase shifter is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on phase shifter does not function properly.\n(3) The ASI slave module is defective.\n(4) Counter-reflexes during aluminum processing heats the phase shifter over the permissible limit value.","Contact TRUMPF Technical Customer Service.","The increase in temperature per time unit at the phase shifter has exceeded the warning limit set in MD141 machine parameter. Beam enable is cancelled when the error limit is exceeded."]
[13002208,"Cumulative error, hydrocarbon filter (16A8)","2017-05-17","","1) The door is open (switch S1),\n2) The temperature of the air flow downstream of the cooling coil is still higher than 50°C,\n3) The air pressure at the inlet is too low (< 4 bar), \n4) The alarm contact of temperature controller N1 has triggered,\n5) The power supply is switched off.","1) Close the door of the hydrocarbon filter.\n2) Check the filter elements for clogging.\n3) Check the air pressure at the inlet.\n4) See operator's manual for hydrocarbon filter.\n5) Check the power supply.","The message appears if\n1) MD49.bit2 = 1, i.e. in MD49 a value of 4 or higher is set.\n2) Input E130.7 'No cumulative error of hydrocarbon filter' indicates the status '0' for a time > 3sec."]
[13002301,"Control voltage circuit breaker 1L+ not enabled","2014-08-11","","","","Tasc_inp(A) 153.6\n(HPSS) =CT+CB-K30, IN3"]
[13002304,"CH – Door switch error %1 (17a4)","2014-08-11","","","","Tasc_inp(A) 168.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K3, IN2-3\n\nTasc_inp(A) 168.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K3, IN4-5\n\nTasc_inp(A) 168.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K3, IN6-7\n\nTasc_inp(A) 168.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K4, IN0-1\n\nTasc_inp(A) 168.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K4, IN2-3\n\nTasc_inp(A) 168.6\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K4, IN4-5\n\nTasc_inp(A) 168.7\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K4, IN6-7\n\nTasc_inp(A) 169.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K5, IN0-1\n\nTasc_inp(A) 169.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K5, IN2-3\n\nTasc_inp(A) 169.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K5, IN4-5\n\nTasc_inp(A) 169.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K5, IN6-7\n\nTasc_inp(A) 169.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K6, IN0-1\n\nTasc_inp(A) 169.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K6, IN2-3\n\nTasc_inp(A) 169.6\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K6, IN4-5\n\nTasc_inp(A) 169.7\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K6, IN6-7\n\nTasc_inp(A) 170.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K7, IN0-1\n\nTasc_inp(A) 170.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K7, IN2-3\n\nTasc_inp(A) 170.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K7, IN4-5\n\nTasc_inp(A) 170.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K7, IN6-7\n\nTasc_inp(A) 170.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K8, IN0-1\n\nTasc_inp(A) 170.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K8, IN2-3\n\nTasc_inp(A) 170.6\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K8, IN4-5\n\nTasc_inp(A) 170.7\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K8, IN6-7\n\nTasc_inp(A) 171.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K9, IN0-1\n\nTasc_inp(A) 171.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K9, IN2-3\n\nTasc_inp(A) 171.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K9, IN4-5\n\nTasc_inp(A) 171.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K9, IN6-7\n\nTasc_inp(A) 171.4\n(Coax+BTSFFA) IN0-1\n(MasterC)"]
[13002305,"CH - EMO button no. %1 triggered (17a5)","2014-08-11","Note that the laser beam cannot be switched on.\nThe line contactors drop out. As a result, the entire TLAmp is de-energized. The heat exchanger is also switched off.\nOnly the TASC laser control systems and the LP04 laser operating devices are switched on.","- EMO button no x on the 'common housing' has been pressed.\n- The respective input terminal in the EtherCat system is defective.\n\nFor details on the allocation, refer to the 'Comment' section.","Unlock the EMO button on the 'common housing'.","EUV system (EtherCat):\nThe message appears if there is no signal at the following inputs:\n\nNo. 1\nTasc_inp(A) 167.0\n(TLAmp Coax) =CT-CH.EP1-K1, IN0-1\n(MasterC) =CT-CH.EP1-K1, IN0-1\n\nNo. 2\nTasc_inp(A) 167.1\n(TLAmp Coax) =CT-CH.EP1-K1, IN2-3\n(MasterC) =CT-CH.EP1-K1, IN2-3\n\nNo. 3\nTasc_inp(A) 167.2\n(TLAmp Coax) =CT-CH.EP1-K1, IN4-5;\n(MasterC) =CT-CH.EP1-K1, IN4-5;\n\nNo. 4\nTasc_inp(A) 167.3\n(TLAmp Coax) =CT-CH.EP1-K1, IN6-7;\n(MasterC) =CT-CH.EP1-K1, IN6-7;\n\nNo. 5\nTasc_inp(A) 167.4\n(TLAmp Coax) =CT-CH.EP1-K2, IN0-1;\n(MasterC) =CT-CH.EP1-K2, IN0-1;\n\nNo. 6\nTasc_inp(A) 167.5\n(TLAmp Coax) =CT-CH.EP1-K2, IN2-3;\n(MasterC) =CT-CH.EP1-K2, IN2-3;\n\nNo. 7\nTasc_inp(A) 167.6\n(TLAmp Coax) =CT-CH.EP1-K2, IN4-5;\n(MasterC) =CT-CH.EP1-K2, IN4-5;\n\nNo. 8\nTasc_inp(A) 167.7\n(TLAmp Coax) =CT-CH.EP1-K2, IN6-7;\n(MasterC) =CT-CH.EP1-K2, IN6-7;\n\nNo. 9\nTasc_inp(A) 168.0\n(TLAmp Coax) =CT-CH.EP1-K3, IN0-1;\n(MasterC) =CT-CH.EP1-K3, IN0-1;"]
[13002306,"PDE plug for network feed is not plugged into switch cabinet (17a6)","2015-01-30","PAx only: the PDE does not have any supply voltage. The blower and gas supply cannot be activated.","PAx only:\n- The +19-X1B plug for the main voltage supply of the SC-PDE is not plugged in.\n- If +19-X1B plug is plugged in, there could be a wiring error at the sensor cables leading to the E150.0 TwinSafe inputs.","- Check whether the +19-X1B plug is plugged in correctly.\n- If the plug is plugged in correctly and the message cannot be deleted, check the wiring of the sensor cables in the plug using the schematics.","Tasc_inp(A) 150.0\n(TLAmp PAx) =30-BES5, IN3-4"]
[13002307,"Status of the contactor relay of the line contactor is incorrect (17a7)","2014-11-07","Error: \nWhen the line contactor switched off, the contactor relays signal that the line contactor is switched on.\nWhen the line contactor switched on, the contactor relays signal that the line contactor is switched off.","- Contacts of the contactor relays are stuck.","Check the contacts of the contactor relays which are switched via A150.1.","This is a plausibility check of the statuses of outputs A150.1 and E150.1.\nNominal condition:\n- If A150.1 is switched on, E150.1 must deliver status '0'. \n- If A150.1 is switched off, E150.1 must deliver status '1'. \n\nMonitoring is done via:\nTasc_inp 150.1\n(Pax) =30-BES5, IN1 \n(HPSS) =CT+CB-K19, IN2\n(TruCoax3100) +30-BES7, IN2\n\nTasc_out 150.1\n(Pax) +30-BAS3\n(HPSS) =CT+CB-K27\n(TruCoax3100) +30-BAS3"]
[13002308,"The left switch cabinet door is open (17a8)","2014-11-07","The warning appears when opening the door under operating voltage is allowed via the key switch.","- The left switch cabinet door is open.\n- The door switch is incorrectly adjusted.\n- Door switch of digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp 150.2\n(PAx) +30-BES1, IN1-2\n(HPSS) =CT+CB-K16, IN1-2"]
[13002309,"The middle switch cabinet door is open (17a9)","2014-11-07","The warning appears when opening the door under operating voltage is allowed via the key switch.","- The middle switch cabinet door is open.\n- The door switch is incorrectly adjusted.\n- Door switch of digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp 150.3\n(PAx) +30-BES1, IN3-4"]
[13002310,"The right switch cabinet door is open (17aa)","2014-11-07","The warning appears when opening the door under operating voltage is allowed via the key switch.","- The right switch cabinet door is open.\n- The door switch is incorrectly adjusted.\n- Door switch of digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp 150.4\n(PAx) +30-BES2, IN1-2\n(HPSS) =CT+CB-K16, IN3-4"]
[13002311,"Leakage current monitoring was triggered (17ab)","2014-11-07","- The line contactor of the affected laser is switched off. I.e. everything is switched off on the affected laser.\n- The red warning lamp is illuminated on the switch cabinet of the affected laser.\n- The safety circuit is opened on the other lasers.","- The measuring device for monitoring the leakage current has detected an excessive fault current.\n- The measuring device could be defective.","- Open the switch cabinet on which the red warning lamp is illuminated.\n- Press the Reset button on the measuring device for the leakage current monitor for at least 8 seconds.\n- Afterwards, press the Error Reset button on the LP04 laser panel of the affected laser.\n- Try to switch this laser back on again.\n- If the leakage current monitor is triggered again, the cause for this must be found.","Tasc_inp(A) 150.5\n(TLAmp PAx) +30-BES4, IN3-4\n(PreA1) =CT+CB-K31, IN14-15 or CT+CB-K30, IN1-2\n(Coax3100) +30-BES6, IN3-4\n(MasterC) =CT+CB-K30, IN1-2\n(HPSS) =CT+CB-K18, IN3-4"]
[13002312,"Main switch switched off (17ac)","2014-11-07","PreA1 only:\nThe main switch of the laser is switched off. The message appears because the laser control and LP04 laser panel upstream of the main switch is connected. \nThe laser cannot be powered up.","","If permissible, switch on the main switch.","Tasc_inp(A) 150.6\n(PreA1) =CT+CB-K25, IN4\n\n(TLAmp PAx) +30-BES20, IN1\n(Coax3100) +30-BES1, IN1\n(MasterC) =CT+CB-K25, IN4\n(HPSS) =CT+CB-K10, IN1"]
[13002313,"Ethernet power supply circuit breaker switched off (17ad)","2014-11-07","The 24 V DC power supply for the network switch, COM server and telephone modem was switched off due to overload. The Ethernet network connection to the LP04 panel and the HF11 generators has been interrupted.","- Ethernet switch is defective.\n- Com server is defective.\n- Telephone modem is defective.","- Open the switch cabinet of the laser whose LP04 laser panel shows error message no. 20105011.\n- Look for circuit breaker +1-CB05.\n- Look for the cause of the overload using the schematics.","Tasc_inp(A) 150.7\n(TLAmp PAx) +30-BE1, IN9\n(Coax3100) +30-BE1"]
[13002314,"PDE control electronics power supply circuit breaker switched off (17ae)","2014-11-07","The 24 V DC power supply for the PDE control electronics was switched off due to overload.","- EtherCat digital inputs in the PDE might be defective and generate an overload.\n- Cable break between the switch cabinet and PDE.","- Open the switch cabinet of the laser whose LP04 laser panel displays this message.\n- Look for circuit breaker +1-CB07.\n- Look for the cause of the overload in the PDE using the schematics.","Tasc_inp(A) 151.0\n(TLAmp PAx) +30-BE1, IN10"]
[13002315,"Power supply circuit breaker for the EtherCat feed switched off (17af)","2014-11-07","The 24 V DC power supply for the EtherCat feed was switched off due to overload.","- The EtherCat feed terminal or downstream EtherCat components are defective.","- Open the switch cabinet of the laser whose LP04 laser panel displays this message.\n- Look for circuit breaker +1-CB010.\n- Look for the cause of the overload in the EtherCat feed using the schematics.","Tasc_inp(A) 151.1\n(PAx) +30-BE1, IN12\n(Coax3100) +30-BE1, IN12"]
[13002316,"Control voltage circuit breaker %1 switched off","2017-02-22","The 24 V DC power supply for the supply of 1L+ or 2L+ or 3L+ or strand 4 was switched off due to overload.","Overload on a consumer which is connected to 1L+ or 2L+ or 3L+ or strand 4.","- Open the switch cabinet of the laser whose LP04 laser panel displays this message.\n- Only PreA1, PAx: Look for circuit breaker +4-CB01, +4-CB02, +4-CB03.\n- Look for the cause of the overload using the schematics.","No. 1 = 1L+ supply\nTasc_Inp(A) 151.2\n(TLAmp PAx) +30-BE1, IN13\n(Coax3100) +30-BE1, IN13\n(TruFlow EtherCat) =CT+CB-K3.IN2 / 1\n\nNo. 2 = 2L+ supply\nTasc_Inp(A) 151.3\n(TLAmp Pax) +30-BE1, IN14\n(Coax3100) +30-BE1, IN14\n(TruFlow EtherCat) =CT+CB-K3.IN2 / 2\n\nNo. 3 = 3L+ supply\nTasc_Inp(A) 151.4\n(TLAmp Pax) +30-BE1, IN15\n(Coax3100) +30-BE1, IN15\n(TruFlow EtherCat) =CT+CB-K3.IN2 / 3\n\nNo. 4 = Supply from strand 4\n(TruFlow EtherCat) =CT+CB-K3.IN2 / 4"]
[13002317,"Power supply circuit breaker of the EtherCAT system bus switched off (17b1)","2014-11-07","The 24 V DC power supply for the EtherCat feed was switched off due to overload.","Components of the EtherCat system bus might be defective.","- Open the switch cabinet of the laser whose LP04 laser panel displays this message.\n- Look for circuit breaker -CB04.\n- Look for the cause of the overload in the EtherCat system bus using the schematics.","Tasc_inp(A) 151.5\n(PAx) +30-BE1, IN16\n(Coax3100) +30-BE1, IN16"]
[13002318,"Circuit breaker no. %1 switched off (17b2)","2016-10-17","A circuit breaker in the switch cabinet has shut down. The laser beam cannot be switched on.","If EUV (PAx), the following circuit breakers may be switched off:\nNo. 1: =L+10-CON3\nNo. 2: =L+10-CON4\nNo. 3: =L+10-CON7\nNo. 4: =L+10-CON8\nNo. 5: =L+11-CON3\nNo. 6: =L+11-CON4\nNo. 7: =L+11-CON7\nNo. 8: =L+11-CON8\n\nIf TruCoax3100 (PreA), the following circuit breakers may be switched off:\nNo. 1: RF generator supply\nNo. 2: RF generator supply\nNo. 3: RF generator safety circuit\nNo. 4: vacuum pump\nNo. 5: external control voltage\n\n3) If TruFlow EtherCat, the following circuit breakers may be switched off:\nNo. 1: generator 1 strand 1 contactor 1\nNo. 2: generator 1 strand 1 contactor 2\nNo. 3: generator 1 strand 2 contactor 1\nNo. 4: generator 1 strand 2 contactor 2\nNo. 5: generator 2 strand 1 contactor 1\nNo. 6: generator 2 strand 1 contactor 2\nNo. 7: generator 2 strand 2 contactor 1\nNo. 8: generator 2 strand 2 contactor 2","Open the switch cabinet and check the circuit breakers or input terminals.","No. 1:\nTasc_Inp(A) 151.6\n(TLAmp Pax) +30-BE2, IN1\n(Coax3100) +30-BE2, IN1\n\nNo. 2:\nTasc_Inp(A) 151.7\n(TLAmp Pax) +30-BE2, IN2\n(Coax3100) +30-BE2, IN2\n\nNo. 3:\nTasc_Inp(A) 152.0\n(TLAmp Pax) +30-BE2, IN3\n(Coax3100) +30-BE2, IN3\n\nNo 4:\nTasc_Inp(A) 152.1\n(TLAmp Pax) +30-BE2, IN4\n(Coax3100) +30-BE2, IN4\n\nNo. 5:\nTasc_Inp(A) 152.2\n(TLAmp Pax) +30-BE2, IN5\n(Coax3100) +30-BE2, IN9\n\nNo. 6:\nTasc_Inp(A) 152.3\n(TLAmp Pax) +30-BE2, IN6\n\nNo. 7:\nTasc_Inp(A) 152.4\n(TLAmp Pax) +30-BE2, IN7\n\nNo. 8:\nTasc_Inp(A) 152.5\n(TLAmp Pax) +30-BE2, IN8"]
[13002319,"Supply voltage circuit breaker of the switch cabinet fan switched off (17b3)","2014-11-07","","","","Tasc_inp(A) 152.6\n(TLAmp PAx) +30-BE2, IN9\n(Coax3100) +30-BE2, IN5"]
[13002320,"EtherCAT additional supply voltage circuit breaker not enabled (17b4)","2014-08-11","","","","Tasc_inp(A) 153.0\n(TLAmp PAx) +30-BE2, IN11\n(Coax3100) +30-BE2, IN11"]
[13002321,"SC PDE - plug for network feed is not plugged in","2019-11-11","PAx only: the PDE does not have any supply voltage. The blower and gas supply cannot be actuated. The\nThe SC-PDE does not have any current.","PAx only:\n- The +5-X1B plug for the main voltage supply is not plugged into the SC PDE.\n- If the connector +5-X1B is plugged in, there may be a wiring error on the sensor cables to the TwinSafe inputs E153.1.","- Check whether the +5-X1B plug is correctly plugged into the sub-cabinet PDE.\n- If the plug is plugged in correctly and the message cannot be deleted, check the wiring of the sensor cables in the plug using the schematics.","Tasc_inp(A) 153.1\n(TLAmp PAx) +30-BES30, IN1-2"]
[13002322,"SC PDE: Left door is open","2019-11-11","The warning appears if the key switch allows the door to be opened with the operating voltage switched on.","- The left door of the SC PDE is open.\n- The door switch is incorrectly adjusted.\n- Door switch or digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp(A) 153.2\n(TLAmp PAx) +30-BES31, IN1-2"]
[13002323,"SC PDE: Right door is open","2019-11-11","The warning appears if the key switch allows the door to be opened where there is operating voltage.","- The right door of the SC PDE is open.\n- The door switch is incorrectly adjusted.\n- Door switch or digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp(A) 153.3\n(TLAmp PAx) +30-BES31, IN3-4"]
[13002324,"Discrepancy error in TwinSafe group no. %1","2014-11-07","This message is only to provide additional information!\nMake sure you first process other messages triggered by a specific sensor or actuator (e.g. door switches, EMO buttons, etc.)\n\nThe message indicates that only one contact switched of a monitored two-channel switch or the second contact was triggered considerably later.","Position of safety switch maladjusted.\nSafety switch defective.\nE.g., cover monitored by a two-channel safety switch opens too slowly.","Correctly adjust the position of the safety switch.","EUV system (EtherCat):\nThis is a virtual input within the TwinSafe program.\n\nNo. 1: Tasc_inp(A) 200.2\n(PreA1, Pax, HPSS) TwinSAFE group 1\n\nNo. 2: Tasc_inp(A) 200.3\n(PreA1, Pax, HPSS) TwinSAFE group 2\n\nNo. 3: Tasc_inp(A) 200.4\n(PreA1, Pax, HPSS) TwinSAFE group 3\n\nNo. 4: Tasc_inp(A) 200.7\n(PreA1, Pax, HPSS) TwinSAFE group 4\n\nStarting from EtherCat version V01.03.00: \nNo. 5: Tasc_inp(A) 201.5\n(PreA1, Pax, HPSS) TwinSAFE group 5\n\nNo. 6: Tasc_inp(A) 202.5\n(PreA1, Pax, HPSS) TwinSAFE group 6\n\nNo. 7: Tasc_inp(A) 203.1\n(PreA1, Pax, HPSS) TwinSAFE group 7\n\nNo. 8: Tasc_inp(A) 203.2\n(PreA1, Pax, HPSS) TwinSAFE group 8\n\nNo. 9: Tasc_inp(A) 203.3\n(PreA1, Pax, HPSS)TwinSAFE group 9\n\nNo. 10: Tasc_inp(A) 203.4\n(PreA1, Pax, HPSS) TwinSAFE group 10\n\nNo. 11: Tasc_inp(A) 203.5\n(PreA1, Pax, HPSS) TwinSAFE group 11\n\nNo. 12: Tasc_inp(A) 203.6\n(PreA1, Pax, HPSS) TwinSAFE group 12\n\nNo. 13: Tasc_inp(A) 203.7\n(PreA1, Pax, HPSS) TwinSAFE group 13\n\nNo. 14: Tasc_inp(A) 207.0\n(PreA1, Pax, HPSS) TwinSAFE group 14\n\nNo. 15: Tasc_inp(A) 207.1\n(PreA1, Pax, HPSS) TwinSAFE group 15\n\nNo. 16: Tasc_inp(A) 207.2\n(PreA1, Pax) TwinSAFE group 16\n\nNo. 17: Tasc_inp(A) 207.3\n(PreA1) TwinSAFE group 17\n\nNo. 18: Tasc_inp(A) 207.4\n(PreA1) TwinSAFE group 18\n\nNo. 19: Tasc_inp(A) 207.5\n(PreA1) TwinSAFE group 19\n\nNo. 20: Tasc_inp(A) 207.6\n(PreA1) TwinSAFE group 20\n\nNo. 21: Tasc_inp(A) 207.7\n(PreA1) TwinSAFE group 21\n\nNo. 22: Tasc_inp(A) 208.0\n(PreA1) TwinSAFE group 22\n\nNo. 23: Tasc_inp(A) 208.1\n(PreA1) TwinSAFE group 23\n\nNo. 24: Tasc_inp(A) 208.2\n(PreA1) TwinSAFE group 24\n\nNo. 25: Tasc_inp(A) 208.3\n(PreA1) TwinSAFE group 25\n\nNo. 26: Tasc_inp(A) 208.4\n(PreA1) TwinSAFE group 26"]
[13002325,"SC PDE – Fan 1 circuit breaker not enabled (17b9)","2014-08-11","","","","Tasc_inp(A) 153.5\n(TLAmp PAx) +30-BE5, IN15"]
[13002326,"Error at the air conditioning unit on the switch cabinet door","2016-10-17","The maximum permissible temperature in the switch cabinet could be exceeded in the long term.","Defect in air conditioning unit.","Read out the error display at the air conditioning unit.","Tasc_Inp(A) 153.6\nTruFlow EtherCat: =CT+CB-K3.IN3/14"]
[13002327,"SC gas - overcurrent circuit breaker 24-V control voltage %1 before mains contactor or main switch","2019-11-11","EtherCAT modules in the 'SC Gas' are not supplied with voltage. There are subsequent errors.","PA:\nNo. 1 = Overload at +17-CB03,\nNo. 2 = Overload at +17-CB04,","Use the schematic to check which EtherCAT module is causing the overload and replace this module.","No. 1: Tasc_inp(A) 153.7\n(TLAmp PAx) +30-BE6, IN1\n(TruFlowEtherCat) =CT+CB-K3.IN4 / 9\n\nNo. 2: Tasc_inp(A) 154.0\n(TLAmp PAx) +30-BE6, IN2\n(TruFlowEtherCat) =CT+CB-K3.IN4 / 10\n\nOnly TruFlow-EtherCat:\nNo. 3: Tasc_inp(A) 163.1\n=CT+CB-K3.IN4 / 11\n\nNo. 4: Tasc_inp(A) 163.4\n=CT+CB-K3.IN4 / 12\n\nNo. 5: Tasc_inp(A) 163.5\n=CT+CB-K3.IN4 / 13"]
[13002328,"SC gas - overcurrent circuit breaker 24-V control voltage %1 after mains contactor or main switch","2019-11-11","The outputs on the EtherCAT module +30-BA4 are not supplied with voltage. No more gas supply valves are actuated. Subsequent errors can occur with regard to the gas pressure.","PA:\nNo. 1 = Overload at +17-CB05,\nNo. 2 = Overload at +17-CB06,","Use the schematic to check which actuator on +30-BA4 causes the overload.\nReplace the cable or the actuator or the EtherCAT module.","Tasc_inp(A) 154.1\n(TLAmp PAx) +30-BE6, IN3\n(TruFlowEtherCat) =CT+CB-K3.IN4 / 14\n\nTasc_inp(A) 154.2\n(TLAmp PAx) +30-BE6, IN4"]
[13002329,"SC gas – Plate heat exchanger fan circuit breaker not enabled (17bd)","2014-08-11","","","","Tasc_inp(A) 154.3\n(TLAmp PAx) +30-BE6, IN5"]
[13002330,"Circulation cooling circuit breaker in resonator switched off","2017-02-22","None","Circuit breaker switched off due to overcurrent.\nCircuit breaker was switched off manually.","Check to see whether an overload is present.","Tasc_Inp(A) 154.4\n(TLAmp PAx) +30-BE6, IN9\n(TflEtc): =CT+CB-K3.In1.In13"]
[13002331,"Circuit breaker switched off, 24 V control voltage upstream of main switch (PA) (17bf)","2017-02-22","","","","Tasc_Inp(A) 154.6\n(TLAmp PAx) +30-BE6, IN11"]
[13002332,"Circuit breaker +29-CB01, power supply laser panel is switched off","2019-11-11","The monitor of the laser panel is dark.","The automatic circuit breaker is switched off.\n- An overcurrent in the supply line to the laser panel or in the laser panel has switched off the automatic circuit breaker.","- If the automatic circuit breaker has been switched off for maintenance work, switch it on again.\n- If the automatic circuit breaker has switched off automatically, first check the supply line to the laser panel or the laser panel itself.","Tasc_Inp(A) 155.0\n(TLAmp PAx) +30-BE6, IN15"]
[13002333,"Circuit breaker not enabled, smoke alarm in PDE (17C1)","2014-08-11","","","","Tasc_inp(A) 154.5\n(TLAmp PAx) +30-BE6, IN10"]
[13002334,"Smoke alarm triggered in PDE (17c2)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Smoke' is reported to the MSC via the safety interface.","Smoke is in the PDE.\nThe smoke alarm or input terminal may be defective.","Follow the general instructions intended for a smoke alarm.\nIf no smoke is in the PDE, check the smoke alarm or input terminal.","Tasc_inp(A) 155.2\n(TLAmp PAx) +30-BES33, IN1"]
[13002335,"Water leak in the PDE (17c3)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the PDE indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the PDE and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 155.3\n(TLAmp PAx) +30-BES33, IN3-4"]
[13002336,"Overtemperature in the PDE (17c4)","2014-08-11","None.","It is too warm in the PDE, because the cooling water flow may be too low. Or the cooling water is too warm.\nThe temperature sensor or input terminal may be defective.","Open the PDE.\nCheck the water circulation and supply temperature.\nCheck the temperature sensor or the input terminal.","Tasc_inp(A) 155.4\n(TLAmp PAx) +30-BES30, IN3"]
[13002337,"High-voltage contactor = L +10-CON%1 not enabled (17c5)","2014-08-11","","","","Tasc_inp(A) 155.7\n(TLAmp PAx) +30-BES7, IN2\n(Coax3100) +30-BES9, IN2\n(HPSS) =CT+CB-K20, IN4\n\nTasc_inp(A) 156.0\n(TLAmp PAx) +30-BES7, IN3\n\nTasc_inp(A) 156.1\n(TLAmp PAx) +30-BES7, IN4"]
[13002338,"High-voltage contactor = L +10-CON%1 not energized (17c6)","2014-08-11","","","","Tasc_inp(A) 156.2\n(TLAmp PAx) +30-BES8, IN1\n(Coax3100) +30-BES9, IN3\n(HPSS) =CT+CB-K20, IN1\n\nTasc_inp(A) 156.3\n(TLAmp PAx) +30-BES8, IN2\n(Coax3100) +30-BES9, IN4\n(HPSS) =CT+CB-K20, IN2\n\nTasc_inp(A) 156.4\n(TLAmp PAx) +30-BES8, IN3\n\nTasc_inp(A) 156.5\n(TLAmp PAx) +30-BES8, IN4"]
[13002339,"Overcurrent motor circuit-breaker +10-CB1, RF gen. 1, power supply section 1 (17c7)","2015-01-30","The beam will not be able to be switched on because half of the RF modules are not supplied with voltage.","Short circuit in one of the connected RF modules.\nOverload in one of the RF modules.","Open the switch cabinet of the PA(x) on whose LP04 panel this message is displayed and check the status of the +10-CB1 motor circuit-breaker.","Tasc_inp(A) 156.6\n(TLAmp PAx) +30-BE3, IN1\n(Coax3100) +30-BE1, IN1"]
[13002340,"Overcurrent motor circuit-breaker +10-CB2, RF gen. 1, power supply section 2 (17c8)","2015-01-30","The beam will not be able to be switched on because half of the RF modules are not supplied with voltage.","Short circuit in one of the connected RF modules.\nOverload in one of the RF modules.","Open the switch cabinet of the PA(x) on whose LP04 panel this message is displayed and check the status of the +10-CB2 motor circuit-breaker.","Tasc_inp(A) 156.7\n(TLAmp PAx) +30-BE3, IN2"]
[13002341,"Power plug +10-X1B for RF-generator 1 is unplugged","2019-11-11","The discharge will not be able to be switched on because half of the RF modules are not supplied with voltage.","- The plug +10-X1B on the roof of the PA electrical cabinet is not plugged in.","- Plug in the plug +10-X1B.","Tasc_inp(A) 157.0\n(TLAmp PAx) +30-BES9, IN1-2"]
[13002342,"Power plug +10-X2B for RF-generator 1 is unplugged","2019-11-11","The beam will not be able to be switched on because half of the RF modules are not supplied with voltage.","- The plug +10-X2B on the roof of the PA electrical cabinet is not plugged in.","- Plug in the plug +10-X2B.","Tasc_inp(A) 157.1\n(TLAmp PAx) +30-BES9, IN3-4"]
[13002343,"RF contactor = L +11- CON%1 not enabled (17cb)","2014-08-11","","","","Tasc_inp(A) 157.2\n(TLAmp PAx) +30-BES10, IN1\n\nTasc_inp(A) 157.3\n(TLAmp PAx) +30-BES10, IN2\n\nTasc_inp(A) 157.4\n(TLAmp PAx) +30-BES10, IN3\n\nTasc_inp(A) 157.5\n(TLAmp PAx) +30-BES10, IN4"]
[13002344,"RF contactor = L +11- CON%1 not energized (17cc)","2014-08-11","","","","Tasc_inp(A) 157.6\n(TLAmp PAx) +30-BES11, IN1\n\nTasc_inp(A) 157.7\n(TLAmp PAx) +30-BES11, IN2\n\nTasc_inp(A) 158.0\n(TLAmp PAx) +30-BES11, IN3\n\nTasc_inp(A) 158.1\n(TLAmp PAx) +30-BES11, IN4"]
[13002345,"Power plug +11-X1B for RF-generator 2 is unplugged","2019-11-11","The beam will not be able to be switched on because half of the RF modules are not supplied with voltage.","- The plug +11-X1B on the roof of the PA electrical cabinet is not plugged in.","- Plug in the plug +11-X1B.","Tasc_inp(A) 158.2\n(TLAmp PAx) +30-BES12, IN1-2"]
[13002346,"Power plug +11-X2B for RF-generator 2 is unplugged","2019-11-11","The beam will not be able to be switched on because half of the RF modules are not supplied with voltage.","- The plug +11-X2B on the roof of the PA electrical cabinet is not plugged in.","- Plug in the plug +11-X2B.","Tasc_inp(A) 158.3\n(TLAmp PAx) +30-BES12, IN3-4"]
[13002347,"Overcurrent motor circuit-breaker +11-CB1, RF gen. 2, power supply section 1 (17 cf)","2015-01-30","The beam will not be able to be switched on because half of the RF modules are not supplied with voltage.","Short circuit in one of the connected RF modules.\nOverload in one of the RF modules.","Open the switch cabinet of the PA(x) on whose LP04 panel this message is displayed and check the status of the +11-CB1 motor circuit-breaker.","Tasc_inp(A) 158.4\n(TLAmp PAx) +30-BE3, IN9"]
[13002348,"Overcurrent motor circuit-breaker +11-CB2, RF gen. 2, power supply section 2 (17d0)","2015-01-30","The beam will not be able to be switched on because half of the RF modules are not supplied with voltage.","Short circuit in one of the connected RF modules.\nOverload in one of the RF modules.","Open the switch cabinet of the PA(x) on whose LP04 panel this message is displayed and check the status of the +11-CB2 motor circuit-breaker.","Tasc_inp(A) 158.5\n(TLAmp PAx) +30-BE3, IN10"]
[13002349,"SC gas: Door is open","2019-11-11","The warning appears if the key switch allows the door to be opened where there is operating voltage.","- The door of the SC GAS is open.\n- The door switch is incorrectly adjusted.\n- Door switch or digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp(A) 158.6\n(TLAmp PAx) =30-BES38, IN0-1"]
[13002350,"SC gas - Excess temperature","2019-11-11","None.","- It is warmer than 55°C in the electrical cabinet of the gas supply.\n- The temperature sensor +9-A3 is set incorrectly.\n- The temperature sensor is defective.\nThe digital input is defective.","- Check the cooling in the electrical cabinet of the gas supply.\n- Check the setting of the temperature sensor and correct it if it is lower than 55°C.\n- Replace the temperature sensor or the digital input.","Tasc_inp(A) 158.7\n(TLAmp PAx) =30-BES38, IN2"]
[13002351,"Circuit breaker not enabled, 24-V supply voltage upstream of main switch PA (17D3)","2014-08-11","","","","Tasc_inp(A) 154.7\n(TLAmp PAx) +30-BE6, IN12"]
[13002352,"Water leak in the SC gas","2019-11-11","None","Water leak in the electrical cabinet of the gas supply.\nThe sensor +47-FS3 is defective.","Check the water-bearing parts in the electrical cabinet of the gas supply for leaks. Replace any leaky parts.","Tasc_inp(A) 159.1\n(TLAmp PAx) =30-BES37, IN0-1"]
[13002353,"Process cooling water PCW2 flow is too low","2019-11-11","None","Water leak before the flow sensors +19-FLS5 or +19-FLS6\nExternal water supply delivers too little flow.\nWater pressure at the inlet is too low.\nLine is clogged.\nFlowmeter +19-FLS5 or +19-FLS6 is defective.","Check the beam generator for water leaks.\nCheck the water circulation at the inlet.\nCheck the water pressure at the inlet.\nCheck the flow sensor and replace if need be.","Tasc_inp 159.2\n(TLAmp PAx) =30-BE8, IN6\nThe statuses of the flow sensors +19-FLS5 and +19-FLS6 are monitored. The flow sensors are connected in series."]
[13002354,"OMS error (17d6)","2014-08-11","","","","Tasc_inp(A) 159.3"]
[13002355,"TASC: Watchdog relay is switched off","2019-11-11","Almost all outputs of the laser are switched off by the TwinSafe logic. \nThis means that all units of the laser are forcibly switched off.","1) The TASC software (+30-A1) has detected a serious software error. The 'WD' LED no longer stays lit.\n2) The TASC electronics (+30-A1) has detected a serious hardware error. The 'CPU WD' LED no longer stays lit.\n4) The TwinSafe input E161.5 is defective or the TwinSafe outputs A150.7 or A151.0 are not actuated by the TwinSafe logic.","1) Try to copy the file 'messages' from the TASC with the service laptop. Then restart the TASC by unplugging and plugging in +30-A1:X1.\n2) If the 'Over Temp.' LED on the TASC also lights up, the TASC is too warm. Check the temperature in the electrical cabinet and restart the TASC by unplugging and plugging in +30-A1:X1.\n3) Restart the TASC by disconnecting and plugging in +30-A1:X1, if the error occurs again, replace the TASC control.","The TASC control contains a watchdog relay which is switched on when the hardware and software are functioning properly. The status of the relay (+30-A1:X8) is monitored by the TwinSafe input -BES13-IN3.\nIf the TASC hardware or software switches off the watchdog due to a serious error, the TwinSafe logic switches off the central 24 V DC supply 1L+, 2L+ and 3L+ via outputs A150.7 and A151.0. This switches off the power supply of many EtherCAT outputs.\n\nTasc_inp(A) 159.5\n(TLAmp PAx) =30-BES13, IN1-2\n(Coax3100) +30-BES14, IN1-2\n(MasterC) =CT+CB-K30, IN3-4\n(HPSS) =CT+CB-K22, IN1-2"]
[13002356,"Interlock error %1 RF generator 1 (17d8)","2014-08-11","","","","Tasc_inp(A) 159.6\n(TLAmp PAx) =30-BES14, IN1-2\n\nTasc_inp(A) 160.0\n(TLAmp PAx) =30-BES14, IN3-4"]
[13002357,"External safety switch %1 open (17d9)","2019-11-11","None.","1) No external safety switches are connected: Then the short-circuiting bridges at the inputs are missing (see the comment section).\nOr\n2) External safety switches are connected. Check the status of the safety switches.","1) Retrofit short-circuiting bridges.\n2) Close devices with the external safety switches.","Tasc_inp(A) 160.2\n(TLAmp PAx) =30-BES36, IN0-1\n\nTasc_inp(A) 160.3\n(TLAmp PAx) =30-BES36, IN2-3\n\nTasc_inp(A) 160.4\n(TLAmp PAx) =30-BES36, IN4-5\n\nTasc_inp(A) 160.5\n(TLAmp PAx) =30-BES36, IN6-7"]
[13002358,"Emergency off, switch cabinet (17da)","2014-08-11","","","","Tasc_inp(A) 160.6\n(TLAmp PAx) =30-BES20, IN3-4\n(Coax3100) +30-BES1, IN3-4\n(HPSS) =CT+CB-K11, IN3-4"]
[13002359,"Emergency off, RF generator %1 (17db)","2014-08-11","","","","Tasc_inp(A) 160.7\n(TLAmp PAx) =30-BES21, IN1-2\n\nTasc_inp(A) 165.7\n(TLAmp PAx) =30-BES21, IN3-4"]
[13002360,"Smoke alarm triggered in switch cabinet (17dc)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Smoke' is reported to the MSC via the safety interface.","There is smoke in the PAx switch cabinet.\nThe smoke alarm or input terminal may be defective.","Follow the general instructions intended for a smoke alarm.\nCheck the smoke alarm or input terminal if there is no smoke in the PAx switch cabinet.","Tasc_inp(A) 161.0\n(TLAmp PAx) =30-BES22 , IN1\n(Coax3100) +30-BES3, IN1"]
[13002361,"Smoke alarm triggered in the RF generator %1 (17dd)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Smoke' is reported to the MSC via the safety interface.","There is smoke in the RF generator switch cabinet.\nThe smoke alarm or input terminal may be defective.","Follow the general instructions intended for a smoke alarm.\nCheck the smoke alarm or input terminal if there is no smoke in the RF generator switch cabinet.","RF generator no. 1:\nTasc_inp(A) 161.1\n(TLAmp PAx) =30-BES22, IN2\n\nRF generator no. 2:\nTasc_inp(A) 161.2\n(TLAmp PAx) =30-BES22, IN3"]
[13002362,"Water leak in the RF generator %1 (17de)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the RF generator cabinet indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the switch cabinet of the RF generator and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","RF gen. no. 1:\nTasc_inp(A) 161.3\n(TLAmp PAx) =30-BES23, IN1-2\n\nRF gen. no. 2:\nTasc_inp(A) 161.4\n(TLAmp PAx) =30-BES23, IN3-4"]
[13002363,"Master message – BTS mirror (Mx) open (17df)","2014-08-11","","","","Tasc_inp(A) 161.6"]
[13002364,"Master message – Internal mirror (RMx) open (17e0)","2014-08-11","","","","Tasc_inp(A) 161.7"]
[13002365,"Error – Several service modes selected (17e1)","2014-08-11","The discharge is switched off.","Several switches for service modes are active.","Switch off the switches for the different service modes. No more than one switch may be active.","Tasc_inp(A) 162.0\n(TLAmp PAx)"]
[13002366,"BTS-BB – 40 kW shutter not closed (17e2)","2014-08-11","","","","Not used.\nTasc_inp(A) 162.1 is linked to input 105.1 in the EtherCat."]
[13002367,"RF safety circuit open (17e3)","2014-08-11","","","","Tasc_inp(A) 162.5\n(TLAmp PAx) FB62, In6"]
[13002368,"Vibration dampers are not (yet) in the working position","2018-11-14","None.\nThe 'common frame' has not been raised.","1) The supply voltage for the damper control was switched off because either the mains contactor was switched off or an EMO event occurred.\n2) No compressed air available or pressure too low \n3) The damper control may be defective.\n\n4) Only EPPC: drive on work position has not yet been concluded.","1) Rectify EMO event. Delete the error in order for the mains contactor to re-energize.\n2) Switch on compressed air or increase pressure. \n3) Replace damper control.\n\n4) Only EPPC: Please wait, the vibration dampers need approx. 3 min to reach the working position.\n\nDo not forget:\nThe dampers must then be re-activated by pressing the button on the damper control.","The laser control system is in service mode 2 in which the condition of the vibration damper control does not have any effect.\nTasc_Inp(A) 162.7\n(Coax+BTSFFA) IN16\n(MasterC) =CT+CB-K31, IN16\nFor the 'EPN-Fast' type, the message means that the feedback loop is not closed."]
[13002369,"RF generator not ready (17e5)","2014-08-11","","","","Tasc_inp(A) 163.0\n(Coax+BTSFFA) IN4\n(Coax3100) +30-BE3, IN9\n(HPSS) =CT+CB-K32, IN5"]
[13002370,"Water leak in the coax switch cabinet (17e6)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the coax switch cabinet (PreA1, TruCoax3100 or HPSS) indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the coax switch cabinet and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal","Tasc_inp(A) 163.2\n(Coax+BTSFFA) =CT+CB-K14, IN3-4\n(Coax3100) +30-BES3, IN3-4\n(MasterC) =CT+CB-K14, IN3-4\n(HPSS) =CT+CB-K13, IN3-4"]
[13002371,"Smoke alarm triggered in the coax switch cabinet (17e7)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Smoke' is reported to the MSC via the safety interface.","There is smoke in the coax switch cabinet (PreA1, HPSS, master control).\nThe smoke alarm or input terminal may be defective.","Follow the general instructions intended for a smoke alarm.\nCheck the smoke alarm or input terminal if there is no smoke is in the coax switch cabinet.","Tasc_inp(A) 163.3\n(Coax+BTSFFA) =CT+CB-K18, IN4\n(MasterC) =CT+CB-K18, IN4\n(HPSS) =CT+CB-K13, IN1"]
[13002372,"Cumulative error, circuit-breaker switched off (PReA) (17e8)","2019-02-21","The beam cannot be switched on.\nDepending on whether or not the motor circuit-breaker is switched off, it could be that a high number of laser sequence errors will be reported because the motor circuit-breaker has interrupted the supply of the EtherCat bus system.","Cumulative signal:\n- At least one circuit-breaker has tripped.\n- At least one circuit-breaker is defective.","Check in the switch cabinet which circuit-breakers switched off.","Tasc_inp(A) 176.0\nAt least one of the following input signals is switched off:\n=CT+CB-K30, IN8\n=CT+CB-K30, IN10\n=CT+CB-K30, IN11\n=CT+CB-K30, IN13\n=CT+CB-K30, IN15\n=CT+CB-K30, IN14\n=CT+CB-K30, IN16\n=CT+CB-K31, IN1\n=CT+CB-K31, IN2\n=CT+CB-K31, IN3\n=CT+CB-K31, IN4\n=CT+CB-K31, IN5\n=CT+CB-K30, IN12"]
[13002373,"Emergency off, switch cabinet/RF generator (17e9)","2014-08-11","","","","Tasc_inp(A) 163.7\n(Coax+BTSFFA) IN1-2\n(MasterC) =CT+CB-K23, IN1-2"]
[13002374,"TruC/PreA: RF matchbox is open","2019-11-11","The discharge from PreA/TruC cannot be switched on.","The cover of the RF matchbox was removed.","Close the RF matchbox.","Tasc_inp(A) 164.0\n(Coax+BTSFFA) IN3-4\n(Coax3100) +30-BES5, IN1-2\n(MasterC) =CT+CB-K23, IN3-4\n(HPSS) =CT+CB-K17, IN1-2"]
[13002375,"CH – Warning: N2 exhaust system does not reach min. underpressure (17eb)","2014-08-11","","","","Tasc_inp(S) 164.6\n(Coax+BTSFFA) IN0\n(MasterC) =CT+CH.EP3-K2, IN0"]
[13002376,"Fuse has been triggered = EP.SL+CB-F1","2013-02-22","","","",""]
[13002377,"EDM watchdog error (FB48) (17ed)","2014-08-11","","","","Tasc_inp(A) 166.3\n(TLAmp PAx) FB58, Out"]
[13002378,"Master message – BTS alignment tool or mirror not closed (17ee)","2014-08-11","","","","Tasc_inp(A) 166.4\n(TLAmp PAx) FB63, In5"]
[13002379,"No sign of life from EtherCAT","2019-11-11","The discharge or the laser beam cannot be switched on.\nSubsequent errors may occur because the statuses of the EtherCAT inputs and outputs are no longer being updated. The message appears if the TASC does not detect a status change at its Profibus input E166.5 for 5 seconds.","- The Profibus cable between TASC and EtherCAT Gateway is defective or not plugged in. The terminal resistors in the Profibus plugs are set incorrectly. \n- The EtherCAT PLC software has crashed.\n- Error after software update: The EtherCAT PLC was not installed correctly.\n- Error occurs during initial commissioning: The EtherCAT PLC software has not yet been loaded.","- Check the Profibus cables and the position of the terminal resistors at the connectors of the Profibus connection between the master module of the TASC (X16) and the connected slaves.\n- Check whether the EtherCAT PLC software is still working.\n- Install the EtherCAT PLC software again.","The EtherCAT PLC switches its Profibus output bit 166.5 every 500 ms between the statuses 0 and 1 when it is functioning correctly. The TASC control checks whether the status changes are cyclic."]
[13002380,"Water leak in the CH of PA%1 (17f0)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the CH of PAx indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the CH of PAx and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","CH of PA0:\nTasc_inp(A) 172.4\n(Coax+BTSFFA) =CT-CH.EP2-K1, IN0-1\n(MasterC) =CT-CH.EP2-K1, IN0-1\n\nCH of PA1:\nTasc_inp(A) 172.5\n(Coax+BTSFFA) =CT-CH.EP2-K1, IN2-3\n(MasterC) =CT-CH.EP2-K1, IN2-3\n\nCH of PA2:\nTasc_inp(A) 172.6\n(Coax+BTSFFA) =CT-CH.EP2-K1, IN4-5\n(MasterC) =CT-CH.EP2-K1, IN4-5"]
[13002381,"Water leak in the seed breadboard (17f1)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the seed BB indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the seed BB and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 172.7\n(Coax+BTSFFA) =CT-CH.EP2-K1 IN6-7\nFrom V01.02.00:\n(Coax+BTSFFA) =CT-CH.EP3.1-K1, IN0-1\n(MasterC) =CT-CH.EP3.1-K1, IN0-1"]
[13002382,"CH – RF cover, intermediate plug-in station PA1 open (17f2)","2014-08-11","","","","Tasc_inp(A) 173.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP2-K2, IN0-1"]
[13002383,"CH – RF cover, intermediate plug-in station PR0 open (17f3)","2014-08-11","","","","Tasc_inp(A) 173.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP2-K2, IN2-3"]
[13002384,"Mirror RM%1 not closed (17f4)","2014-08-11","","","","Tasc_inp(A) 173.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP2-K3, IN0-1\n\nTasc_inp(A) 173.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP2-K3, IN2-3\n\nTasc_inp(A) 173.6\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP2-K3, IN4-5\n\nTasc_inp(A) 173.7\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP2-K3, IN6-7\n\nTasc_inp(A) 174.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP2-K4, IN0-1\n\nTasc_inp(A) 174.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP2-K4, IN2-3\n\nTasc_inp(A) 174.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP2-K4, IN4-5\n\nTasc_inp(A) 174.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP2-K4, IN6-7\n\nTasc_inp(A) 174.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP2-K5, IN0-1\n\nTasc_inp(A) 174.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP2-K5, IN2-3"]
[13002385,"Seed-BB - Cover %1 not closed (17f5)","2014-08-11","","","","Tasc_inp(A) 174.6\n(Coax+BTSFFA) IN0-1 from V01.02.00 IN2/3\n(MasterC) =CT-CH.EP3.1-K1, IN2-3\n\nTasc_inp(A) 174.7\n(Coax+BTSFFA) IN2-3 from V01.02.00 IN4/5\n(MasterC) =CT-CH.EP3.1-K1, IN4-5\n\nTasc_inp(A) 175.0\n(Coax+BTSFFA) IN4-5 from V01.02.00 IN6/7\n(MasterC) =CT-CH.EP3.1-K1, IN6-7"]
[13002386,"SC seed - Door %1 is open (17f6)","2015-01-30","None.","Door is open.\nThe door switch is not positioned correctly or defective if an error occurs with the door closed.","Close the door.\nCheck the position of the door switch and correct it if necessary.","Door 1:\nTasc_inp(A) 175.3\n(PreA1) =CT-CH.EP2-K7, IN2-3\n\nDoor 2:\nTasc_inp(A) 175.4\n(PreA1) =CT-CH.EP2-K7, IN4-5"]
[13002387,"Intermediate shutter overtemperature (17f7)","2014-08-11","None.","- No cooling water flow at the intermediate shutter.\n- Cooling water temperature too high.\n- Sensor defective.\n- Input PCB defective.","- Check cooling water flow.\n- Check cooling water temperature.\n- Check sensor and replace it if necessary.\n- Check input PCB and replace it if necessary.","Tasc_inp(A) 175.6\n(Coax+BTSFFA) IN1\n(MasterC) =CT-CH.EP2-K11, IN1"]
[13002388,"Entrance window or rear mirror excess temperature","2019-11-11","The temperature measuring value at the entrance window or rear mirror for the laser beam is greater than the limit value for the warning in machine data MD168.","Laser power is too high.\nThe cooling water temperature is too high.\nThe flow is faulty.","Check the current measured value in the dialog 'Diagnostics / resonator'.\nCheck the setting value in machine data MD168.","EtherCAT analog input channel no.11 (ANAI11)"]
[13002389,"Excess temperature of external deflection mirrors RM%1","2019-11-11","The measured temperature value at the deflection mirror RM... for the laser beam at the external deflection mirrors is greater than the limit value for the warning in the machine data MD162 - MD165.","Laser power is too high.\nThe deflection mirror is dirty.\nThe temperature sensor is defective.\nThe cooling water temperature is too high.\nThe flow is faulty.","Check the current measured value in the dialog 'Diagnostics / resonator'.\nCheck the setting value in machine data MD162 - MD165.","Machine data for limit value and associated EtherCAT analog input channels \nMD162: RM10=ANAI21; RM20=ANAI22;\nMD163: RM30=ANAI23; RM40=ANAI24; RM50=ANAI25,\nMD164: RM60=ANAI26; RM70=ANAI27; RM80=ANAI28,\nMD165: RM90=ANAI29; RM100=ANAI30."]
[13002390,"Discrepancy error, terminal 2, in TwinSafe group no. %1 (17fa)","2014-11-07","This message is only to provide additional information!\nMake sure you first process other messages triggered by a specific sensor or actuator (e.g. door switches, EMO buttons, etc.)\n\nThe message indicates that only one contact switched of a monitored two-channel switch or the second contact was triggered considerably later.","Position of safety switch maladjusted.\nSafety switch defective.\nE.g., cover monitored by a two-channel safety switch opens too slowly.","Correctly adjust the position of the safety switch.","EUV system (EtherCat):\nThis is a virtual input within the TwinSafe program.\n\nStarting from EtherCat version V01.03.00: \nNo. 1: Tasc_inp(A) 201.6\n(PreA1) TwinSAFE terminal 2, group 1\n\nNo. 2: Tasc_inp(A) 208.5\n(PreA1) TwinSAFE terminal 2, group 2\n\nNo. 3: Tasc_inp(A) 208.6\n(PreA1) TwinSAFE terminal 2, group 3\n\nNo. 4: Tasc_inp(A) 208.7\n(PreA1) TwinSAFE terminal 2, group 4\n\nNo. 5: Tasc_inp(A) 209.0\n(PreA1) TwinSAFE terminal 2, group 5\n\nNo. 6: Tasc_inp(A) 209.1\n(PreA1) TwinSAFE terminal 2, group 6\n\nNo. 7: Tasc_inp(A) 209.2\n(PreA1) TwinSAFE terminal 2, group 7\n\nNo. 8: Tasc_inp(A) 209.3\n(PreA1) TwinSAFE terminal 2, group 8\n\nNo. 9: Tasc_inp(A) 209.4\n(PreA1) TwinSAFE terminal 2, group 9\n\nNo. 10: Tasc_inp(A) 209.5\n(PreA1) TwinSAFE terminal 2, group 10"]
[13002391,"Nitrogen flushing pressure in beam delivery too low (17fb)","2017-02-22","None.","The beam guidance is open.\nThe pressure is too low.\nThere is no nitrogen.","",""]
[13002392,"Resonator, external deflection mirror %1 is not available","2017-02-22","","The deflection mirror has been removed.\nThe switch is defective or incorrectly adjusted.","","The position of deflection mirror 1 is monitored via input E129.6.\nThe position of deflection mirror 2 is monitored via input E129.7."]
[13002393,"Main switch undervoltage triggered by mains contactor monitoring","2019-02-21","The system was switched off. The supply voltage after the main switch is interrupted.","The mains contactor monitoring has encountered an error.","","Message appears only if version of the EtherCAT PLC >= V03.03.00\nMessage appears when E166.7=0."]
[13002402,"Air conditioning unit electrical cabinet cumulative error","2019-11-11","Only the air conditioning unit on the electrical cabinet door switches off. The discharge remains switched on.","If applicable, filter mat dirty.\nThe air conditioning unit may display the cause of the malfunction. \nAir conditioning unit defective.\nThe power supply to the air conditioning unit is not connected or switched off.","If applicable, replace the filter mats.\nDetermine the cause of the malfunction using the operator's manual for the air conditioning unit.\nReplace the air conditioning unit.\nCheck power supply.","Tasc_inp(S) 201.7\n(TLAmp PAx) +30-BE2, IN14"]
[13002403,"CH – Smoke alarm %1 not enabled (18a0)","2014-08-11","","","","Tasc_inp(A) 176.1\n(Coax+BTSFFA) IN1\n(MasterC) =SY+CH.CP-K1, IN1\n\nTasc_inp(A) 176.2\n(Coax+BTSFFA) IN2\n(MasterC) =SY+CH.CP-K1, IN2\n\nTasc_inp(A) 176.3\n(Coax+BTSFFA) IN3\n(MasterC) =SY+CH.CP-K1, IN3\n\nTasc_inp(A) 176.4\n(Coax+BTSFFA) IN4\n(MasterC) =SY+CH.CP-K1, IN4"]
[13002404,"Circuit breaker supply voltage of air conditioning unit not enabled (18a4)","2013-08-09","","","",""]
[13002405,"SC seed – Smoke alarm not enabled (18a5)","2014-08-11","","","","Tasc_inp(A) 178.1\n(Coax+BTSFFA) IN1\n(MasterC) =SY+CH.CP-K7, IN1"]
[13002406,"CH - laser warning lamp no. %1 defective","2014-05-12","- Laser warning lamp on common housing does not light up when high voltage is switched on.\nAlternatively\n- Laser warning lamp on common housing lights up although high voltage is switched off.","Laser warning lamp no. n on common housing is defective.\nOr the output terminal is defective.","Replace laser warning lamp.\nCheck or replace output terminal","The laser warning lamps on the common housing are monitored via the following inputs:\n- Warning lamp 1 above PA0 = E176.5\n- Warning lamp 2 above PA1 = E176.6\n- Warning lamp 3 above PA2 = E176.7\n- Warning lamp 4 above PA3 = E177.0"]
[13002407,"Door of RF generator %1 is open","2015-01-30","The warning appears if the position of the key switch on the switch cabinet of the PA allows it to be opened while under voltage.","The door of the RF generator cabinet is open.","Close the door of the RF generator cabinet.","No. 1: Tasc_inp 106.5\n(Pax): +30-BES3 IN 0-1,\n\nNo. 2: Tasc_inp 112.0\n(PA2, PA3): +30-BES IN3-4"]
[13002411,"Error, RF-generator flow","2019-11-11","None","1) No or strongly fluctuating water circulation at the RF-generator of the PreA1/HPSS.\n2) The limit value set in the external evaluation unit is too high.\n3) Water circulation from RF-generator is clogged.\n4) The flow sensor is defective.\n5) Hardware for the analog evaluation of the flow has been retrofitted, but no limit value has been set in MD179.","1) Check the flow rate with an external measuring device. If the measured value fluctuates strongly, check the value of the suppression time in MD178. \n2) Check the limit value in the external evaluation device and correct the limit value if necessary.\n3) Remove the clog.\n4) Replace the flow sensor.\n5) Set the limit value in the MD179.","Tasc_inp: 180.6\n(HPSS): =CT+CB-K19 IN3\n(PreA1): =CT+CB-K28 IN2\n(Coax3100) +30-BES8 IN4"]
[13002414,"HX Cu – Emergency off (18ae)","2014-08-11","","","","Tasc_inp(A) 181.3\n(Coax+BTSFFA) IN1-2\n(MasterC) =CT+CB-K26, IN1-2"]
[13002415,"Water leak in the HX, Cu circuit (18af)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the HX, copper circuit indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the HX, copper circuit and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 181.4\n(Coax+BTSFFA) =CT+CB-K27, IN1-2\n(MasterC) =CT+CB-K27, IN1-2"]
[13002416,"HX Al – Emergency off (18b0)","2014-08-11","","","","Tasc_inp(A) 181.5\n(Coax+BTSFFA) IN1-2\n(MasterC) =CT+CB-K12, IN1-2"]
[13002417,"Water leak in the HX, aluminum circuit (18b1)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the HX, aluminum circuit indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the HX, aluminum circuit and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 181.6\n(Coax+BTSFFA) =CT+CB-K14, IN1-2\n(MasterC) =CT+CB-K14, IN1-2"]
[13002418,"HX Al – Door switch not closed (18b2)","2014-08-11","","","","Tasc_inp(A) 181.7\n(Coax+BTSFFA) IN3-4\n(MasterC) =CT+CB-K12, IN3-4"]
[13002419,"HX Al – Smoke alarm (18b3)","2014-08-11","","","","Tasc_inp(A) 182.0\n(Coax+BTSFFA) IN3\n(MasterC) =CT+CB-K28, IN3"]
[13002420,"HX Cu - Error (18b4)","2014-08-11","","","","Tasc_inp(A) 182.1\n(Coax+BTSFFA) IN2\n(MasterC) =CT+CB-K31, IN2"]
[13002421,"HX Cu – Door switch open (18b5)","2014-08-11","","","","Tasc_inp(A) 182.2\n(Coax+BTSFFA) IN3-4\n(MasterC) =CT+CB-K26, IN3-4"]
[13002422,"HX Cu – Smoke alarm (18b6)","2014-08-11","","","","Tasc_inp(A) 182.3\n(Coax+BTSFFA) IN3\n(MasterC) =CT+CB-K27, IN3"]
[13002424,"EDM safety circuit to the machine open (18b8)","2014-08-11","","","","Tasc_inp(A) 200.2\n(TLAmp PAx) TwinSAFE group 1\n(Coax+BTSFFA)\n(HPSS)\n\nTasc_inp(A) 200.3\n(TLAmp PAx) TwinSAFE group 2\n(Coax+BTSFFA)\n(HPSS)\n\nTasc_inp(A) 200.4\n(TLAmp PAx) TwinSAFE group 3\n(Coax+BTSFFA)\n(HPSS) \n\nTasc_inp(A) 200.7\n(TLAmp PAx) TwinSAFE group 4\n(Coax+BTSFFA)\n(HPSS)\n\nTasc_inp(A) 201.5\n(TLAmp PAx) TwinSAFE group 5\n(Coax+BTSFFA)\n(HPSS)\n\nTasc_inp(A) 202.5\n(TLAmp PAx) TwinSAFE group 6\n(Coax+BTSFFA)\n(HPSS)"]
[13002425,"Intermediate shutter not open (18b9)","2014-08-11","Warning appears if the power supply of the RF generators ('High voltage on' command) is switched off.\n\nThe intermediate shutter is to be opened but reaches the 'open' position too late or not at all.","- The compressed air pressure is too low. The intermediate shutter moves too slowly or not at all.\n- The intermediate shutter is mechanically stiff or blocked.\n- The position detection sensors are incorrectly set or defective.\n- The digital output PCB is not supplied with 24 V or is defective.\n- The digital input PCBs are defective.","- Check air pressure at the valves.\n- Check mechanical flexibility.\n- Check sensor positions.\n- Check digital output and input PCBs.","The program gives the intermediate shutter a maximum of 2 seconds time to reach the 'open' position.\nPlausibility check of the following outputs and inputs:\n- O153.6: 'Open intermediate shutter'\n(Coax+BTSFFA) =CT-CH.EP3-K1, OUT1\n(MasterC) =CT-CH.EP3-K1, OUT1\n- I162.3: 'Intermediate shutter open'\n(Coax+BTSFFA) =CT-CH.EP2-K11, IN0\n(MasterC) =CT-CH.EP2-K11, IN0\n- I162.4: 'Intermediate shutter closed'\n(Coax+BTSFFA) =CT-CH.EP2-K7, IN0-1\n(MasterC) =CT-CH.EP2-K7, IN0-1"]
[13002426,"Intermediate shutter not closed (18ba)","2014-08-11","Warning appears if the power supply of the RF generators ('High voltage on' command) is switched off.\n\nThe intermediate shutter is to be closed but reaches the 'closed' position too late or not at all.","- The compressed air pressure is too low. The intermediate shutter moves too slowly or not at all.\n- The intermediate shutter is mechanically stiff or blocked.\n- The position detection sensors are incorrectly set or defective.\n- The digital output PCB is not supplied with 24 V or is defective.\n- The digital input PCBs are defective.","- Check air pressure at the valves.\n- Check mechanical flexibility.\n- Check sensor positions.\n- Check digital output and input PCBs.","The program gives the intermediate shutter a maximum time of 2 seconds to reach the 'closed' position.\nPlausibility check of the following outputs and inputs:\n- O153.6: 'Open intermediate shutter'\n(Coax+BTSFFA) =CT-CH.EP3-K1, OUT1\n(MasterC) =CT-CH.EP3-K1, OUT1\n- I162.3: 'Intermediate shutter open'\n(Coax+BTSFFA) =CT-CH.EP2-K11, IN0\n(MasterC) =CT-CH.EP2-K11, IN0\n- I162.4: 'Intermediate shutter closed'\n(Coax+BTSFFA) =CT-CH.EP2-K7, IN0-1\n(MasterC) =CT-CH.EP2-K7, IN0-1"]
[13002432,"Mailbox cumulative error, data identifier %1 TASC <-> EtherCAT (18c0)","2013-02-22","","","",""]
[13002433,"EtherCat master cumulative error cause %1","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n2: MASTER_WATCHDOG_TRIGGERED\n3: MASTER_LINK_ERROR\n4: MASTER_RESET_REQUIRED\n5: MASTER_MISSING_FRAME\n6: MASTER_DRIVER_NOT_FOUND (hardware EtherCat interface not found, PLC may be defective.)\n7: MASTER_DIST_CLOCK_NOSYNC\n8: MASTER_NOT_IN_OP\n9: MASTER_ANY_SLAVE_NOT_IN_OP\n10: MASTER_WORKINGCOUNTER_ERROR","",""]
[13002434,"Cumulative error EtherCat slave, cause %1, slave address %2, parameter 3 = %3, parameter 4 = %4","2019-05-13","The laser beam is switched off or cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Cause:\n11: NO_SLAVES_CONFIGURED - No slaves have been created in the configuration.\n12: NO_SLAVES_FOUND - No slaves have been found.\n13: ADDITIONAL_SLAVES - Too many slaves have been found.\n14: MISSING_SLAVES - Too few slaves have been found.\n15: SLAVE_VENDOR_ID_MISMATCH - Incorrect manufacturer ID of terminal.\n16: SLAVE_PRODUCT_CODE_MISMATCH - Incorrect terminal type\n17: SLAVE_REVISION_MISMATCH\n18: SLAVE_SAFE_ADDRESS_MISMATCH\n19: SLAVE_WRONG_STATE_PREOP\n20: SLAVE_WRONG_STATE_SAFEOP\n21: SLAVE_WRONG_STATE_BOOT\n22: SLAVE_CRC_ERROR - CRC error, bad or faulty data transmission caused by insufficiently shielded cables.\n23: SLAVE_NORMAL_STATECHANGE - Change to safe state. Causes are errors in the terminal which do not affect the bus communication.\n24: SLAVE_ABNORMAL_STATECHANGE - Change to safe state due to regular errors.\n798: SLAVE_WRONG_INIT_STATE - Stuck in 'Initialization' state.","","Cause - Meaning of slave address - Meaning of Parameter 3 - Meaning of Parameter 4:\nCause 11 - Param. 3 = Number of scanned slaves.\nCause 12 - Param. 4 = Number of configured slaves.\nCause 13 - Address of last correct slave - Param. 3 = Number of scanned slaves - Param. 4 = Number of configured slaves\nCause 14 - Address of last correct slave - Param. 3 = Number of scanned slaves - Param. 4 = Number of configured slaves\nCause 15 - Address of faulty slave - Param. 3 = Scanned value - Param. 4 = Configured value\nCause 16 - Address of faulty slave - Param. 3 = Scanned value - Param. 4 = Configured value\nCause 17 - Address of faulty slave - Param. 3 = Scanned value - Param. 4 = Configured value\nCause 18 - Address of faulty slave - Param. 3 = Scanned value - Param. 4 = Configured value\nCause 19 - Address of faulty slave\nCause 20 - Address of faulty slave\nCause 21 - Address of faulty slave\nCause 22 - Address of faulty slave - Param. 3 = Port to this slave - Param. 4 = Number of CRC errors\nCause 23 - Address of faulty slave - Param. 3 = Number of status changes - Param. 4 = 0\nCause 24 - Address of faulty slave - Param. 3 = Number of status changes - Param. 4 = 0\nCause 798 - Address of faulty slave"]
[13002435,"EtherCat bus supply faulty, cause %1, address of faulty slave %2","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n25: BUS_SUPPLY_VOLTAGE_TOO_LOW - The EtherCat bus voltage at the respective supply terminal is too low.\n26: BUS_SUPPLY_VOLTAGE_TOO_HIGH - The EtherCat bus voltage at the respective supply terminal is too high.\n27: POWER_SUPPLY_VOLTAGE_TOO_LOW - The voltage of the power supply at the respective supply terminal is too low.\n28: POWER_SUPPLY_VOLTAGE_TOO_HIGH - The voltage of the power supply at the respective supply terminal is too high.\n29: POWER_ERROR - voltage error at the respective supply terminal.","",""]
[13002436,"EtherCat - error at analog input, cause %1, address of faulty slave %2","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n30: ANALOG_IN_ERROR_CH1 - error at analog channel 1\n31: ANALOG_IN_ERROR_CH2 - error at analog channel 2\n32: ANALOG_IN_ERROR_CH3 - error at analog channel 3\n33: ANALOG_IN_ERROR_CH4 - error at analog channel 4\n34: ANALOG_IN_UNDERRANGE_CH1 - range fallen short of, channel 1\n35: ANALOG_IN_UNDERRANGE_CH2 - range fallen short of, channel 2\n36: ANALOG_IN_UNDERRANGE_CH3 - range fallen short of, channel 3\n37: ANALOG_IN_UNDERRANGE_CH4 - range fallen short of, channel 4\n38: ANALOG_IN_OVERRANGE_CH1 - range exceedance, channel 1\n39: ANALOG_IN_OVERRANGE_CH2 - range exceedance, channel 2\n40: ANALOG_IN_OVERRANGE_CH3 - range exceedance, channel 3\n41: ANALOG_IN_OVERRANGE_CH4 - range exceedance, channel 4","",""]
[13002437,"EtherCat - error at safety input, cause %1, address of faulty slave %2","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n256: SAFE_INPUT_ERROR_CH1 - channel 1: e.g. cross-circuit between 2 inputs\n257: SAFE_INPUT_ERROR_CH2 - channel 2: e.g. cross-circuit between 2 inputs\n258: SAFE_INPUT_ERROR_CH3 - channel 3: e.g. cross-circuit between 2 inputs\n259: SAFE_INPUT_ERROR_CH4 - channel 4: e.g. cross-circuit between 2 inputs\n260: SAFE_INPUT_ERROR_CH5 - channel 5: e.g. cross-circuit between 2 inputs\n261: SAFE_INPUT_ERROR_CH6 - channel 6: e.g. cross-circuit between 2 inputs\n262: SAFE_INPUT_ERROR_CH7 - channel 7: e.g. cross-circuit between 2 inputs\n263: SAFE_INPUT_ERROR_CH8 - channel 8: e.g. cross-circuit between 2 inputs\n-----------------\n264: SAFE_INPUT_ERROR_PAIR1 - error at two-channel input pair 1\n265: SAFE_INPUT_ERROR_PAIR2 - error at two-channel input pair 2\n266: SAFE_INPUT_ERROR_PAIR3 - error at two-channel input pair 3\n267: SAFE_INPUT_ERROR_PAIR4 - error at two-channel input pair 4","",""]
[13002438,"EtherCat - error at safety output, cause %1, address of faulty slave %2","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n268: SAFE_OUTPUT_ERROR_CH1 - channel 1:\n269: SAFE_OUTPUT_ERROR_CH2 - channel 2: \n270: SAFE_OUTPUT_ERROR_CH3 - channel 3: \n271: SAFE_OUTPUT_ERROR_CH4 - channel 4:\nThe following may apply to all channels:\n- Minimum current fallen short of\n- Maximum current exceeded\n- Short circuit\n- Error during the test pulses.","",""]
[13002439,"EtherCat - error at safety terminal, Cause %1, Parameter 2: %2","2017-02-22","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Cause:\n272: SAFE_INTERNAL_TEMPERATURE_ERROR - maximum temperature of terminal exceeded.\n273: SAFE_VOLTAGE_TOO_HIGH - voltage at or in the terminal too high.\n274: SAFE_VOLTAGE_TOO_LOW - voltage at or in the terminal too low.\n512: SAFE_FB_DISCREPANCY_GROUP1 - discrepancy error for two-channel input.\n513: SAFE_FB_DISCREPANCY_GROUP2 - discrepancy error for two-channel input.\n514: SAFE_FB_DISCREPANCY_GROUP3 - discrepancy error for two-channel input.\n515: SAFE_FB_DISCREPANCY_GROUP4 - discrepancy error for two-channel input.\n516: SAFE_FB_DESCREPANCY_SECURE_N - discrepancy error for two-channel input.\n517: SAFE_FB_DISCREPANCY_GROUPS - discrepancy error between input groups.\n518: SAFE_FB_DISCREPANCY_OSSD - discrepancy error for two-channel input.\n519: SAFE_FB_EDM1 - feedback contact error.\n520: SAFE_FB_EDM2 - feedback contact error.\n521: SAFE_FB_SWITCH_OFF_TIMER - EDM time overrun on switch off.\n522: SAFE_FB_SWITCH_ON_TIMER - EDM time overrun on switch on.\n523: SAFE_FB_TWOHAND_ERROR - error with two-hand operation.\n524: SAFE_FB_MUTING_SEQUENCE - error in the muting sequence.\n525: SAFE_FB_MUTING_TIME - the maximum muting time has been exceeded.","","Cause - meaning of Parameter 2:\nCause 272 … 274 - Param. 2 = Address of faulty slave.\nCause 512 … 525 - Param. 2 = Number of safety function block"]
[13002440,"EtherCat - internal PLC error, cause %1","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n4093: MAILBOX_ERROR\n4094: DIAGNOSTICS_FAILED - error in PLC program.\n4095: ERROR_LIST_FULL - internal error list in PLC program is full","",""]
[13002441,"EtherCat - error when saving or loading the security software, process %1, cause %3","2017-02-22","None.","Process:\n770: SAFE_PROJECT_BACKUP_ERROR - error when saving the security software from assembly EL6900 on the EtherCat PLC.\n786: SAFE_PROJECT_RESTORE_ERROR - error when restoring the security software on assembly EL6900.\n-----------\nCause:\nError number described in the Beckhoff documentation.","",""]
[13002442,"EtherCat terminal detects idle run, ID %1, slave address %2, port no. %3","2019-05-13","The laser beam is switched off or cannot be switched on.\nThe safety PLC shuts down all secure outputs.","ID = 787\nSAFE_OPEN_LOAD. The minimum current is less than 20 mA.","",""]
[13002443,"EtherCat - discrepancy error at on two channel input, Id %1, group no. %2, safety function block no. %3","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 788\nDiscrepancy error","",""]
[13002445,"EtherCat - error in safety function block, Id %1, funktion block no. %3","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 790","",""]
[13002446,"EtherCat - error at EL69xx, Id %1, slave address %2, cause %3, status %4","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 791\n\nCause:\n0  =  OFFLINE - no safety project loaded.\n1  =  RUN - safety projekt is loaded,  EtherCAT is at state SAFEOP oder OP\n2  =  STOP - Safety Projekt is loaded, but stopped, because e.g. a user is logged in.\n3  =  START - Safety Projekt is loaded, EtherCAT is at state INIT or PREOP\n4  =  RESTORE - If RESTORE mode is configured: Project CRC will be read from configured FSoE Slaves.\n7  =  FAULT - The device EL69xx was switched off due to a serious error. Safety project cannot be loaded or started.","",""]
[13002448,"EtherCat - safety logic not loaded correctly. Id %1,  slave address %2, Port no. %3","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 793\nThe length of the 'input' data does not match the calculated data length from the safety logic.\n\n\nId = 800\nThe length of the 'output' data does not match the calculated data length from the safety logic.","",""]
[13002449,"EtherCat - module state, Id %1, Saveaddress %2, cause %3","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 794\nThe cause is a bit coded decimal number. Please convert it into a binary number. \nSet bits indicate the following cause(s).\n\nBit 0:  Slave in 'INIT' state,\nBit 1:  Slave in 'PREOP' state,\nBit 0+1:  Slave in 'BOOT' state,\nBit 2:  Slave in 'SAFEOP' state,\nBit 3:  Slave in 'OP' state,\nBit 4:  Slave signals errror,\nBit 5:  Invalid 'vendor-Id', invalid 'Product-code', etc.  read,\nBit 6:  Initialization error occurred,\nBit 7:  Slave disabled,\nBit 8:  Slave not present,\nBit 9:  Slave signals link error,\nBit 10: Slave signals missing link,\nBit 11: Slave signals unexpected link,\nBit 12: Error at communication port A,\nBit 13: Error at communication port B,\nBit 14: Error at communication port C,\nBit 15: Error at communication port D","",""]
[13002450,"EtherCat - CRC error in safety logic, Id %1, slave address %2","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 795\nMaybe an old file or no file has been imported.","",""]
[13002451,"EtherCat - Ethernet connection is faulty, Id %1","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 796\nNo communication at EtherCat network.","Check  EtherCat network cable.",""]
[13002452,"EtherCat error at safety input, ID %1, address of the faulty slave %2","2019-05-13","The laser beam is switched off or cannot be switched on.","ID = 797: e.g., cross-circuit between 2 inputs.","",""]
[13002457,"SEED error flow at Seed laser unit (18D9)","2013-08-09","Only the supply voltage of the SEED laser is switched off.","No water flow at SEED laser.","","Input E200.1"]
[13002458,"SEED error flow at BB (18DA)","2013-08-09","Only the supply voltage of the SEED laser is switched off.","No water circulation on the mounting plate of the SEED laser.","","Input E201.1"]
[13002459,"SEED - Flow 2 error at BB (18DB)","2014-08-11","","","","Tasc_inp(S) 202.3\n(Coax+BTSFFA) IN11\n(MasterC) =CT+CB-K29, IN11"]
[13002460,"Fuse of the motor circuit breaker has blown, parameter: %1 (18dc)","2014-11-07","","","","Parameter: 1937:\nTasc_inp(A) 193.7\n(Coax+BTSFFA) =CT+CB-K29, IN1\n(HPSS) = =CT+CB-K30, IN1\n\nParameter: 1940:\nTasc_inp(A) 194.0\n(Coax+BTSFFA) =CT+CB-K29, IN2\n(MasterC) =CT+CB-K29, IN2\n(HPSS) =CT+CB-K30, IN2\n\nParameter: 1941:\nTasc_inp(A) 194.1\n(Coax+BTSFFA) =CT+CB-K29, IN3\n(MasterC) =CT+CB-K29, IN3\n(HPSS) =CT+CB-K31, IN14"]
[13002461,"Attenuator in front of camera PA3out not in high-performance position","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the attenuator is not in the high-performance position, laser radiation may escape. Therefore, the PAs may not be ignited in this condition. PreA1 may only be ignited in service mode 1 (or 3).","- Check position of the attenuator.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.0 =CT+CB.EP2-K5:IN4-5"]
[13002462,"Crosshairs PA0in in the beam guidance","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted with alignment performance in service mode 1 (or 3).","- Check position of the crosshairs.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.1 =CT+CB.EP3-K2:IN4-5"]
[13002463,"Crosshairs PA3out in the beam guidance","2015-05-04","If the system is not in service mode 1, the RF supply of PreA1 and the PAs is switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted in service mode 1.","- Check position of the crosshairs.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is not permitted in service mode 1.\nTASC_Input E211.2 =CT+CB.EP3-K2:IN6-7"]
[13002464,"Crosshairs PA0out in the beam guidance","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted with alignment performance in service mode 1 (or 3).","- Check position of the crosshairs.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.3 =CT+CB.EP3-K3:IN0-1"]
[13002465,"Crosshairs PA1out in the beam guidance","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted with alignment performance in service mode 1 (or 3).","- Check position of the crosshairs - Check service mode selection if work is to be carried out in this position and an alarm is active","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.4 =CT+CB.EP3-K3:IN2-3"]
[13002466,"Crosshairs PA2out in the beam guidance","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted with alignment performance in service mode 1 (or 3).","- Check position of the crosshairs.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.5 =CT+CB.EP3-K3:IN4-5"]
[13002467,"Power supply of EtherCat Safety bus switched off due to overcurrent, cause %1","2016-10-17","System is switched to a safe status.","Cause: \n1: Overload of bus supply for EtherCat safety components.\n\n2: Overload of power supply for EtherCat safety components.\n\n- Power pack defective or overloaded.","","Cause:\n1: TASC_inp(A) 130.1\n=CT+CB-K3.IN1/14\n\n2: TASC_inp(A) 130.2\n=CT+CB-K3.IN1/15"]
[13002468,"Power supply of EtherCat bus switched off due to overcurrent, cause %1","2016-10-17","System is switched to a safe status.\nNumerous subsequent errors may appear.","Cause: \n1: Overload of supply 1 for EtherCat components.\n\n2: Overload of supply 2 for EtherCat components.\n\n- Power pack defective or overloaded.","","Cause:\n1: TASC_inp(A) 130.5\n=CT+CB-K3.IN2/15\n\n2: TASC_inp(A) 130.6\n=CT+CB-K3.IN2/16"]
[13002469,"Fan in gas supply unit switched off due to overcurrent","2016-10-17","None.","- Overload.\n- Fan defective.\n- Motor circuit-breaker switched off manually.","- Check fan mounting.\n- Check motor circuit-breaker.","TASC_inp 130.0\nTruFlow EtherCat: =CT+CB-K3.IN2/14"]
[13002471,"TASC watchdog circuit open","2016-10-17","","- CO2 laser PLC software is no longer working correctly.\n- The EtherCat software no longer identifies the status of the watchdog relay in the TASC.\n- The watchdog relay in the TASC is defective.","Check watchdog LEDs on TASC.\nThe 'CPU WD' and 'WD' LEDS must normally light up.",""]
[13002472,"Switch cabinet door, output side open, cause %1","2016-10-17","None.","Cause\n1: The left door of the output side is open.\n2: The middle door of the output side is open.\n3: The right door of the output side is open.","Close the switch cabinet door.","Cause 1:\nTASC_inp 165.0\nTruFlow EtherCat =CT.SY+CB-K2.IN1/5\n\n\nCause 2:\nTASC_inp 165.1\nTruFlow EtherCat =CT.SY+CB-K2.IN1/3+7\n\n\nCause 3:\nTASC_inp 165.2\nTruFlow EtherCat =CT.SY+CB-K2.IN2/1+5"]
[13002473,"Warning: Flow rate at the RF generator is insufficient. Measured value: %3, limit value: %2","2018-04-16","None.","The flow rate of PCW water is lower than the set warning limit.\nMeasured value = flow rate in 0.1l/min.\nLimit value = lower warning limit in 0.1l/min.","Increase the flow rate of the PCW water.","The message only appears in PreA1C or TruC."]
[13002504,"BTS-BB/PER - Mirror M%1 not closed - S%2 (19A4)","2014-08-11","","","","Tasc_inp(A) 178.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 178.6\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 178.7\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 179.0\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 179.1\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 179.2\n(Coax+BTSFFA) IN2-3"]
[13002505,"BTS-BB/PER - Alignment tool M%1 not closed -S%2 (19A5)","2014-08-11","","","","Tasc_inp(A) 179.3\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 179.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 179.6\n(Coax+BTSFFA) IN2-3"]
[13002506,"PER - Drop in pressure due to laser burn-through -S%2 (19A6)","2014-08-11","","","","Tasc_inp(A) 179.7\n(Coax+BTSFFA) IN4-5"]
[13002507,"PER – Housing not closed (19A7)","2013-02-22","","","",""]
[13002508,"BTS-BB - BB not in required position -S%2 (18A8)","2014-08-11","","","","Tasc_inp(A) 180.1\n(Coax+BTSFFA) IN0-1"]
[13002509,"BTS-BB – 40 kW shutter overtemperature (18A9)","2014-08-11","","","","Not used.\nEx Tasc_inp(A) 180.2 is linked to input 105.3 in the EtherCat."]
[13002510,"FabFM - Mirror M%1 not closed -S%2 (19AA)","2014-08-11","","","","Tasc_inp(A) 182.6\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 182.7\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 183.0\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 183.1\n(Coax+BTSFFA) IN6-7"]
[13002511,"OP/PPB - Mirror M%1 not closed -S%2 (19AB)","2014-08-11","","","","Tasc_inp(A) 183.2\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 183.3\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 183.4\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 183.5\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 183.6\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 183.7\n(Coax+BTSFFA) IN2-3"]
[13002512,"BTS-BB - Mirror overtemperature M%1 -S%2 (19AC)","2014-08-11","","","","Tasc_inp(A) 184.0\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 184.4\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 184.5\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 184.6\n(Coax+BTSFFA) IN0-1"]
[13002513,"BTS-BB - Main shutter overtemperature - Folding mirror -S%2 (19AD)","2015-01-30","None.","The cooling water flow at the main shutter is insufficient or not present.\nThe cooling water temperature in the supply is too high.\nThe temperature sensor is defective.\nThe input PCB is defective.","Check whether cooling water flows through the main shutter and its components.\nCheck the cooling water temperature in the supply to the main shutter.\nCheck the temperature sensor or replace it.\nCheck the input PCB or replace it.","Tasc_inp(A) 184.2\n(Coax+BTSFFA) =CT+CB.EP5-K1, IN0-1"]
[13002514,"BTS-BB - Main shutter overtemperature - Beveled mirror -S%2 (19AE)","2015-01-30","None.","The cooling water flow at the main shutter is insufficient or not present.\nThe cooling water temperature in the supply is too high.\nThe temperature sensor is defective.\nThe input PCB is defective.","Check whether cooling water flows through the main shutter and its components.\nCheck the cooling water temperature in the supply to the main shutter.\nCheck the temperature sensor or replace it.\nCheck the input PCB or replace it.","Tasc_inp(A) 184.3\n(Coax+BTSFFA) =CT+CB.EP5-K1, IN2-3"]
[13002515,"BTS-BB - Main shutter overtemperature - Beam dump -S%2 (19AF)","2015-01-30","None.","The cooling water flow at the main shutter is insufficient or not present.\nThe cooling water temperature in the supply is too high.\nThe temperature sensor is defective.\nThe input PCB is defective.","Check whether cooling water flows through the main shutter and its components.\nCheck the cooling water temperature in the supply to the main shutter.\nCheck the temperature sensor or replace it.\nCheck the input PCB or replace it.","Tasc_inp(A) 184.1\n(Coax+BTSFFA) =CT+CB.EP5-K3, IN2-3"]
[13002516,"BTS-BB – Mirror overtemperature M%1 (19B0)","2014-08-11","","","",""]
[13002517,"PER/OP/PPB - BTS/FFA mirror overtemperature M%1 -S%2 (19B1)","2014-08-11","","","","Tasc_inp(A) 184.7\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 185.0\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 186.2\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 186.3\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 186.4\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 186.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 187.0\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 187.1\n(Coax+BTSFFA) IN2-3"]
[13002518,"PER - Aperture overtemperature -S%2 (19B2)","2014-08-11","","","","Tasc_inp(A) 185.1\n(Coax+BTSFFA) IN6-7"]
[13002519,"BTS - Beam tower aperture overtemperature %1 -S%2 (19B3)","2014-08-11","","","","Tasc_inp(A) 185.2\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 185.3\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 185.4\n(Coax+BTSFFA) IN4-5"]
[13002520,"FabFM - Mirror overtemperature M%1 -S%2 (19B4)","2014-08-11","","","","Tasc_inp(A) 185.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 185.6\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 185.7\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 186.0\n(Coax+BTSFFA) IN6-7"]
[13002521,"OP - Aperture overtemperature %1 -S%2 (19B5)","2014-08-11","","","","Tasc_inp(A) 186.1\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 186.6\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 186.7\n(Coax+BTSFFA) IN2-3"]
[13002522,"PPB - Pre-pulse box overtemperature (W210) -S%2 (19B6)","2014-08-11","","","","Tasc_inp(A) 187.2\n(Coax+BTSFFA) IN4-5"]
[13002523,"FabFM - Mirror/alignment tool M%1 not closed -S%2 (19B7)","2014-08-11","","","","Tasc_inp(A) 187.3\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 187.4\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 187.5\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 187.6\n(Coax+BTSFFA) IN6-7"]
[13002524,"BTS mirror/alignment tool M%1 not closed -S%2 (19B8)","2014-08-11","","","","Tasc_inp(A) 187.7\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 188.0\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 188.1\n(Coax+BTSFFA) IN6-7"]
[13002525,"PER - Beam guard bellows not closed -S%2 (19B9)","2014-08-11","","","","Tasc_inp(A) 188.2\n(Coax+BTSFFA) IN0-1"]
[13002526,"FabFM - Beam protection tube M100-M101 not closed - Pos. 1 -S%2 (19BA)","2014-08-11","","","","Tasc_inp(A) 188.3\n(Coax+BTSFFA) IN0-1"]
[13002527,"FabFM - Beam protection tube M101-M102 not closed - Pos. 1 -S%2 (19BB)","2014-08-11","","","","Tasc_inp(A) 188.4\n(Coax+BTSFFA) IN2-3"]
[13002528,"FabFM - Beam protection tube M102-M103 not closed - Pos. 1 -S%2 (19BC)","2014-08-11","","","","Tasc_inp(A) 188.5\n(Coax+BTSFFA) IN4-5"]
[13002529,"FabFM - Beam protection tube M103-OP not closed -S%2 (19BD)","2014-08-11","","","","Tasc_inp(A) 188.6\n(Coax+BTSFFA) IN6-7"]
[13002530,"OP - External beam guard bellows (in front of OP) not closed -S%2 (19BE)","2014-08-11","","","","Tasc_inp(A) 189.2\n(Coax+BTSFFA) IN6-7"]
[13002531,"OP - Beam protection tube behind M%1 -S%2 (19BF)","2014-08-11","","","","Tasc_inp(A) 189.3\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 189.4\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 189.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 189.6\n(Coax+BTSFFA) IN0-1"]
[13002532,"OP/BPU - Safety cover not closed -S%2 (19C0)","2014-08-11","","","","Tasc_inp(A) 189.7\n(Coax+BTSFFA) IN4-5"]
[13002533,"OP/BPU - Alignment cover not closed -S%2 (19C1)","2014-08-11","","","","Tasc_inp(A) 190.0\n(Coax+BTSFFA) IN2-3"]
[13002534,"OP - Beam protection tube to FFM not closed -S%2 (19C2)","2014-08-11","","","","Tasc_inp(A) 190.3\n(Coax+BTSFFA) IN4-5"]
[13002535,"FFM - Check cover of FFM filters -S%2 (19C3)","2014-08-11","","","","Tasc_inp(A) 190.5\n(Coax+BTSFFA) IN6"]
[13002536,"FU - flow error (Cu) to W%1 -S%2 (19C4)","2014-05-12","","","","E190.6: W10, -S117\nE190.7: W20, -S119\nE195.3: W200, -S95\nE195.4: W210, -S96"]
[13002537,"PPB/FU - Error, flow (Cu) to W%1 -S%2 (19C5)","2013-05-08","","","",""]
[13002538,"FU - Error, flow (Cu) to M130+M140 -S%2 (19C6)","2013-05-08","","","",""]
[13002539,"FU - Error, flow (Al) to M130+M140+M150 -S%2 (19C7)","2013-05-08","","","",""]
[13002540,"FU - Error, flow (Cu) to M150 -S%2 (19C8)","2013-05-08","","","",""]
[13002541,"Seed – EOM driver 1 indicates error (19C9)","2015-01-30","","","","Tasc_inp(A) 191.4\n(PreA1) =CT+CB-K32, IN1"]
[13002542,"Seed – EOM driver 2 indicates error (19CA)","2015-01-30","","","","Tasc_inp(A) 191.5\n(PreA1) =CT+CB-K32, IN12"]
[13002543,"Seed - Laser driver %1 indicates error (19CB)","2015-01-30","","","","Driver 1:\nTasc_inp(A) 191.6\n(PreA1) =CT+CB-K32, IN13\n\nDriver 2:\nTasc_inp(A) 191.7\n(PreA1) =CT+CB-K32, IN14\n\nDriver 3:\nTasc_inp(A) 192.0\n(PreA1): =CT+CB-K32, IN15\n\nDriver 4:\nTasc_inp(A) 192.1\n(PreA1): =CT+CB-K32, IN16"]
[13002544,"Seed – AOM driver %1 indicates error (1ACC)","2015-01-30","","","","Driver 1:\nTasc_inp(A) 192.2\n(PreA1): =CT+CB-K32, IN6\n\nDriver 2:\nTasc_inp(A) 192.3\n(PreA1): =CT+CB-K32, IN7\n\nDriver 3:\nTasc_inp(A) 192.4\n(PreA1): =CT+CB-K32, IN8\n\nDriver 4:\nTasc_inp(A) 192.5\n(PreA1): =CT+CB-K32, IN9\n\nDriver 5:\nTasc_inp(A) 192.6\n(PreA1): =CT+CB-K32, IN10\n\nDriver 6:\nTasc_inp(A) 192.7\n(PreA1): =CT+CB-K32, IN11"]
[13002545,"Fuse of distribution box 2 has blown (19cd)","2014-08-11","","","","Tasc_inp(A) 202.6\n(Coax+BTSFFA) IN12\n(MasterC) =CT+CB-K29, IN12"]
[13002546,"Fuse of distribution box 1 has blown (19ce)","2014-08-11","","","","Tasc_inp(A) 202.7\n(Coax+BTSFFA) IN13\n(MasterC) =CT+CB-K29, IN13"]
[13002602,"BTS-FFA, FU: plausibility error no. %1","2014-05-12","- If no. 1 applies, flow is detected at W20 via E190.7 although the valve for the water circulation (A156.2) has been closed at W20.","- If no. 1 applies, gas pressure in beam guidance of FU is too low or valve for water circulation is not installed at W20.","","- If no.1 applies: A156.2 has been switched off"]
[13002603,"FFM - Cover %1 not closed -S%2 (1AA3)","2014-08-11","","","","Tasc_inp(A) 193.0\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 193.1\n(Coax+BTSFFA) IN2-3"]
[13002604,"FFM – Pressure switch %1 triggered (1AA4)","2014-08-11","","","","Tasc_inp(A) 193.2\n(Coax+BTSFFA) IN0"]
[13002605,"Water leak in the FFM -S%2 (1AA5)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the FFM indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the FFM and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 193.3\n(Coax+BTSFFA) =CT+CH.EP8-K9, IN6\n\nFFM = 'final focusing metrology'"]
[13002606,"FFM - FFM beam dump overtemperature -S%2 (1AA6)","2014-08-11","","","","Tasc_inp(A) 193.4\n(Coax+BTSFFA) IN2"]
[13002607,"BTS-BB - Mirror holder at M%1 not closed -S%2 (1AA7)","2014-08-11","","","","Tasc_inp(A) 193.5\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 193.6\n(Coax+BTSFFA) IN6-7"]
[13002608,"Fuse blown = EP.RF+CB-F1 (1AA8)","2014-08-11","","","","Tasc_inp(A) 193.7\n(Coax+BTSFFA) IN1\n(HPSS) =CT+CB-K30, IN1"]
[13002609,"Fuse triggered =EP+CB-F24 (1AA9)","2014-08-11","","","","Tasc_inp(A) 194.0\n(Coax+BTSFFA) IN2\n(MasterC) =CT+CB-K29, IN2\n(HPSS) =CT+CB-K30, IN2"]
[13002610,"Fuse has blown =EP+CB-F17 (1AAA)","2014-08-11","","","","Tasc_inp(A) 194.1\n(Coax+BTSFFA) IN3\n(MasterC) =CT+CB-K29, IN3\n(HPSS) =CT+CB-K31, IN14"]
[13002611,"Fuse has blown =EP.WT+CB-F3 (1AAB)","2014-08-11","","","","Tasc_inp(A) 194.2\n(Coax+BTSFFA) IN4\n(MasterC) =CT+CB-K29, IN4"]
[13002612,"Fuse has blown =EP.SL+CB-F1 (1AAC)","2014-08-11","","","","Tasc_inp(A) 194.3\n(Coax+BTSFFA) IN5\n(MasterC) =CT+CB-K29, IN5"]
[13002613,"Fuse has blown =EP.WT+CB-F6 (1AAD)","2014-08-11","","","","Tasc_inp(A) 194.4\n(Coax+BTSFFA) IN6\n(MasterC) =CT+CB-K29, IN6"]
[13002614,"PER/OP - Mirror holder at M%1 not closed -S%2 (1AAE)","2014-08-11","","","","Tasc_inp(A) 194.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 194.6\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 196.0\n(Coax+BTSFFA) IN6-7"]
[13002615,"FabFM - Mirror holder %1 not closed -S%2 (1AAF)","2014-08-11","","","","Tasc_inp(A) 194.7\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 195.0\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 195.1\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 195.2\n(Coax+BTSFFA) IN6-7"]
[13002616,"FFM - Flow error (Al) at FFM -S%2 (1AB0)","2014-05-12","","","","E195.5: S113"]
[13002618,"Water leak in the OP -S%2 (1AB2)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the OP indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the OP and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 195.7\n(Coax+BTSFFA) =CT+CH.EP8-K9, IN4\nS132\nOP = 'optics platform'"]
[13002619,"FabFM - Beam protection tube M100-M101 not closed - Pos. 2 -S%2 (1AB3)","2014-08-11","","","","Tasc_inp(A) 196.1\n(Coax+BTSFFA) IN0-1\nS147"]
[13002620,"FabFM - Beam protection tube M101-M102 not closed - Pos. 2 -S%2 (1AB4)","2014-08-11","","","","Tasc_inp(A) 196.2\n(Coax+BTSFFA) IN2-3\nS148"]
[13002621,"PPB/FU - OMS triggered at W%1 -S%2 (1AB5)","2014-05-12","","","","E196.3: W200 = S138\nE196.4: W210 = S139\nE196.5: W10 = S140"]
[13002623,"FAB - EMO triggered on Fab level -S%2 (1AB7)","2014-08-11","The EMO button was pressed with the beam switched off. This is indication that the laser beam cannot be switched on.","- The EMO button on the operating box in the OP area has been pressed.\n- The respective input terminal in the EtherCat system is defective.\n\nFor details on the allocation, refer to the 'Comment' section.","Unlock the EMO button on the operating box in the OP area.","EUV system (EtherCat):\nThe message appears if there is no signal at the following input:\n\nTasc_inp(A) 197.3\n(Coax+BTSFFA) IN6-7\nS142"]
[13002624,"Mirror for alignment laser in beam guidance -S%2 (1AB8)","2014-08-11","","","","Tasc_inp(A) 199.1\n(Coax+BTSFFA) IN2\nS159"]
[13002625,"FabFM - Beam protection tube M102-M103 not closed - Pos. 2 -S%2 (1AB9)","2014-08-11","","","","Tasc_inp(A) 199.2\n(Coax+BTSFFA) IN4-5\nS149"]
[13002626,"FU - External beam guard bellows %1 not closed -S%2 (1ABA)","2014-08-11","","","","Tasc_inp(A) 190.1\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 190.2\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 199.3\n(Coax+BTSFFA) IN4-5\nS158"]
[13002627,"PPB - Overtemperature/reserved position (1ABB)","2014-08-11","","","","Tasc_inp(A) 199.4\n(Coax+BTSFFA) IN6-7"]
[13002628,"FabFM - Aperture overtemperature upstream of M%1 -S%2 (1ABC)","2014-08-11","","","","Tasc_inp(A) 199.5\n(Coax+BTSFFA) IN0-1\nM101 = S160\n\nTasc_inp(A) 199.6\n(Coax+BTSFFA) IN2-3\nM102 = S162\n\nTasc_inp(A) 199.7\n(Coax+BTSFFA) IN4-5\nM103 = S164"]
[13002629,"BTS – Error, BTS exhaust system insufficient -S%2 (1ABD)","2014-05-12","","","","E201.3: S212"]
[13002630,"FU – Quartz window holder monitoring triggered -S%2 (1ABE)","2014-08-11","","","","Tasc_inp(A) 201.4\n(Coax+BTSFFA) IN6-7\nS213"]
[13002631,"BTS: beam guidance in alignment mode -S%2 (1ABF)","2017-10-17","The laser beam cannot be switched on at PA0 to PA3.","","","Tasc_Inp(A) 200.5\n(Coax+BTSFFA) IN0-1\nS215\nInterface signal from external beam delivery."]
[13002632,"BTS: beam guidance not ready for operation -S%2 (1AC0)","2017-10-17","","","","Tasc_Inp(A) 200.6\n(Coax+BTSFFA) IN2-3\nS214\nInterface signal from external beam delivery."]
[13002639,"Nitrogen gas pressure in BTS beam guidance too low, measured value: %2 hPa, warning limit: %3 hPa","2014-05-12","","The gas pressure has fallen short of the warning limit.","",""]
[13002640,"Temperature of 40 kW beam trap too high, measured value %2 °C, warning limit %3 °C","2014-05-12","","The temperature has exceeded the warning limit.","",""]
[13002641,"Temperature at aperture in periscope too high, measured value %2 °C, warning limit %3 °C","2014-05-12","","The temperature has exceeded the warning limit.","",""]
[13002642,"Temperature at mirror M%1 too high, measured value %2 °C, warning limit %3 °C","2014-05-12","","The temperature has exceeded the warning limit.","","Sensor location:\nM10 - M40: BTS-BB\nM90, M95: FO-periscope\nM100 - M103: FFA\nM105 - M210: FFA-OP"]
[13002643,"Temperature at Al mirror M130 / M140 too high, measured value %2 °C, warning limit %3 °C","2014-05-12","","The temperature has exceeded the warning limit.","",""]
[13002644,"Temperature at CU mirror M130/M140 too high, measured value %2 °C, warning limit %3 °C","2014-05-12","","The temperature has exceeded the warning limit.","",""]
[13002645,"Temperature at aperture %1 too high, measured value %2 °C, warning limit %3 °C","2016-08-04","The temperature has exceeded the warning threshold.","If the error only occurs with the laser beam switched on:\n- The laser beam is aligned poorly.\n- The beam diameter is too large.\n- The limit values for temperature group T11 are set to the wrong values.\n-------------------\nIf the error occurs with the laser beam switched off:\n- The cooling water temperature is too high.\n- Calibration of the temperature sensors was carried out incorrectly.\n- The limit values for temperature group T11 are set to the wrong values.","- Check position of the laser beam.\n- Check beam diameter.\n- Compare the limit value setting via MD170 / MD171 with the reference values and correct them, if necessary.\n- Correct the inlet temperature of the cooling water.",""]
[13002646,"Nitrogen gas pressure in FFA beam guidance too low, measured value %2 hpa, warning limit %3 hPa","2014-05-12","","The gas pressure has fallen below the warning limit.","",""]
[13002647,"Temperature at aperture %1 in FFA OP too high, measured value %2 °C, warning limit %3 °C","2016-08-04","The temperature has exceeded the warning threshold.","If the error only occurs with the laser beam switched on:\n- The laser beam is aligned poorly.\n- The beam diameter is too large.\n- The limit values for temperature group T11 are set to the wrong values.\n-------------------\nIf the error occurs with the laser beam switched off:\n- The cooling water temperature is too high.\n- Calibration of the temperature sensors was carried out incorrectly.\n- The limit values for temperature group T11 are set to the wrong values.","- Check position of the laser beam.\n- Check beam diameter.\n- Compare the limit value setting via MD170 / MD171 with the reference values and correct them, if necessary.\n- Correct the inlet temperature of the cooling water.",""]
[13002648,"Temperature at window W%1 too high, measured value %2 °C, warning limit %3 °C","2016-08-04","The temperature has exceeded the warning threshold.","","","Sensor location:\nW200, W210: FFA-OP/prepulse box\nW10, W20: FFA-FU"]
[13002649,"Temperature of FFM beam trap in FFA-OP too high, measured value %2 °C, warning limit %3 °C","2016-08-04","The temperature has exceeded the warning threshold.","","",""]
[13002650,"Temperature of aperture at mirror M%1 too high, measured value %2 °C, warning limit %3 °C","2016-08-04","The temperature has exceeded the warning threshold.","If the error only occurs with the laser beam switched on:\n- The laser beam is aligned poorly.\n- The beam diameter is too large.\n- The limit values for temperature group T11 are set to the wrong values.\n-------------------\nIf the error occurs with the laser beam switched off:\n- The cooling water temperature is too high.\n- Calibration of the temperature sensors was carried out incorrectly.\n- The limit values for temperature group T11 are set to the wrong values.","- Check position of the laser beam.\n- Check beam diameter.\n- Compare the limit value setting via MD170 / MD171 with the reference values and correct them, if necessary.\n- Correct the inlet temperature of the cooling water.",""]
[13002651,"Gas pressure in space W10-W20 too low, measured value %2 hPa, warning limit %3 hPa","2014-05-12","","The gas pressure has fallen below the warning limit.","",""]
[13002652,"Seed BB temperature %1 too high, measured value %2 °C, warning limit %3 °C","2014-05-12","","The temperature has exceeded the warning limit.","",""]
[13002653,"Seed BB: leak detected in the cooling system","2014-08-11","","","","Tasc_inp(A) 202.4\n(Coax+BTSFFA) IN0\n(MasterC) =CT-CH.EP3.1-K2, IN0"]
[13002654,"Al mirror temperature M150 in FFA-FU too high, measured value %2 °C, warning limit %3 °C","2014-05-12","","The temperature has exceeded the warning limit.","",""]
[13002655,"Mirror temperature Cu M150 in FFA-FU too high, measured value %2 °C, warning limit %3 °C","2014-05-12","","The temperature has exceeded the warning limit.","",""]
[13002688,"Toptica laser power supply fuse blown (1AF8)","2014-08-11","","","","Tasc_inp(A) 202.1\n(Coax+BTSFFA) IN1"]
[13002689,"Valve FFA-FU power supply fuse blown (1AF9)","2014-08-11","","","","Tasc_inp(A) 202.2\n(Coax+BTSFFA) IN2"]
[13002704,"No Profibus communication with RF generator, transmission %1, parameter %2","2015-05-04","No data is exchanged between the laser control system and the Stolberg RF generator.","1) The Profibus cable between the laser control system and the Stolberg RF generator is not connected.\n2) In the Profibus plug at the RF generator, the switch for the terminal resistance is set incorrectly.\n3) The Stolberg RF generator is set to an incorrect Profibus address.","1) Check the Profibus cable between the laser control system and the Stolberg RF generator.\n2) Check positions of switches in all Profibus plugs from the TASC:X16 to the RF generator.\n3) Check the Profibus address of the Stolberg RF generator.","Transmission = 1: The RF generator does not respond any more. (Reception timeout)\nTransmission = 2: The laser control system cannot transmit any data to the RF generator. (Send timeout)\nParameter = -1: The Profibus driver in the laser control system is blocked."]
[13002705,"The RF generator issues a warning, cause %1","2016-04-15","The warning is displayed.","The value of the 'Cause' parameter indicates which warning is signaled by the generator.\nCause:\n201: First interlock circuit on the RF generator is open while 'RF=Off'.\n202: Second interlock circuit on the RF generator is open while 'RF=Off'.\n203: RF plug is not connected while 'RF=Off'\n205: No DC supply voltage while 'RF=Off'.\n206: Increased temperature in RF stage. \n208: Increased temperature in DC power pack. \n211: The RF control is working outside the range for the nominal value.\n212: The RF control is working outside the nominal value for the RF forward power. The current RF power is below the nominal value. \n213: The RF control is working outside the nominal value for the reflected RF power. The current RF power is below the nominal value. \n214: The RF control n is working outside the nominal user value for the RF forward power. The current RF power is below the nominal value.\n215: The RF control is working outside the nominal user value for the reflected RF power. The current RF power is below the nominal value.\n216: The DC power pack is working at its performance limit.\n217: The RF control is working outside the nominal value for the minimum output power. The current RF power is too high.\n222: Upper limit frequency is reached or exceeded.\n223: Lower limit frequency is reached or fallen short of.\n224: Upper user limit frequency is reached or exceeded.\n225: Lower user limit frequency is reached or fallen short of.\n231: Impedance of the connected load is not stable.\n255: CEX frequency is not stable.\n257: CEX frequency signal missing.\n258: CEX frequency is too high.\n259: CEX frequency is too low.\n261: Pulse duration of the external pulse signal is too short.\n262: Gating ratio of the external pulse signal is too small.\n263: External pulse signal missing. \n270: SynchBus: Slave is faulty.\n271: SynchBus: Master does not respond.\n312: Reflected RF power has exceeded user limit value.\n---------------------------------------------------------------------\nInitialization or hardware error: 8xx\n824: Fan speed too low. At least one fan is turning too slowly.\n825: Faulty fan. At least one fan isn't turning.\n826: NVRAM battery is empty. \n844: No DC voltage available.\n845: DC voltage is too low.","Cause:\n844: Activate the fuses of the DC supply.\n845: If an error occurs only about five minutes after switching on the beam, the cooling of the DC supply may be insufficient.\n- In case of DC supply with water cooling: Check whether the flow is sufficient or whether the inlet temperature is too high.\n- In case of DC supply with blower cooling only: Check whether the air supply is sufficient or whether all the fans of the DC supply are in operation.","If the cause cannot be determined based on the parameter, investigation is required using the 'Stolberg commander' diagnostic software."]
[13002706,"RF generator: Command %1 for changing parameters not received, parameter %2","2015-05-04","Generator does not accept transferred parameters.","","","Commands\n1206 = default nominal power \n1301 = switch over pulse operating mode between internal and external.\n1302 = specification of a pulse frequency for internal pulsing mode.\n1303 = specification of a gating ratio for internal pulsing mode\n--------------------------------------------------\nParameters:\n129: Command number not permitted.\n130: Value not permitted.\n132: Error in generator control / value faulty.\n134: Generator control cannot receive command at the moment. Busy"]
[13023117,"Mailbox:  No connection to DP/ASI link  (E7B1, E7L1)","2005-07-27","Beam is not enabled","The Profibus cable is defective.\nThe terminal resistances of the Profibus cable have been set incorrectly.\nThe power supply for the DP/ASI gateway is not working.","Check Profibus cable.","The attempt to form a connection to the DP/ASI gateway was cancelled after a Timeout time of 20 seconds."]
[13023118,"Mailbox:  Error during command execution (E7B2, E7L2)","2005-07-27","Beam is not enabled","The Profibus cable is defective.\nThe terminal resistances of the Profibus cable have been set incorrectly.\nThe power supply for the DP/ASI gateway is not working.","If the error re-occurs after pressing the reset key, please inform Customer Service.","An error has occurred while executing a mailbox command. The command processing was cancelled after a Timeout time of 20 seconds. The error occurred during the initialization of the ASI slaves."]
[13023119,"Error during communication with the DP/ASI gateway (E7B3, E7L3)","2005-07-27","Beam is not enabled","ASI slave defective, gateway defective.\nThe slaves in the ASI circuit are configured incorrectly","DP/ASI gateway, check cable and slave module. Contact Trumpf Customer Service.",""]
[13023120,"Error during communication with the DP/ASI gateway (E7B4, E7L3)","2005-07-27","Beam is not enabled","ASI slave defective, gateway defective.\nThe slaves in the ASI circuit are configured incorrectly","DP/ASI gateway, check cable and slave module. Contact Trumpf Customer Service.",""]
[13023121,"AS-i slave indicates peripheral error (E7B5, E7L5)","2013-05-08","Malfunction of an AS-i slave, warning message on the control panel","AS-i slave defective","Perform further fault diagnostics on the AS-i gateway monitor.\nPerform further fault diagnostics via a terminal that is connected to the X10 connector of the TASC3 control.",""]
[13023122,"Mailbox error (E7B6, E7L6)","2006-04-05","Warning message on the control panel","Cable defective, terminal resistance defective, gateway defective.","Check Profibus cable.\nCheck the 4 LEDs on the AS-i gateway:\nPower_LED = on,\nPROFIBUS_LED = on,\nU_AS-i_LED = on,\nAS-i_actice_LED = on","If the TASC3 control system requests diagnostics data from the AS-i gateway, both components communicate through a mailbox. This error reports that the gateway no longer responds to mailbox commands."]
[13023123,"Mailbox error (E7B7, E7L7)","2006-04-05","Warning message on the control panel","Cable defective, terminal resistance defective, gateway defective.","Check Profibus cable.\nCheck the 4 LEDs on the AS-i gateway\nPower_LED = on,\nPROFIBUS_LED = on,\nU_AS-i_LED = on,\nAS-i_actice_LED = on","If the TASC3 control system requests diagnostics data from the AS-i gateway, both components communicate through a mailbox. This error reports that the gateway no longer responds to mailbox commands."]
[13023124,"The configuration on the AS-i gateway does not match the slave modules being used (E7B8, E7L8)","2006-04-05","Warning message on the control panel","The slave addresses were incorrectly programmed\nSlave defective","Check setting on the AS-i gateway.\nCompare setting with the slave modules being used",""]
[13023125,"AS-i slave with the operating address zero (E7B9, E7L9) available","2006-04-05","Warning message on the control panel","The slave addresses have not yet been programmed","Check setting on the AS-i gateway and addresses of the slave modules.","New slaves are preset by the manufacturer to the address zero"]
[13023126,"AS-i gateway is not working in operating mode (E7BA, E7LA)","2006-04-05","Warning message on the control panel","AS-i gateway is set to parameterizing mode","Check setting on the AS-i gateway display.",""]
[13023127,"The voltage on the AS-i line is too low (E7BB, E7LB)","2006-04-05","Warning message on the control panel","","Check setting on the AS-i gateway display.\nCheck AS-i lines.",""]
[13023128,"AS-i system in offline mode (E7BC, E7LC)","2006-04-05","Warning message on the control panel","","",""]
[13023129,"AS-i slave defective (E7BD, E7LD)","2007-04-30","Warning message on the control panel","","Check the setting on the AS-i gateway display.",""]
[13023130,"---","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023131,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023132,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023133,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023134,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023135,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023136,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023137,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023138,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023139,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023140,"--","2006-04-05","","","","Error message was transferred to the safety circuit module on March 29, 2006. The error number is available again."]
[13023401,"An IP address does not correspond to the format xxx.xxx.xxx.xxx (EAA1)","2016-08-04","The displayed values are retained until they are corrected.","One or more IP addresses are entered in invalid form in the file: 'sysdat.mdf'.","Perform software update at the TASC.","All IP addresses specified must have the format: xxx.xxx.xxx.xxx."]
[13023521,"An error occurred when writing the file identification (EBB5, ELL5)","2008-02-08","Machine data cannot be saved.","","Activate 'Secure machine data' again.\nIf the error cannot be rectified, the customer service must be informed.","Software module mdcom.cpp: machine data central module"]
[13023523,"An error occurred during the saving of the laser machine data. (EBB7, ELL7)","2009-03-11","The most recently modified laser machine data are lost.","Software error: \nIf the error occurs frequently, then the file system is defective. The control system memory must be reformatted in such cases with the aid of a D-format floppy disk. The machine data file working.dif must however be removed from the control system beforehand. \n\nHardware error: \nThe Flash memory is defective. In this case, the control system must be replaced.","Contact the TRUMPF Technical Customer Service Department.","A CRC test (cyclic redundancy check) is carried out with every reading procedure of the laser machine data (File working.dif). The CRC checksum, which is to be found at the end of the file working.dif, is compared with the currently calculated checksum for this purpose. The error message is activated when the test result does not match the checksum."]
[13023524,"An error occurred during the saving of the laser machine data. (EBB8, ELL8).","2009-03-11","The most recently modified laser machine data are lost.","Software error: \nIf the error occurs frequently, then the file system is defective. The control system memory must be reformatted in such cases with the aid of a D-format floppy disk. The machine data file working.dif must however be removed from the control system beforehand. \n\nHardware error: \nThe Flash memory is defective. In this case, the control system must be replaced.","Contact the TRUMPF Technical Customer Service Department.","A CRC test (cyclic redundancy check) is carried out with every reading procedure of the laser machine data (File working.dif). The CRC checksum, which is to be found at the end of the file working.dif, is compared with the currently calculated checksum for this purpose. The error message is activated if the test result does not match the checksum."]
[13023534,"An error has occured during machine data checking (EBCC2, ELC2)","2003-06-23","No machine data can be saved","","Call up 'Save machine data' again.\nIf the error cannot be eliminated, the customer service needs to be informed",""]
[13023922,"An error has occured during evaluation of file working.dif (EFB6)","2004-03-11","none","A machine datum exists in file working.dif that exists several time in an MDF file","If the error should persist after a restart of the control, the customer service should be contacted.",""]
[13023923,"An error has occured during the evaluation of file working.dif (EFB7)","2004-03-11","None","A machine datum that does not occur in the MDF file exists in file working.dif. This is presumably a machine datum that is not going to be used in newer software versions.","If the error should always occur after machine run-up, you should contact our customer service.",""]
[13025315,"Data logger (FDAF) : Error while writing a digital output, error code = %1","2006-04-05","","","",""]
[13025402,"Job 197 failed. 'Working dif' could not be saved on disk!","2004-06-29","System-specific data (working.dif) were not saved on disk.","During excecution of job 197, an error occured. Copy file 'working.dif' failed.","Restart job 197.\nIf required, use a new, formatted disk.\nThe error might be eliminated by means of a TASC3 system start.",""]
[13100001,"TASC3 cumulative error","2000-07-24","","","",""]
[13100102,"Laser software module: Alarm no. too high or alarm handler is dimensioned for too many positions (01A2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'laserges.mdf' MDF file.\nDefine for the number of alarms is greater than 98 (see lasaerges.h). An attempt was made to create an alarm handler with more than 98 stations. \nl","Correct the 'laserges.mdf' file or load a new version. \nCheck the header file of the software module.","Control message for development. \nCheck makeAlarmModul(...) of the laser."]
[13100103,"Laser software module: New alarm no. will be applied to several old TASC200 alarms (01A3)","2001-03-08","The control software is not changing over to cyclic operation. \nThe laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'laserges.mdf' MDF file.","Correct the 'laserges.mdf' file (determine unique alarm allocation) or load a new version.","Control message for development."]
[13100104,"Initialization of the laser software module will not be completed (01A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The laser module state chart could not be created. There is a software problem","Switch off and switch on (laser) control system. If error persists, load laser software again.","Control message for development."]
[13100105,"Safety cutouts for +24 volt supply have been tripped (01A5)","2001-03-08","- 'Beam on' not possible. \n- Checksum error from +4-F1,....,+4-F5. Depending on the automatic machine triggered, other units will also be switched off (see circuit diagram).","- Short-circuit, \n- Wiring error at the interfaces to the machine  \n- Defective contactor or digital output card","Try to switch the safety cutout on again. If it trips again, then the circuit diagram must be used to search for the cause of the excess current.",""]
[13100106,"Safety switch or motor circuit-breaker for 230V have been tripped (01A6)","2001-03-08","'Beam on' not possible. \n- When +4-Q2 is triggered, then all units including the TASC 3 control are switched off. \n- When +4-F10 is triggered, then all 230V loads in the switch cabinet (ventilators, etc.) and in the RF generator including the RF controller are switched off.","- Short circuit. \n- Defective ventilator motor or power supply unit.","Switch the motor circuit-breaker or safety cutout on again. If it trips repeatedly, determine the cause using the circuit diagram.",""]
[13100107,"Switch cabinet not closed (01A7)","2001-05-11","none","The switch cabinet door is open. A door contact might be defective.","",""]
[13100108,"Overtemperature laser switch cabinet (01A8)","2008-06-06","Beam On not possible.","- Fan motor and/or air conditioning unit in the switch cabinet defective.\n- Outside temperature >55 degrees Celsius.\n- Temperature monitoring +9-A1 defective or altered.\n- Digital input E101.3 is not connected.\n- Digital input E101.3 is defective","- With the switch cabinet door open, fix the switch for 'Doors closed' with adhesive tape in the position 'Door closed' and check whether the fan motors start up.\n- Set temperature monitoring +9-A1 to 50 degrees Celsius or replace it.\nCheck wiring.","If the laser components are integrated in the machine switch cabinet, then the input signal for E101.3 will be supplied via Profibus.\nByte 98, Bit 3"]
[13100110,"Warning lamp is defective E107.7 (01AA)","2001-04-09","'BEAM ON' not possible","The current measurement relay +23-K2 is reporting that there is no current flowing through the warning lamp. The warning lamp bulb is defective.\nThe current measurement relay for acquiring lamp current is defective or set improperly.","Check the warning lamp bulb and replace if required.","Evaluation only with 'High voltage switched on' E103.7 = 1 and after delay time of 0.5s has elapsed.\nA bridge is mounted at the current monitoring relay in systems without a warning lamp."]
[13100111,"Timeout resonator start (01AB, 01AL)","2001-10-10","The laser is switched off and filled automatically.","An attempt was started to switch the laser on. The switch on procedure took more time than is permissible for a faultless resonator. Reasons might be a resonator leakage or faults that prevent a required aggregate from switching on.","Check the other alarms, e.g. if a fuse has triggered and thus prevents a switch on procedure within the given period of time. If no other alarms occur apart from the timeout message, switch the laser back on again and have a look at the TASC3 seven-segment-display during run-up. This shows, at which stage of the run-up procedure the control stops until the alarm is triggered. Please forward this information to our Laser Customer Service.","- For additional purge cycles, the admissible waiting time is automatically prolongated. \n-Time is set via a machine datum with maximum limit. If this maximum limit is set as value, monitoring will be switched off. \n- The alarm cannot be deleted until the next time the laser is switched on."]
[13100112,"Watchdog is triggered with software module (01AC)","2003-06-23","Watch dog relay is not triggered, the 24 Volt supply remains switched off","TASC 3 program has detected errors in the machine data. To avoid damage to the unit, switch on is prevented","Check laser machine data, especially data MD1 'resonator type' and MD4 'generator type'. Please contact TRUMPF Customer Service and report about the display on the seven segment display of the TASC3",""]
[13100113,"Gas pressure too low at start-up (01AD)","2004-04-23","The internal pressure of the resonator is lower than the prescribed working pressure The gas is exchanged during start-up, and the pressure is adjusted correctly.","The laser was turned off with the working pressure being too low. A leakage test or switch element operation may have been carried out.  \nThe gas supply cylinder is empty.","Check the pressure of the gas supply cylinder.",""]
[13100114,"Gas pressure too high at start-up (01AE)","2004-04-23","At start-up, the gas is exchanged automatically and the pressure is set to operating pressure.","The resonator is unsealed.  \nThe internal pressure was already too high at the time of the last shut-down. This may occur when the resonator was filled in switch element operation mode.","Carry out a leakage test to enable you to exclude a leak of the resonator as the cause of error.",""]
[13100122,"External beam enable is missing (01L6, 01B6)","2005-07-27","The high voltage is switched off.","The machine has removed external beam enable via Profibus. This is the case if, for example, a defective laser warning lamp is recognized by the machine control. The alarm is triggered if external enable is missing and, at the same time, the command to switch on high voltage is present. External beam enable is optional. Activation is done by machine data MD126.","If the machine removes external beam enable via Profibus, a message from the machine should display a reason for this. Check, therefore, the messages of the machine.\n\nIf no messages are available from the machine, a check must be made whether the machine supports this function. Should this not be the case, then machine data MD126 must be set to 0.\n\nIf the machine is not connected with the laser via Profibus, then machine data MD126 must be set to the value 0.",""]
[13100125,"Maintenance is not initialized (01B9, 01L9)","2006-02-10","The machine parameter MD1 'Resonator type' cannot be set to a valid value.","The maintenance is not initialized yet. To ensure that the maintenance is initialized at the start-up of the laser, the machine parameter MD1 'Resonator type' cannot be set to a valid value until the maintenance has been initialized.","Initialize the maintenance by setting the machine parameter MD52 'Maintenance active' to value 2. Machine parameter MD52 is protected. Before changing the machine parameter MD52 you must enter the correct code number in MD108.",""]
[13100126,"Sum check error external beam delivery (01BA, 01LA)","2006-09-29","The high voltage is being switched off.\nThe alarm appears at the control panel.","The signal '0' is active at the digital input 104.7 'No sum check error external beam delivery'. An error is displayed thereby to the laser control system. The alarm associated with this warning will be triggered if, at the time of the error, the high voltage is switched on, the beam trap is opened and no laser service mode is active.","","The signal will be transmitted to the laser control system via Pin 21 of plug X55."]
[13100127,"Beam on in spite of suppressed compressed air monitoring (01BB, 01LL)","2008-12-05","The high voltage is not switched on.","The compressed air monitoring for the beam trap can be switched off by setting Bit 6 to '1' for Profibus-Byte 96. High voltage should not be switched on when the monitoring is switched off. This status still appears and results in an alarm.","The machine sets Bit 6 to '1' as long as the compressed air is not activated. It is thus necessary for the machine to be switched on when displaying messages in the service mode.",""]
[13100128,"The last gas change was not completed (01BC, 01LC)","2010-09-30","A gas change is started automatically. The beam enable is not granted until this gas change is finished.","The last gas change was not completed correctly. The reason for this could be an empty gas cylinder.","The alarm can be deleted by resetting the alarm.","The alarm can occur only with lasers of the TruCoax construction type."]
[13100129,"The vibration insulation control EPN-Fast indicates an error (01BD, 01LD)","2011-03-25","The high voltage is switched off.\nThe alarm appears at the control panel.","","Check the vibration insulation control EPN-Fast","Input signal 114.2"]
[13100131,"Change of the machine data %1 not possible","2013-02-22","","157: MD can only be changed if MD161=1","",""]
[13100202,"Cooling unit software module: Alarm no. too high or alarm handler dimensioned for too many positions (02A2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'kuehlung.mdf' MDF file. \nDefine for the number of alarms is greater than 98 (see kuehlung.h). An attempt was made to create an alarm handler with more than 98 stations. \nl","Correct the 'kuehlung.mdf' file or load a new version. \nCheck the header file of the software module.","Control message for development. \nCheck the cooling unit makeAlarmModul(...)."]
[13100203,"Cooling unit software module: New alarm no. will be applied to several old TASC200 alarms (02A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'kuehlung.mdf' MDF file.","Correct the 'kuehlung.mdf' file (determine unique alarm allocation) or load a new version.","Control message for development."]
[13100204,"Initialization of the cooling unit software module will not be ended (02A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The cooling module state chart could not be created. There is a software problem","Switch off and switch on (laser) control system. If error persists, load laser software again.","Control message for development."]
[13100205,"Cumulative error, process cooler E102.6","2019-11-11","Shutdown of process cooler, blower, RF-generator. If the error is not deleted within 5 min., then the laser will automatically be switched off and the resonator filled.","1) Process cooler reports error. See the display on the process cooler or other error messages from the range of numbers 13102xx to indicate the actual cause of the error.\n2) Control transformer 24 V AC or 3-way valve gear defective.\n3) EUV system:\nMessage should not occur: EtherCAT control reports wrong status to TASC.","1) Either use the error number in the display of the process cooler and the manual for the process cooler to limit/correct the error.\nOr if there is no display on the process cooler, note the other errors 131002xx.\nEUV system: Check whether the EtherCAT system is working properly.","1) Evaluation only with 'Process cooler ON' A104.4 = 1 and elapsed delay time of 10 sec. If E102.6 = 0 for > 10 s then error.\n2) Check control transformer 24-V AC or 3-way valve gear, replace if necessary"]
[13100207,"Cooling unit software module: Error using the variable interface. (02A7)","2001-03-08","None","Values are above or below the limit.The type, exponent or unit of the addressed variable are not working properly.","","There is a software problem"]
[13100208,"Pre-alarm: Water temperature in aluminum circuit too high/too low (for details see the display on the cooling unit) (02A8)","2001-03-08","Beam can not be switched on, or is being switched off.","1.  The supply temperature in the aluminum circuit is <5°C or >35°C. \n1.1 As a result of ambient conditions, water temperature is too high or too low when switching on. \n1.2 The filter mats are dirty or the ambient temperature is > 43°C.","1. Wait with laser on/beam off until the temperature is in the permitted range. \n2. Check and clean/replace filter mat as required, ensure efficient heat dissipation and a fresh air supply are present.","The display can only be deleted with the alarm reset at the laser.\nThere is no alarm reset tripped at the cooling unit. You must wait until the water has cooled."]
[13100209,"Forcibly actuated shutdown of the chiller (02A9)","2001-12-11","The chiller is shut down because a flow error or other error was identified. The chiller itself is ok. The high voltage, tube heating and gas turbine of the laser are shut down.","A flow error was either identified in the laser itself or another control switched off the unit because of a flow error. On machines with direct drives these are cooled by the laser chiller. The machine control can also evaluate flow controllers and switches the chiller off in the case of a flow error.","Read the remaining error messages. One of these messages should provide more information. After elimination of the actual cause, the unit must return to operating mode again. The laser should start up automatically if it was switched on prior to the forcible shutdown.","Linear drives are components which are cooled by the laser chiller."]
[13100210,"Timeout of a component connected to the chiller (02AA)","2001-12-11","The chiller is switched off. All laser components requiring cooling are switched off. The chiller itself is ok.","The chiller is also used by other machine components. Their control system switches the chiller on or off via telegram. This control monitors flows. The control switches the chiller off in the case of missing flows. As there have been no telegrams from this control for too long, the laser control assumes that the telegram connection has failed. The chiller is therefore switched off as a precaution.","Check the telegram connection between laser control and the control for components that are cooled by the laser chiller. After the actual cause has been eliminated, the system must return to the original status by means of alarm reset before the alarm is triggered.","Direct drives of the machine are cooled by the laser chiller."]
[13100219,"Fan motor overload protection malfunction %1","2014-08-11","The laser beam is switched off. The process cooler control switches off the pumps. The radial turbine blower is switched off as a result.","Motor circuit-breakers for the fans in the process cooler have switched off.\nThe fan motor may be defective.","Open the flap on the process cooler, behind which the electrical components are arranged. Search for the switched off motor circuit-breaker. Check whether an electrical overload may have triggered the motor circuit-breaker.","Message is triggered by process cooler control."]
[13100220,"Aluminum return temperature outside admissible range","2014-08-11","Laser beam is switched off.\nShutdown of the process cooler by the laser control system.\nThe laser is shut down.","Water temperature in the Al return\na) Water temperature < 5°C\nb) Water temperature > 43°C","a) Increase water temperature by only switching on the process cooler with the laser switch elements.\nb) Allow the water to cool down.\nc) Eliminate any additionally indicated malfunctions of the process cooler.","Error word 1 bit 0:\n\nMessage is triggered by process cooler control."]
[13100222,"Substantial water shortage in the Al or Cu water circuit!","2014-08-11","Shutdown of the entire system by this protection against dry running for the water pumps of the process cooler.","- No water in the tank for the Al or Cu water circuit.\n- Water circuit is leaking.\n- Leak in water pump area.\n- Tank cap missing, resulting in increased water evaporation.","- Check water circuit for leaks\n- Refill water up to MAX. mark\n- Replace pump/seal\n- Apply tank cap.","- Error word 1 bit 2\n- Digital input E13\nThe simultaneously active 'Water shortage' warning message indicates in which circuit water is missing.\n\nMessage is triggered by process cooler control."]
[13100223,"Internal pump motor malfunction","2014-08-11","The laser control system switches off the process cooler.\nThe laser is shut down.","Motor circuit-breaker triggered.\n- Overload of the pump motor due to mechanical stiffness\n- Overload of the motor due to phase failure.","- Check pump and replace it if necessary\n- Eliminate phase failure\n- Switch on motor circuit-breaker again","- Error word 1 bit 3\n- Digital input E14\nThe internal pump is either installed in the Al or Cu circuit.\n\nMessage is triggered by process cooler control."]
[13100224,"Low pressure - refrigerant circuit faulty/start-up delay active","2014-08-11","Pressure in refrigerant circuit is too low.\nThe laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","a) Refrigerant shortage.\nb) Expansion valve defective.\nc) Start-up delay time after low-pressure malfunction has still not expired.","a) The elimination of malfunctions in the refrigerant circuit may be carried out only by qualified personnel.\na) Customer service must be notified.","Error word 1 bit 4\nActual value of LP sensor F1.\nAfter a low-pressure malfunction, the compressors and fans are shut down for at least 180 seconds. The low-pressure malfunction acknowledges itself.\n\nMessage is triggered by process cooler control."]
[13100225,"High-pressure - refrigerant circuit faulty","2014-08-11","The laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","High-pressure control unit has been triggered:\na) Cooling air temperature too high\nb) Fans do not turn.\nc) Condenser and air filter mat dirty. \nd) Water temperature too high\ne) Consumer power too high\nf) Trim panels not installed on the device.\ng) Pressure control unit defective.","a) Provide for heat dissipation by increased ventilation at the installation site.\nb) Check fan function.\nc) Clean condenser with compressed air or replace air filter mat.\nd) Drain water and refill with fresh water.\ne) Reduce or switch off consumer power.\nf) Install side panels.\ng) Have pressure control unit replaced by customer service.","Error word 1 bit 5:\n- Digital input E9\nAfter eliminating a high-pressure malfunction, the process cooler can only resume operation once the Reset key on the pressure control unit has been pressed.\n\nMessage is triggered by process cooler control."]
[13100226,"Temperature in Cu supply outside admissible range","2014-08-11","The laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","Temperature limit values exceeded\na) Water temperature < 5°C\nb) Water temperature > 43°C","a) Increase water temperature and eliminate any additionally reported malfunctions.\nb) Allow the water to cool down or replace it. Eliminate any additionally reported malfunctions.","Error word 1 bit 6\n- Actual value of feeler F5\n\nMessage is triggered by process cooler control."]
[13100227,"Temperature in Al supply outside admissible range","2014-08-11","The laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","Temperature limit values exceeded\na) Water temperature < 5°C\nb) Water temperature > 43°C","a) Increase water temperature and eliminate any additionally reported malfunctions.\nb) Allow the water to cool down or replace it. Eliminate any additionally reported malfunctions.","Error word 1 bit 7:\n- Actual value of feeler F3\n\nMessage is triggered by process cooler control."]
[13100228,"Feeler error F7","2014-08-11","Temperature limit values exceeded.\nLaser control system switches off process cooler.\nThe laser is shut down.","Feeler error:\na) Feeler is defective.\nb) Cable connection on controller loose.\nc) No feeler connected","a) Feeler replacement\nb) Check cable connection on controller and reconnect it if necessary.\nc) Check parameterization.","Error word 1 bit 8\nCaution! Feeler is optional: (only with Cu resonator circuit)\n\nWith L21/18-TR4: feeler is situated in copper return 2\n\nMessage is triggered by process cooler control."]
[13100229,"Pre-alarm: temperature in Al supply too low/high","2014-08-11","Only the laser beam is switched off.\nProcess cooler continues operation.","Temperature limit values exceeded\na) Water temperature < 5 °C\nb) Water temperature > 30 °C","Wait for nominal value to be reached.\n- If the water is too cold, switch on the process cooler with the switch element function and wait until the water temperature is above 5 °C\n- If the water is too warm, wait until the error can be deleted.","Error word 1 bit 9\n- Actual value of feeler F3\n\nMessage is triggered by process cooler control."]
[13100230,"Low pressure limitation triggered. Refrigerant loss, risk of freezing","2014-08-11","Process cooler is permanently shut down.\nError cannot be deleted with 'alarm reset'!\nLaser is shut down and cannot be switched back on.","- The cooling system is leaking.\n- Pressure sensor is defective.","Customer service must be notified.\nHave pressure sensor replaced.","Error word 1 bit 10.\nThe elimination of malfunctions in the refrigerant circuit may be carried out only by qualified personnel.\n- Error message only in the event of feeler error.\nMalfunction can be reset only by service personnel.\n\nMessage is triggered by process cooler control."]
[13100231,"High-pressure limitation has responded","2014-08-11","Refrigerant pressure is too high.\nError cannot be deleted with 'alarm reset'!\nLaser is shut down and cannot be switched back on.","- High-pressure control unit is defective or misadjusted.","- Request customer service!","Error word 1 bit 11\n- Actual value of HP sensor F2\nThe elimination of malfunctions in the refrigerant circuit may be carried out only by qualified personnel!\n\nMessage is triggered by process cooler control."]
[13100236,"Feeler F%1 defective, cause %3","2014-08-11","Laser beam and process cooler are switched off\nTruFlow only: The blower is switched off.","1:\nShort circuit\n\n2:\nCable break","","Two-circuit process cooler L15/21 … L29/53:\n- F1 and F2 have been installed in the refrigerant circuit.\n- F4 measures KK2V-Al.\n- F5 measures KK2R-Al.\n- F6 measures KK1V-Cu.\n- F7 measures KK1R-Cu.\n-----------------------------------------------\nOne-circuit process cooler L100/0 … 03-RT: \n- F1 and F2 have been installed in the refrigerant circuit.\n- F4 measures KK1R-V.\n- F5 measures KK1R-R.\n- F6 measures KK1G-V.\n- F7 measures KK1G-R.\n\nMessage is triggered by process cooler control."]
[13100237,"Flow feeler F%1 defective, cause %3","2014-08-11","Laser beam and process cooler are switched off.\nTruFlow only: The blower is switched off.","1: \nFaulty measurement: number of impulses is too low.\n\n2:\nFaulty measurement: number of impulses is too high.","","Message is triggered by process cooler control."]
[13100238,"Inlet temperature sensor F%1 cooling circuit %2 cause %3 alarm type %4","2014-08-11","Alarm type:\n1:\nPre-alarm: Only the laser beam is switched off.\n\n2:\nAlarm: Laser beam and process cooler are switched off.\nTruFlow only: The blower is switched off.","1:\nTemperature is too low.\n- If alarm type 1, water temperature < 15 °C.\n- If alarm type 2, water temperature < 5 °C.\n2:\nTemperature is too high.\n- If alarm type 1, water temperature > 30 °C.\n- If alarm type 2, water temperature > 43 °C.","In the event of cause '1' and alarm type '1', switch on the laser and only allow the blower to run until the cooling water is heated sufficiently to allow the message to be deleted.","With two-circuit process cooler L15/21 … L29/53:\n- F4 measures KK2V-Al.\n- F6 measures KK1V-Cu.\n-----------------------------------------------\nWith one-circuit process cooler L100/0 … 03-RT: \n- F4 measures KK1R-V.\n\nMessage is triggered by process cooler control.\n- F6 measures KK1G-V."]
[13100239,"Return temperature sensor F%1 cooling circuit %2 cause %3 alarm type %4","2014-08-11","Alarm type:\n1:\nPre-alarm: Only the laser beam is switched off.\n\n2:\nAlarm: Laser beam and process cooler are switched off.\nTruFlow only: The blower is switched off.","1:\nTemperature is too low.\nIf F5, water temperature < 5°C\nIf F7, water temperature < 5°C\n2:\nTemperature is too high.\nIf F5, water temperature > 43°C.\nIf F7, water temperature > 55°C","In the event of cause '1' and alarm type '1', switch on the laser and only allow the blower to run until the cooling water is heated sufficiently to allow the message to be deleted.","Two-circuit process cooler L15/21 … L29/53:\n- F5 measures KK2R-Al.\n- F7 measures KK1R-Cu.\n-----------------------------------------------\nOne-circuit process cooler L100/0 … 03-RT: \n- F5 measures KK1R-R.\n- F7 measures KK1G-R.\n\nMessage is triggered by process cooler control."]
[13100240,"Temperature in Cu return outside admissible range","2014-08-11","The laser control system switches off the process cooler after a short delay time.\nTruFlow only: The blower is switched off.","Water temperature in Cu return\na) Water temperature < 5°C\nb) Water temperature > 55 °C","a) Increase water temperature and eliminate any additionally reported malfunctions. Switch on the process cooler with the switch element function.\nb) Allow the water to cool down or replace the water. Eliminate any additionally reported malfunctions.","Error word 2 bit 0\nActual value of feeler F6.\n\nMessage is triggered by process cooler control."]
[13100241,"EEPROM - error","2014-08-11","Process cooler switches off.\nTruFlow only: The blower is switched off.","Loss of data in parameter memory.\nControl unit is defective.","Replace control unit","Error word 2 bit 1\nThe consistency of the parameters is permanently checked in the process cooler control during operation.\nAn error in this memory is indicated by a cumulative malfunction. The regulation continues to run, but must be immediately replaced.\n\nMessage is triggered by process cooler control."]
[13100242,"Feeler error F1","2014-08-11","Pressure values exceeded.\nProcess cooler switches off.\nTruFlow only: The blower is switched off.","a) Pressure sensor defective\nb) Cable connection on controller loose.","a) Replace pressure sensor\nb) Check cable connection on controller and reconnect it if necessary.","Error word 2 bit 2\nThe elimination of malfunctions in the refrigerant circuit may be carried out only by qualified personnel!\n\nMessage is triggered by process cooler control."]
[13100243,"Feeler error F2","2014-08-11","Pressure values exceeded.\nProcess cooler switches off.\nTruFlow only: The blower is switched off.","a) Pressure sensor defective\nb) Cable connection on controller loose.","a) Replace pressure sensor\nb) Check cable connection on controller and reconnect it if necessary.","Error word 2 bit 3\nThe elimination of malfunctions in the refrigerant circuit may be carried out only by qualified personnel!\n\nMessage is triggered by process cooler control."]
[13100244,"Tank heating faulty","2014-08-11","- Laser cannot be switched on.\n- Laser is shut down.\n- Process cooler continues to run.","Tank heating overload.\n- Overheating protection of tank heating triggered.\n- Motor circuit-breaker triggered.","Check tank heating and replace it if necessary\n- Reset overheating protection in connection housing of tank heating with RESET button.\n- Switch on motor circuit-breaker.","Error word 2, bit 4\n\nMessage is triggered by process cooler control."]
[13100245,"Feeler error F3","2014-08-11","Temperature limit values exceeded\nProcess cooler switches off.\nTruFlow only: The blower is switched off.","a) Temperature sensor defective.\nb) Cable connection on controller loose.","a) Replace feeler.\nb) Check cable connection on controller and reconnect it if necessary.","Error word 2, bit 5\n\nMessage is triggered by process cooler control."]
[13100246,"Feeler error F4","2014-08-11","Temperature limit values exceeded\nProcess cooler switches off.\nLaser is shut down.","a) Temperature sensor defective.\nb) Cable connection on controller loose.","a) Replace feeler.\nb) Check cable connection on controller and reconnect it if necessary.","Error word 2 bit 6\n\nMessage is triggered by process cooler control."]
[13100247,"Feeler error F5","2014-08-11","Temperature limit values exceeded\nProcess cooler switches off.\nLaser is shut down.","a) Temperature sensor defective.\nb) Cable connection on controller loose.","a) Replace feeler.\nb) Check cable connection on controller and reconnect it if necessary.","Error word 2 bit 7\n\nMessage is triggered by process cooler control."]
[13100248,"Low pressure limitation triggered. Danger of freezing","2014-08-11","Process cooler is permanently shut down.\nError cannot be deleted with 'alarm reset' \nLaser is shut down and cannot be switched back on","Refrigerant shortage due to leakage in the refrigerant circuit\nOr start-up problems in cold environment.\nNumber of low-pressure malfunctions was exceeded within a defined time range!","Customer service must be notified.","Error word 2 bit 8:\nFrequent LP malfunction error message leads to shutdown of the process cooler.\nThe elimination of malfunctions in the refrigerant circuit may be carried out only by qualified personnel!\n\nMessage is triggered by process cooler control."]
[13100249,"Motor malfunction, compressor 4","2014-08-11","Shutdown of compressor 4,\nProcess cooler unit continues to run with limited cooling performance\nThe laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","Motor circuit-breaker triggered.\na) Overload of the compressor motor due to mechanical stiffness\nb) Motor overload due to phase failure\nc) Overheating protection of compressor triggered","a) Check compressor, replace it if necessary and switch motor circuit-breaker back on.\nb) Eliminate phase failure, switch motor circuit-breaker back on.\nc) Automatic restart after the compressor has cooled down","Error word 2 bit 9\nDigital input E7\n\nMessage is triggered by process cooler control."]
[13100250,"Motor malfunction, compressor 3","2014-08-11","Shutdown of compressor 3,\nProcess cooler unit continues to run with limited cooling performance\nThe laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","Motor circuit-breaker triggered.\na) Overload of the compressor motor due to mechanical stiffness\nb) Motor overload due to phase failure\nc) Overheating protection of the compressor triggered","a) Check compressor, replace it if necessary and switch motor circuit-breaker back on.\nb) Eliminate phase failure, switch motor circuit-breaker back on.\nc) Automatic restart after the compressor has cooled down","Error word 2 bit 10\nDigital input E6\n\nMessage is triggered by process cooler control."]
[13100251,"Motor malfunction, compressor 2","2014-08-11","Shutdown of compressor 2,\nProcess cooler unit continues to run with limited cooling performance\nThe laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","Motor circuit-breaker triggered.\na) Overload of the compressor motor due to mechanical stiffness\nb) Motor overload due to phase failure\nc) Overheating protection of the compressor triggered","a) Check compressor, replace it if necessary and switch motor circuit-breaker back on.\nb) Eliminate phase failure, switch motor circuit-breaker back on.\nc) Automatic restart after the compressor has cooled down","Error word 2 bit 11\nDigital input E5\n\nMessage is triggered by process cooler control."]
[13100252,"Motor malfunction, compressor 1","2014-08-11","Shutdown of compressor 1,\nProcess cooler unit continues to run with limited cooling performance.\nThe laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","Motor circuit-breaker triggered.\na) Overload of the compressor motor due to mechanical stiffness\nb) Motor overload due to phase failure\nc) Overheating protection of the compressor triggered","a) Check compressor, replace it if necessary and switch motor circuit-breaker back on.\nb) Eliminate phase failure, switch motor circuit-breaker back on.\nc) Automatic restart after the compressor has cooled down","Error word 2 bit 12\nDigital input E4\n\nMessage is triggered by process cooler control."]
[13100253,"Motor malfunction of pump in Cu circuit","2014-08-11","The laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","Motor circuit-breaker triggered\na) Overload of the pump motor due to mechanical stiffness\nb) Motor overload due to phase failure","a) Check pump, replace it if necessary and switch motor circuit-breaker back on.\nb) Eliminate phase failure. Switch motor circuit-breaker back on.","Error word 2 bit 13.\nDigital input E3.\n\nMessage is triggered by process cooler control."]
[13100254,"Motor malfunction of pump in Al circuit","2014-08-11","The laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","Motor circuit-breaker triggered.\na) Overload of the pump motor due to mechanical stiffness\nb) Motor overload due to phase failure","a) Check pump, replace it if necessary and switch motor circuit-breaker back on.\nb) Eliminate phase failure, switch motor circuit-breaker back on.","Error word 2 bit 14,\nDigital input E2\n\nMessage is triggered by process cooler control."]
[13100255,"Feeler error F6","2014-08-11","Temperature limit values exceeded.\nThe laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","a) Temperature sensor defective.\nb) Cable connection on controller loose.","a) Feeler replacement\nb) Check cable connection on controller and reconnect it if necessary.","Error word 2 bit 15\n\nMessage is triggered by process cooler control."]
[13100257,"Malfunction in external cooling water circuit.","2006-12-08","- The cooling unit is switched off.\n- The laser is shut down.","Limit value of refrigerant pressure was exceeded.\n- The temperature in the external water circuit is too high.\n- The flow in the external water circuit is too low. \n- The heat exchanger of the condenser is dirty.","- Check external water circuit.\n- Clean condenser.","Error word 3, bit 1.\nActual value of feeler F2.\nError only occurs at cooling unit which delivers laser heat to an external water circuit. (water cooling operation mode)"]
[13100258,"Motor malfunction at condenser and/or fan motor","2014-08-11","The laser control system switches off the process cooler after a short delay time.\nThe laser is shut down.","Motor circuit-breaker or thermal contact triggered.\na) Motor winding overheated\nb) Overload of a fan motor due to mechanical stiffness\nc) Motor overload due to phase failure\nd) Thermal contact of a fan triggered","a) Let motor cool down, replace fan if necessary and set motor circuit-breaker to position -1-\nb) Check fan, replace it if necessary and set motor circuit-breaker to position -1-\nc) Eliminate phase failure and set motor circuit-breaker to position -1-\nd) Check thermal contact for passage.","Error word 3 bit 2:\nDigital input E8\nError can (must) not occur in the event of water/water process cooler.\n\nMessage is triggered by process cooler control."]
[13100259,"Flow in external water circuit too low","2014-08-11","Error signal from flow indicator in external cooling water circuit.\n- Process cooler is switched off.\n- The laser is shut down.","- Flow indicator defective.\n- No condenser performance\n- No flow in the condenser.","- Check external water circuit.","Error word 3, bit 3:\n(Digital input E8)\nError only occurs at a process cooler which transfers the laser heat to an external water circuit. (Water cooling operating mode)\n\nMessage is triggered by process cooler control."]
[13100264,"Substantial water shortage in the Al circuit!","2014-08-11","Shutdown of the entire system by this protection against dry running for the water pump in the Al circuit of the process cooler.","No water in the Al circuit.\n- Water circuit leaking.\n- Leak at the pump, pump seal\n- Tank cap missing, water evaporation","- Check water circuit for leaks.\n- Refill water up to MAX. mark\n- Replace pump\n- Replace seal\n- Apply tank cap","Error word 3 bit 8\n\nMessage is triggered by process cooler control.\nOnly occurs with plate heat exchanger."]
[13100265,"Substantial water shortage in the Cu circuit!","2014-08-11","Shutdown of the entire system by this protection against dry running for the water pump in the Cu circuit of the process cooler.","No water in the Cu circuit.\n- Water circuit leaking.\n- Leak at the pump, pump seal\n- Tank cap missing, water evaporation","- Check water circuit for leaks.\n- Refill water up to MAX. mark\n- Replace pump\n- Replace seal\n- Apply tank cap","Error word 3 bit 9\n\nMessage is triggered by process cooler control.\nOnly occurs with plate heat exchanger."]
[13100266,"Differential pressure in the external water circuit too low","2014-08-11","The limit value for the differential pressure between the entry and exit of the external water circuit at the process cooler has been fallen short of!\nThe laser control system switches off the process cooler.\nThe laser is shut down.","Differential pressure in the domestic water circuit is too low.\nPlate heat exchanger is dirty or blocked.","Check flow rate of the external water circuit (domestic water circuit).\nClean plate heat exchanger.","Alarm word 3 bit 10\n\nMessage is triggered by process cooler control.\nOnly occurs with plate heat exchanger."]
[13100270,"Tank heating in Al circuit faulty","2014-08-11","- Process cooler is switched off.\n- Laser cannot be switched on or is shut down.","- Tank heating in Al circuit is overloaded.\n- Motor circuit-breaker is switched off.","Check tank heating in Al circuit:\n- Reset overheating protection in connection housing of tank heating with RESET button.\n- Switch on motor circuit-breaker.","Error status 3 bit 14\n(Digital input 12)\n\nMessage is triggered by process cooler control.\nOnly active at: process cooler type L18/21 and plate heat exchanger"]
[13100271,"Tank heating in Cu circuit faulty","2014-08-11","- Process cooler is switched off.\n- Laser cannot be switched on or is shut down.","- Tank heating in Cu circuit is overloaded.\n- Motor circuit-breaker has switched off.","Check tank heating in Cu circuit:\n- Reset overheating protection in connection housing of tank heating with RESET button.\n- Switch motor circuit-breaker back on.","Error status 3 bit 15\n(Digital input 14)\n\nMessage is triggered by process cooler control.\nOnly active with: L18/21 process cooler and plate heat exchanger (PHE)"]
[13100272,"Pump motor malfunction, KK1R circuit","2014-08-11","- Process cooler is switched off.\n- The laser is shut down.\n- Motor circuit-breaker in process cooler has switched off.","- Overload of pump motor due to mechanical stiffness\n- Overload of the motor due to phase failure","- Check pump and replace it if necessary,\n- Eliminate phase failure,\nThen switch motor circuit-breaker to position =1.","Error word 4 bit 0\nDigital input E2 on the process cooler controller\n\nKK1R = cooling circuit 1 resonator\n\nMessage is triggered by process cooler control."]
[13100273,"Pump motor malfunction, KK1G circuit","2014-08-11","- Process cooler is switched off.\n- The laser is shut down.\n- Motor circuit-breaker in the process cooler has switched off.","- Overload of the pump motor due to mechanical stiffness\n- Overload of the motor due to phase failure","- Check pump and replace it if necessary,\n- Eliminate phase failure,\nThen switch motor circuit-breaker to position =1.","Error word 4 bit 1\nDigital input E3 on the process cooler controller\n\nKK1G = cooling circuit 1 generator\n\nMessage is triggered by process cooler control."]
[13100274,"Pump motor malfunction, KK2X circuit","2014-08-11","- Process cooler is switched off.\n- The laser is shut down.\n- Motor circuit-breaker in the process cooler has switched off.","- Overload of the pump motor due to mechanical stiffness\n- Overload of the motor due to phase failure","- Check pump and replace it if necessary,\n- Eliminate phase failure,\nThen switch motor circuit-breaker to position =1.","Error word 4 bit 2\nDigital input E14 on process cooler controller\n\nMessage is triggered by process cooler control."]
[13100275,"Temperature in KK1R supply is outside the admissible range","2014-08-11","- Process cooler is switched off.\n- The laser is shut down.","Temperature limit values exceeded:\na) Water temperature < 5°C\nb) Water temperature > 43°C","Wait for nominal value to be reached.\na) If the water is too cold, switch on the cooling machine with the switch element function and wait until the water temperature is above 5 °C\nb) If the water is too warm, wait until the error can be deleted.\nc) Eliminate any additionally reported errors.","Error word 4 bit 3\nActual value of feeler F3\nKK1R = cooling circuit 1 resonator\n\nMessage is triggered by process cooler control."]
[13100276,"Temperature in KK1R return is outside the admissible range","2014-08-11","- Process cooler is switched off.\n- Laser is shut down.","Temperature limit values exceeded:\na) Water temperature < 5°C\nb) Water temperature > 43°C","Wait for nominal value to be reached.\na) If the water is too cold, switch on the cooling machine with the switch element function and wait until the water temperature is above 5 °C\nb) If the water is too warm, wait until the error can be deleted.\nc) Eliminate any additionally reported errors.","Error word 4 bit 4\nActual value of feeler F4\nKK1R = cooling circuit 1 resonator\n\nMessage is triggered by process cooler control."]
[13100277,"Temperature in KK1G supply is outside the admissible range","2014-08-11","- Process cooler is switched off.\n- Laser is shut down.","Temperature limit values exceeded:\na) Water temperature < 5°C\nb) Water temperature > 43°C","Wait for nominal value to be reached.\na) If the water is too cold, switch on the cooling machine with the switch element function and wait until the water temperature is above 5 °C\nb) If the water is too warm, wait until the error can be deleted.\nc) Eliminate any additionally reported errors.","Error word 4 bit 5\nActual value of feeler F5\nKK1G = cooling circuit 1 generator\n\nMessage is triggered by process cooler control."]
[13100278,"Temperature in KK1G return is outside the admissible range","2014-08-11","- Process cooler is switched off.\n- Laser is shut down","Temperature limit values exceeded:\na) Water temperature < 5°C\nb) Water temperature > 55 °C","Wait for nominal value to be reached.\na) If the water is too cold, switch on the cooling machine with the switch element function and wait until the water temperature is above 5 °C\nb) If the water is too warm, wait until the error can be deleted.\nc) Eliminate any additionally reported errors.","Error word 4 bit 6\nActual value of feeler F6\n\nKK1G = cooling circuit 1 generator\n\nMessage is triggered by process cooler control."]
[13100279,"Pre-alarm: temperature in KK1R supply is outside the admissible range","2014-08-11","Only the laser beam is switched off.\nProcess cooler continues operation","Temperature limit values exceeded:\na) Water temperature < 5 °C\nb) Water temperature > 30 °C","Wait for nominal value to be reached.\na) If the water is too cold, switch on the cooling machine with the switch element function and wait until the water temperature is above 5 °C\nb) If the water is too warm, wait until the error can be deleted.\nc) Eliminate any additionally reported errors.","Error word 4 bit 7\nActual value of feeler F3\nKK1R = cooling circuit 1 resonator\n\nMessage is triggered by process cooler control."]
[13100283,"Substantial water shortage in the KK1 cooling circuit","2014-08-11","Shutdown of the entire system by this protection against dry running for the water pumps of the process cooler","a) No water in the KK1 tank.\nWater circuit is leaking.\nc) Leak in the water pump area.\nd) Tank cap missing, causing increased water evaporation","a) Check water circuit for leaks and refill water up to MAX mark\nb) Replace pump/seal,\nc) Apply tank cap.","Error word 4 bit 11\nDigital input E13 on the process cooler unit controller,\nThe simultaneously active 'Water shortage...' warning message indicates in which circuit water is missing.\n\nMessage is triggered by process cooler control."]
[13100288,"Substantial water shortage in cooling circuit %1","2014-08-11","Laser beam and process cooler are switched off.","Insufficient water in the process cooler tank.\nThe water circuit is leaking.\nTank cap missing, resulting in increased water evaporation","Refill water.\nSearch for and eliminate water leak in the system.\nApply tank cap","Message is triggered by process cooler control."]
[13100289,"Flow meter in cooling circuit %1 faulty or defective.","2013-08-09","","","",""]
[13100290,"Insufficient flow in the cooling circuit %1","2013-08-09","","","",""]
[13100291,"Conductivity too high","2013-08-09","","","",""]
[13100292,"Low pressure cooling circuit ND2 faulty","2013-08-09","","","",""]
[13100293,"Maximum number of low pressure faults (LP) has been exceeded","2013-08-09","","","",""]
[13100294,"Overtemperature pump %1 cooling circuit %2","2013-08-09","","","",""]
[13100295,"Malfunction, motor overload protection, pump %1 cooling circuit %2","2013-08-09","","","",""]
[13100302,"LPC software module: Alarm no. too high or alarm handler is dimensioned for too many positions (03A2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'lls.mdf' MDF file. \nDefine for the number of alarms is greater than 98 (see lls.h). An attempt was made to create an alarm handler with more than 98 stations. l","Correct the 'lls.mdf' file or load a new version. \nCheck the header file of the software module.","LPC = abbr. for laser power control Control message for development. Check 'LPC' makeAlarmModul(...)."]
[13100303,"LPC software module: New alarm no. will be applied to several old TASC200 alarms (03A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'lls.mdf' MDF file.","Correct the 'lls.mdf' file (determine unique alarm allocation) or load a new version.","LPC = abbr. for laser power control \nControl message for development."]
[13100304,"Gating frequency or duty cycle are outside the acceptable value range (03A4)","2001-03-08","'Beam on' not possible.","-A gating frequency or duty factor above the maximum allowable value range is being transferred to the software driver for the HF board. \n-Software error in the LPC module: The values should actually be checked before transfer to this driver and trigger a different error message.","Check input values, or modify as required.","Maximum allowable value range: Gating frequency: 2 Hz.....100000 Hz Duty cycle: 0 %....100.00 %"]
[13100305,"RF amplitude cannot be set (03A5)","2001-03-08","'Beam on' not possible.","The variable interface between the 'LPC' and 'hftele' does not allow transfer of the value.","1) set a new value and try again. \n2) Switch off laser and switch control system off and then switch it on again. \n3) Notify the Trumpf development department. Notify development department of the operating status and the parameters to be set.","The value for the RF amplitude is reported to the 'hftele' software module via the variable interface. The software module passes the value on to the individual RF generators via a Profibus telegram. The transmission only takes place when values have been modified."]
[13100306,"Actual laser output is too high (03A6): Check rear mirror with heat image plate","2003-06-23","'Beam on' not possible.","- Actual output > limit value (MD 65) \n- MD 45 'power measurement correction factor' contains the wrong value: this means the power display is too high. \n- The value of MD 65 has been set too low. \n- Analog input 1 of the MFB board is defective. \n- Piercing in (or cutting of) highly reflective material has failed. \n- The rear mirror of the laser is burning through due to internal contamination. More output is being generated due to the damage and the laser output displayed will rise. \n-Power sensor is defective.","- Carry out power measurement using a joule stick. \n- Correct the display with MD45. \n- Correct the MD 65 (1.25 of the rated laser power)  \n- Select other processing parameters. \n- The power distribution must be checked using a thermostatic plate at the rear mirror. If there are unusual readings, the rear mirror is removed and a visual inspection is made for internal damage. \n-- Measure analog signal at mean required output with a multimeter at analog input 1 .","The measured value is greater than the upper limit set in MD65. \nAfter shutting down or resetting the laser output, monitoring is always suppressed for 2 seconds, because measuring data logging causes drag on the system. Monitoring is inactive if:\n1) MD 65 'Upper limit of power monitoring' == 0. \nhe measured value is greater than the upper limit set in MD65. \nAfter shutting down or resetting the laser output, monitoring is always suppressed for 2 seconds, because measuring data logging causes drag on the system. Monitoring is inactive if:\n1) MD 65 'Upper limit of power monitoring' == 0. \n2) RF special operation is active. \n3) Calibration is active."]
[13100307,"Current laser power is too low (03A7), check the output coupling mirror","2015-05-04","The error indicates a serious problem. Resetting using an alarm RESET is not possible. The error can only be deleted using an alarm RESET if the resonator is filled again after 'LASER OFF'. A control reset is not required.","Current actual laser power < calculated limit value\n- Output coupling mirror not OK.\n- Power sensor head faulty.\n- MD 45 ‘power measurement correction factor' contains the wrong value; this means the power display is too small.\n- The selected value of MD64 is too high.\n- Analog input for measuring the actual laser power is faulty.\nNo or insufficient RF power is generated in the RF generator.\n- Gas mixture is incorrect.\n- If the error occurs after changing gas cylinders with individual gases, the gas cylinders were probably connected to the wrong port.","Check the output coupling mirror for scorching and contamination.\n- Check analog signal of the power sensor head at small nominal power.\n(Measured value[V] * MD45 / 100 = displayed power [W]","The error occurs if the following occurs:\n(expected laser power > tolerance ) AND\n(actual laser power < expected laser power - tolerance).\nFor this, the following applies:\nMD12 = nominal laser power\nTolerance = nominal laser power - value of MD64\nExpected power = (nominal laser power * nominal power in percent) / 100\n----------------------------\nAfter switching on or changing the nominal laser power, monitoring is always hidden for a time set in MD63.\nAt constant nominal power, the typical suppression time is 0.25s.\n----------------------------------------------------------\nMonitoring is inactive if the following applies\n1) Nominal power < nominal laser power - MD64 value\n2) MD 64 ‘Power monitoring lower limit’ == 0.\n3) RF special mode is inactive.\n4) The calibration is active.\n5) MD156 indicates a value =4 or =6."]
[13100308,"Current required output for laser is too low (03A8)","2001-03-08","'Beam on' not possible.","The required output value in the active beam data is lower than the limit value for the minimum allowable output (MP) \nThe telegram contains bad data. \nThere is bad data being programmed via the BCD interface.","Repeat entry/transfer of beam data, or correct data, as required. Check processing program. Check machine data for minimum limit values.","The required output value generated in CW mode is less than the minimum output in MP 24 'Lowest output in CW mode.' \nIf required output is transmitted by telegram, a negative acknowledgment is also transmitted."]
[13100309,"Current required output for laser is too high (03A8)","2001-03-08","'Beam on' not possible.","The required output value in the active beam data is higher than the maximum allowable limit set.(see machine data)\nThe telegram contains bad data. \nThere is bad data being programmed via the BCD interface.","Repeat entry/transfer of beam data, or correct data, as required. Check processing program. Check machine data for maximum limit values.","The transfer of a required output value greater than machine data for the maximum output in the individual operating modes 'Pulsing F' and 'CW' or if the output in alignment mode is greater than MP 23 'Maximum output during alignment.' If the required output is transmitted by telegram, a negative acknowledgement is also transmitted."]
[13100310,"Current required frequency for laser is too low (03A8)","2001-03-08","'Beam on' not possible. \nYour selected gating frequency is not being accepted by the laser control system. The previous correct gating frequency will be retained.","The gating frequency in the active beam data is lower than the limit value  (MD25). \nTelegram contains data which is not permitted. \nThere is bad data being programmed via the BCD interface.","Repeat entry/transfer of beam data, or correct data, as required. Check processing program. Check machine data for maximum limit values.","Error message in 'Pulsing F' operating mode when the transferred gating frequency. < MD25. In the 'Pulsing T' operating mode an error message occurs if the total of required values for pulse duration and interpulse duration is greater than the period duration matching the lower limit frequency. If values are transmitted by telegram, a negative acknowledgment is also transmitted."]
[13100311,"Current required frequency for laser is too high (03AB, 03AL)","2001-03-08","'Beam on' not possible.\nYour selected gating frequency is not being accepted by the laser control system. The previous correct gating frequency will be retained.","The gating frequency in the active beam data is higher than the limit value  (MD25). Telegram contains data which is not permitted. There is bad data being programmed via the BCD interface.","Repeat entry/transfer of beam data, or correct data, as required. Check processing program. Check machine data for maximum limit values.","In the 'Pulsing F' operating mode if the required gating frequency > MD 26 'Upper limit frequency.' If the total of required values for pulse duration and interpulse duration < 99 kHz, an error message will result in 'Pulsing T' operating mode.   There is a negative acknowledgement for the transmitting a required value by telegram."]
[13100312,"Required frequency not permitted (50...60Hz) (03AC)","2001-03-08","'Beam on' not possible. \nYour selected gating frequency is not being accepted by the laser control system. The previous correct gating frequency will be retained.","The 50Hz and 60Hz gating frequencies are generally disabled for technical reasons.","Use a different gating frequency!","A gating frequency of 50 or 60 Hz was selected via the BCD interface or beam data telegram."]
[13100313,"Pulsing T operating mode : Pulse duration (pulse length) is too short (03AD)","2001-03-08","'Beam on' not possible. The previous value will be retained.","Received beam data contains a pulse duration < 10 µs. \n- Transfer of a pulse duration of 0 µs. \nShould the value to be transferred be correct, then the error may be in the hardware or software.","Correct the pulse duration to be transferred, as required","If you think there has been a hardware or software error, then please continue to test further values."]
[13100314,"Operating mode pulsing T: Break duration (pulse pause) is too low (03AE)","2001-03-08","'Beam on' not possible. The previous value will be retained.","Received beam data contains an interpulse duration < 10 µs. \n- Transfer of an interpulse duration of 0 µs. \nShould the value to be transferred be correct, then the error may be in the hardware or software.","Correct the interpulse duration to be transferred, as required","If you think there has been a hardware or software error, then please continue to test further values."]
[13100315,"Pulsing T operating mode : Duty cycle too low (03AF)","2001-03-08","'Beam on' not possible. Previous values will be retained.","The received beam data contains a value combination of pulse and interpulse duration for which the duty cycle is < 1%.","Correct the pulse and/or interpulse duration.",""]
[13100316,"Incorrect beam mode (03B0, 03L0)","2014-08-11","The laser beam is switched off.\nThe desired beam mode (CW or pulsing F) is not accepted by the laser control system.\nThe original settings are retained.","In general:\nThe CW operating mode cannot be selected if 'Alignment on' or 'LPC cycles' operation mode is active.\nIn specific:\nThere are TruCoax lasers on which CW mode is generally blocked. For details, refer to the 'Comment' section.","Change the operation mode or select a different beam mode.","CW mode is blocked for:\n1) TruCoax lasers of type MD1=42011\n2) TruCoax lasers of type MD1=42000 and MD4=10001"]
[13100317,"Incorrect or unknown operation mode (03B1, 03L1)","2014-08-11","The laser beam is switched off.\nThe desired laser operation mode is not adopted by the laser control system. The original settings are retained!","1) Service mode is active (key switch in 'Service' position, S1, S2, S3) and an attempt was made to switch the laser control system to one of the operation modes 'LPC normal', 'LPC analog' or 'LPC cycles'.\n2) Laser is NOT in service mode and an attempt was made to select one of the operation modes 'Alignment on' or 'Alignment off'.\n3) An unavailable operation mode has been selected.\n\nThe LP04 operating program has not yet been synchronized with the operating status of the laser control system.","Change the operation mode of the laser control system by operating the 'Laser Service' key switch. Check whether the active operation mode switches automatically in the 'Set-up/Adjust laser beam' dialog box.\nIf not, end and restart the LP04 laser operating program.","Operation modes in non-service mode: LPC analog’, ‘LPC cycles’ and ‘LPC manual'.\nOperation modes in service mode: 'Alignment ON', 'Alignment OFF'."]
[13100318,"Incorrect operation mode in active service mode (03B2, 03L2)","2014-08-11","The laser beam is switched off.","The laser control system is in service mode. The 'Modify beam data' telegram contains an unknown or impermissible operation mode for service mode. This case may occur if the laser operating program does not recognize the switch-over to service mode or the laser control system delivers an incorrect code when reading out the operation mode.","Repeat the operation and determine the current software versions of the laser operating program and laser control system and notify Technical Service of Trumpf in the event of an identical error description.","Permissible operation modes in normal mode: LPC analog’, ‘LPC cycles’ und ‘LPC normal’. \nPermissible operation modes in service mode: 'Alignment ON' and 'Alignment OFF'."]
[13100319,"Beam ON mode shot:  Maximum delay time has expired (see MD99) (03B3, 03L3)","2001-03-08","Beam turns off. Beam trap is being closed","A delay of > 0 seconds is set for machine data 99. After the beam trap was opened, the pulse trigger switch was pressed after this time elapsed. Or the delay set in the MP 99 is too short, e.g. < 0.5 seconds. Then the delay elapses before the beam trap has reached the 'open' position.","Acknowledge error. Preheat laser again. - Open beam trap Press the approval button immediately. Or extend the delay in MD 99.","This error only occurs when the laser is in service mode."]
[13100321,"The calibration defines an unknown beam mode (03B5, 03L5)","2014-08-11","'Beam on' not possible.","Software error in the laser control system.","Cancel the calibration by switching the beam on and off and repeat the operation with other parameters.","An unknown beam mode is defined for the 'LPC' software module when the calibration is started. Error can only occur with active calibration (during the measuring procedure)."]
[13100322,"Warning: The power monitor is not active  (03B6, 03L6)","2002-11-19","An error window opens and tells the operator that the power monitor is not active.","This warning appears once an hour until machine data MD64 is set to a value other than 0.","Set the machine data MD64 of the laser to a reasonable value. CAUTION: If the machine data MD64 is set to an arbitrary value other than 0, this warning will longer appear but the monitoring of the laser power can continue to be ineffective.","The next time the control system starts, the machine data MD64 automatically receives the last set value other than 0."]
[13100323,"Conflict between machine data MD77 and MD24 (03B7, 03L7)","2002-11-19","The high voltage is switched off and the operator is informed about the conflict by a message.","The maximum performance standard should be limited. This happens by entering the maximum performance standard in MD77. The selection should be smaller than the smallest permitted performance standard in the CW mode of the laser. The laser worked before triggering the alarm in the CW mode and the selected performance standard was larger than the maximum permitted performance standard.","Adapting the machine data MD77 to the machine data or changing the operation mode of the laser to pulsing mode.",""]
[13100324,"Delayed mode shot: Value of MD99 could not be maintained  (03L8,03B8)","2004-06-29","Beam is not ignited.","The time period for the preparatory triggering for the execution of the automated mode shot is described with the value in MD99. If this time cannot be kept, an alarm is issued.","Increase value in MD99","Alarm message of automated mode shot.\nIf a PC with started Hyper terminal program is connected at the diagnosis interface of  TASC3 (X10), then the minimum required period of time for the delayed mode shot is output."]
[13100325,"The frequency modulation is not active (03B9, 03L9)","2010-03-19","The high voltage cannot be switched on.","The 'Frequency modulation' function must be activated for resonator types 42001 and 42002. The machine data 'Start frequency modulation' helps in activation but has the value '0' for 'inactive'.","Set the machine data 'Start frequency modulation' to the prescribed value. If this is not known, set value 499.",""]
[13100402,"Gas circulation software module: Alarm no. too high or alarm handler dimensioned for too many positions (04A2)","2002-10-07","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'gaswael1.mdf' file. \nDefine for the number of alarms is greater than 98 (see gaswaelz.h). An attempt was made to create an alarm handler with more than 98 stations. \nl","Correct the 'gaswael1.mdf' file or load a new version. \nCheck the header file of the software module.","Gas circulation = abbr. for 'Gas circulation' \nControl message for development. \nCheck 'Gas circulation' makeAlarmModul(...)."]
[13100403,"Gas circulation software module: New alarm no. will be applied to several old TASC200 alarms (04A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'gaswael1.mdf' file.","Correct the 'gaswael1.mdf' file (determine unique alarm allocation) or load a new version.","Gas circulation = abbr. for 'Gas circulation' Control message for development."]
[13100404,"Initialization of the gas circulation software module 1 will not be completed (04A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The gas circulation module 1 state chart could not be created. There is a software problem","Switch off and switch on (laser) control system. If error persists, load laser software again.","Control message for development."]
[13100405,"Gas circulation: Cumulative error at frequency converter 1","2019-11-11","The gas circulation is switched off. Blower 1 is switched off by the frequency converter 1 and coasts to a stop. Laser control system only allows the blower to be started after four minutes. The process cooler remains switched on during shutdown of the laser until the blower has come to a complete stop.","There is a malfunction on frequency converter 1: the cause will be displayed on the frequency converter screen as long as the alarm reset has not be triggered on the laser control system.\nOverload of the fan due to excessive gas pressure:\n- Pressure transmitter is defective.\n- Gas pressure too high or wrong gas type, or gas mixer defective.\n- Blower is defective.","- EUV-PA:\nOpen the SC-PDE and read the error codes on frequency converter 1 (+5-A1). \n\n- TruFlow Standard:\nOpen the electrical cabinet and read the error codes on frequency converter 1.\n\nIf the 'Overcurrent' error code is displayed, check the gas pressure with an external measuring device.\nIf the 'Overcurrent' error code is displayed and the gas cylinders have been replaced shortly before, check the gas cylinder connection sequence.","- In the case of two blowers, the other error-free blower is switched off under control.\n\nTASC input E102.2\nEUV-PA: +30-BE5: IN3"]
[13100406,"Cumulative error, magnetic bearing regulation from blower 1","2019-11-11","The laser beam or discharge is switched off.\nThe gas circulation is being shut down.\nIn the TASC a waiting time of four minutes starts until the blower can be restarted by means of 'Reset'.","Cause(s) of error are shown on the display of the magnetic bearing electronics (MBE) or on the frequency converter (IMC15).","- EUV-PA:\nOpen the SC-PDE and read the error codes on MBE 1 (+5-A2). \n\n- TruFlow <= 6 kW:\nOpen the electrical cabinet and read the error codes on frequency converter 1 (IMC15).\n\n- TruFlow >= 8 kW:\nOpen the electrical cabinet and read the error codes on MBE 1.","TASC input E102.4\nEUV-PA: +30-BE5: IN5"]
[13100407,"Gas circulation 1: Nominal frequency not reached, frequency converter 1","2019-11-11","The laser beam or discharge is switched off.\nThe fan is switched off and braked in a regulated fashion.","- Gas pressure too high\n- Incorrect gas mixture\n\nStart contactor is defective (poor contact, drops out briefly)\nThe 'Turbine 1 start' output (A101.0) is defective.","- EUV-PA:\nOpen the SC-PDE and read the error codes on frequency converter 1 (+5-A1). \n\n- TruFlow Standard:\nOpen the electrical cabinet and read the error codes on frequency converter 1.","TASC input E102.3\nEUV PA: +30-BE5: IN4\n\n- The blower does not reach its nominal RPM within two minutes during the power-up cycle.\n- The blower differs from the nominal RPM briefly during operation."]
[13100408,"Gas circuit 1: minimum permissible pressure for gas circuit not met (04A8)","2015-11-18","Switching off of the gas circuit. The gas circuit runs out in a controlled fashion.","Gas pressure in the resonator too low because:\n- No fresh gas being supplied, but it keeps being slowly suctioned off.\n- Pressure load cell is defective.\n- Suction rate set too high.\n- Machine data MD44 incorrectly set for the minimum permitted gas pressure.","Check the pressure control when the fan is not moving in the 'Manual functions' operation.\nCheck the value of machine data MD44.","The gas pressure is monitored during the start-up and the 'ready for operation' status."]
[13100409,"Gas circuit 1: maximum permissible pressure for gas circuit exceeded (04A9)","2015-11-18","Switching off of the gas circuit. The gas circuit runs out in a controlled fashion.","Gas pressure in the resonator too low because:\n- Pressure control can no longer be correctly regulated due to a defect.\n- Pressure load cell is defective.\n- Leak in the resonator.\n- Suction rate is set too low.\n- Machine data MD43 incorrectly set for the maximum permitted gas pressure.","Check the pressure control when the fan is not moving in the 'Manual functions' operation.\nCheck the value of machine data MD43.","The gas pressure is continuously monitored during the start-up and operation."]
[13100410,"Gas circuit 1: no cooling system available (04AA)","2015-11-18","The gas circulation is being shut down. The gas circuit runs out in a controlled fashion.","Sequence error due to a switching off of the process cooler.","","The fan may not be switched on while the cooling machine is running.\nThe process cooler of a flow sensor shows the actual cause of error."]
[13100411,"Gas circulation 1: Overcurrent, motor circuit-breaker frequency converter1","2019-11-11","The laser beam or discharge is switched off.\nThe gas circulation is being switched off. The gas circulation runs out in an uncontrolled fashion.","-EUV-PA:\nThe motor circuit-breaker of the frequency converter for blower 1 has been switched off or has tripped during laser operation.\nIf the motor circuit-breaker has not tripped, digital input E102.0 is probably defective.\n\n- TruFlow Standard:\nThe motor circuit-breaker of the frequency converter for fan 1 has been triggered.\nFor Trumpf machine tools with integrated modularly constructed switch cabinet: there is a subsequent error when the data exchange via by Profibus has been interrupted between the machine PLC and the laser control.\n- For example, by restarting the machine PLC.","- EUV-PA:\nOpen the SC-PDE and check that the motor circuit-breaker -CB1 is switched off.\n\n- TruFlow Standard:\nOpen the electrical cabinet and check whether the motor circuit-breaker of the frequency converter 1 is switched off. \n\nIf the motor circuit-breaker is switched off, check whether the motor circuit-breaker may be switched on again.\nSwitch off the TruFlow or PA and wait until a pressure of 1100 hPa is displayed. \nSwitch the motor circuit-breaker back on.\nSwitch on the voltage supply of the frequency converter via the 'manual functions' / 'Turbine main voltage'.\nIf the motor circuit-breaker trips again, the frequency converter is probably defective and must be replaced.","TASC input E102.0\nEUV-PA: +30-BE5: IN1\n\n- TruFlow Standard:\nFor Trumpf machine tools with integrated modular electrical cabinet: The information as to whether this motor circuit-breaker has been triggered will be forwarded by the machine PLC via Profibus to the laser control. The laser control does not have its own digital input to monitor this motor circuit-breaker."]
[13100412,"Gas circuit 1: excess current, motor circuit-breaker magnetic bearing (04AC)","2015-11-18","The gas circulation is being shut down. The laser beam is switched off.","The motor circuit-breaker for the magnetic bearing regulation of fan number 1 has been triggered.","",""]
[13100413,"Excess temperature at braking resistance of the frequency converter 1 (","2003-02-24","Gas circulation goes into ERROR status","Braking chopper is defective, braking energy is too high, too many brake cycles, thermocouple at brake resistor is defective","",""]
[13100414,"Plausibility error nominal frequency 1 has been reached (04AE)","2004-01-23","Beam release is not given, an alarm message is displayed","Input 'nominal frequency reached 1' E102.3 signal '1' although output 'Start Turbine 1' (A101.0)","Actuate alarm reset. If the alarm cannot be deleted, please contact our Customer Service.",""]
[13100504,"More than one contact control has been declared the master in the MDF file (05A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","More than one contact control has been declared the master in the 'energie.mdf' file. Several machine data of the type MD_1_MasterOfTheGenerators, MD_2_MasterOfTheGenerators, etc. have been set to value 1.","Set desired machine data of type MD_x_MasterOfTheGenerators (x = placeholder) to 1 for the contact control unit in the 'energie.mdf' file which is to have control via the high-voltage outputs O_hv_generator_auto (A102.2), O_hv_generator_service (A102.3). All other machine data of this type is to be set to 0.",""]
[13100505,"No contact control has been declared the master in the MDF file (05A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","No contact control has been declared the master in the 'energie.mdf' file.  All machine data of the type MD_x_MasterOfTheGenerators (x = placeholder) have been set to value 0.","Set desired machine data of type MD_x_MasterOfTheGenerators (x = placeholder) to 1 for the contact control unit in the 'energie.mdf' file which is to have control via the high-voltage outputs O_hv_generator_auto (A102.2), O_hv_generator_service (A102.3). All other machine data of this type must contain the value 0.",""]
[13100506,"Initialization of the energy software module will not be ended (05A6)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The energy module state chart could not be created. There is a software problem","Switch off and switch on (laser) control system. If error persists, load laser software again.",""]
[13100507,"The motor circuit-breaker of the driver stage of a RF-generator has tripped. (05A7)","2011-01-14","The laser beam and the high voltage are shut off.\nThe motor circuit-breaker for supplying the solid state driver of a RF generator has tripped.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the driver stage of the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch motor circuit-breaker back on.","This message is always reported for several RF generators, too. An additional error message points to the affected RF generator: \n- 13100532 (RF gen. 1), then check E103.1.\n- 13100533 (RF gen. 2), then check E109.7.\n- 13100534 (RF gen. 3), then check E118.1.\n- 13100535 (RF gen. 4), then check E119.1."]
[13100508,"The motor circuit-breaker of the grid power supply of a RF-generator has tripped (05A8) (05A8)","2011-01-14","The laser beam and the high voltage are shut off.\nThe motor circuit-breaker for the grid power supply of a RF-generator has tripped. The grid power supply is switched off.\nAn additional motor circuit-breaker for the second grid power supply is switched in series for RF gen. with 36 kW/44 kW.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the grid power supply. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch motor circuit-breaker back on.\nCheck the motor circuit-breaker for the second grid power supply and if required, switch it on again for RF gen. with 36 kW/44 kW.","This message is always reported for several RF generators, too. An additional error message points to the affected RF generator: \n- 13100532 (RF gen. 1), then check E103.4.\n- 13100533 (RF gen. 2), then check E110.2.\n- 13100534 (RF gen. 3), then check E118.4.\n- 13100535 (RF gen. 4), then check E119.4."]
[13100509,"The motor circuit-breaker of the tube heating of a RF-generator has tripped (05A8)","2011-01-14","The motor circuit-breaker for the power supply of the tube heating of a RF-generator has tripped.\nThe RF-generator is switched off.","Missing phase. Short circuit in the RF tube. Excess current at low supply voltages. Defective components in the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch motor circuit-breaker back on.","This message is always reported for several RF generators, too. An additional error message points to the affected RF generator: \n- 13100532 (RF gen. 1), then check E103.5.\n- 13100533 (RF gen. 2), then check E110.3.\n- 13100534 (RF gen. 3), then check E118.5.\n- 13100535 (RF gen. 4), then check E119.5."]
[13100510,"The motor circuit-breaker of the high-voltage power unit of a RF-generator has tripped (05AA)","2011-01-14","The laser beam and the high voltage are shut off.\nThe motor circuit-breaker for supplying the high-voltage power unit (HV) of a RF generator has tripped.","Missing phase. Short circuit. Excess current at low supply voltages. Defective components in the high-voltage power unit of the RF generator. RF tube is defective. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch motor circuit-breaker back on.","This message is always reported for several RF generators, too. An additional error message points to the affected RF generator: \n- 13100532 (RF gen. 1), then check E103.2.\n- 13100533 (RF gen. 2), then check E110.0.\n- 13100534 (RF gen. 3), then check E118.2.\n- 13100535 (RF gen. 4), then check E119.2.\n---------------------------------------------------------\nFor some TRUMPF systems, this motor circuit-breaker is in the machine switch cabinet. The machine control system evaluates the message input of the switch and sends the result via the Profibus to the laser control system. For those systems, the E103.2 digital input is not available or not connected."]
[13100511,"The motor circuit-breaker of the control electronics of a RF-generator has tripped (05AB, 05AL)","2011-01-14","The laser beam and all supply voltages of the RF generator are switched off.\nThe motor circuit-breaker for supplying the control electronics of a RF generator has tripped.\nGenerator is switched off completely since no internal monitoring is active any more.","Missing phase. Short circuit in the power supply unit parts of the control electronics. Defective components in the control electronics of the RF generator. Connection to the input card interrupted. 24 V supply defective. Input card defective.","Switch motor circuit-breaker back on.\nSearch for short circuit in the event of repeated actuation.","This message is always reported for several RF generators, too. An additional error message points to the affected RF generator: \n- 13100532 (RF gen. 1), then check E103.6.\n- 13100533 (RF gen. 2), then check E110.4.\n- 13100534 (RF gen. 3), then check E118.6.\n- 13100535 (RF gen. 4), then check E119.6."]
[13100512,"Phase monitor for the high-voltage power unit of a RF-generator has tripped (05AC)","2011-01-14","The laser beam and the high voltage are shut off.","Missing phase after the motor circuit-breaker for the high-voltage power supply.\nAt least one phase of the power supply is missing.\nDefective motor circuit-breaker.\nConnection to the digital input interrupted.\n24 V supply defective.\nInput card defective.","Check the line voltage of the three phases before and after the motor circuit-breaker for the high-voltage power supply of RF generator.","This message is always reported for several RF generators, too. An additional error message points to the affected RF generator: \n- 13100532 (RF gen. 1), then check E103.3.\n- 13100533 (RF gen. 2), then check E110.1.\n- 13100534 (RF gen. 3), then check E118.3.\n- 13100535 (RF gen. 4), then check E119.3."]
[13100513,"Error while writing the variables for switching between Beam_On and Beam_Off (05AD)","2007-06-25","Switching off the high voltage cannot be affected by a different software module.","There is a software problem. The variable interface is not being used correctly.","Check transfer parameter at the variable interface in the activating software module.","Control message for development."]
[13100514,"High voltage supply contactors of a RF generator are not disabled (05AE)","2011-01-14","The laser beam and the high voltage are not switched on.","Adhering signaling contacts or main contacts on the high voltage contactors.","Shut down the laser and switch it off completely.\nCheck which signaling and main contacts of the high voltage contactors have not switched off.\nReplace the corresponding contactor or grounding contact.","This message is always reported for several RF generators, too. An additional error message points to the affected RF generator: \n- 13100532 (RF gen. 1), then check E103.0.\n- 13100533 (RF gen. 2), then check E109.6.\n- 13100534 (RF gen. 3), then check E118.0.\n- 13100535 (RF gen. 4), then check E119.0."]
[13100515,"High voltage supply contactors of an RF-generator are not switched on","2019-11-11","The laser beam or discharge is not switched on or is only briefly switched on.\nError is reported if the input to be checked still reports = 0 after 2-3 seconds with high voltage switched on.\n- EUV system:\nThis message is a subsequent error of the message 13102429.","TruFlow or TruCoax Standard:\n- Feedback contacts of the power contactors show contact difficulties and report the correct status too late (> 3 sec.) or not at all.\n- Opened safety circuit\n- Defective AS-i safety monitor if MD13 > 3\n- If the message occurs when the beam is switched on during service mode with open beam trap, then the pulse trigger switch is defective.\n- EUV:\nSee the cause for message 13102429.","TruFlow + TruCoax Standard:\n- If MD13 > 3, then check the ASi safety monitor in the laser electrical cabinet on module '+10'.\n- EUV:\nSee the measures for message 13102429.","This message is always output, even for multiple RF-generators. An additional error message points to the affected RF-generator: \n- 13100532 (RF Gen. 1), the check E103.7.\n- 13100533 (RF Gen. 2), the check E110.5.\n- 13100534 (RF Gen. 3), then check E118.7.\n- 13100535 (RF Gen. 4), the check E119.7."]
[13100516,"Plausibility error contactor for tube heating of a RF-generator (05B0, 05L0)","2011-01-14","High voltage is switched off.\nCooling remains on in any case as long as the main switch is switched on.","The error appears when the output 'Heating on' displays the status '0', but the control input 'Heating switched on' reports status '0' for Heating = switched on. The heating is switched on although this should not be the case when viewed from the control system's point of view. The grounding contact is probably adhering.\n- If 13100532 (RF gen. 1), then compare A102.0 to E108.1.\n- If 13100533 (RF gen. 2), then compare A105.5 to E112.3.\n- If 13100534 (RF gen. 3), then compare A109.0 to E112.4.\n- If 13100535 (RF gen. 4), then compare A110.0 to E112.5.","An additional error message points to the affected RF generator: \n- If 13100532 (RF gen. 1), then compare A102.0 to E108.1.\n- If 13100533 (RF gen. 2), then compare A105.5 to E112.3.\n- If 13100534 (RF gen. 3), then compare A109.0 to E112.4.\n- If 13100535 (RF gen. 4), then compare A110.0 to E112.5.","This message is always reported for several RF generators, too. An additional error message points to the affected RF generator: \n- 13100532 (RF gen. 1), \n- 13100533 (RF gen. 2), \n- 13100534 (RF gen. 3), \n- 13100535 (RF gen. 4),"]
[13100517,"Laser warning lamp defective E107.7 (05B1)","2014-11-07","The laser beam is switched off.","- The warning lamp on the laser switch cabinet is defective.\n- Machine data 83 (number of laser warning lamps) is set incorrectly.\n- Current measurement relay for measuring the lamp current with bulbs is defective or set incorrectly.","Check the warning lamp and, if necessary, replace.","- Laser control system without EtherCat.\nEvaluation is only done once ‘high voltage switched on' E107.7 = 1 and the delay time of 0.5 s has elapsed.\n- Laser control systems with EtherCat, which are not operated in the network:\nThe operation of the warning lamp is monitored in the switched-on and switched-off state.\nIf there is an edge change between switching the RF generator power supply on and off, monitoring is suppressed for 1 s. Afterwards, the error message is output if the faulty status lasts for longer than 0.5 s."]
[13100518,"Optional warning lamp defective  (05B2)","2004-12-07","'Beam on' not possible.","Current measurement relay +23-K2 reports, that the warning lamp has no power. The warning lamp bulb is defective.\nCurrent measurement relay for detecting the lamp current defective or incorrectly set.","Check return signals of the optional warning lamps. (E123.4, E127.2, E127.3, E127.4) The machine data 83 has the information which lamps are applied. Only warning lamps applied in MD83 are evaluated.  Check the warning lamp bulb and replace if required.","Evaluation only if 'HIGH VOLTAGE SWITCHED ON' E123.4 = 1 and expired delay time of 0.5s. A bridge is mounted at the current monitoring relay in systems without a warning lamp."]
[13100519,"MD58     Machine parameter for tube generators is ZERO.    (05B3, 05L3)","2004-04-23","Heating voltage and grid voltage are not switched on.","","Set machine parameter MD58 = 1",""]
[13100520,"Increased tube heating time is active, please wait. (05B4, 05L4)","2004-06-29","Laser beam and high voltage cannot be switched on for the duration of the increased tube heating time.","Tube heating time will not increased, if the standstill time of the laser is less than one week. \nFor standstill times of the laser of one week, the tube heating time will be increased to 15 minutes.\nThe maximum tube heating time of 30 minutes will be effective for a laser standstill time of 5 weeks.","Please wait.","The increased tube heating time becomes active if the laer standstill time is more than one week. The increased tube heating time improves the RF tube life."]
[13100521,"The machine data MD83 (laser warning lamps) is at zero (05B5, 05L5)","2005-05-06","Beam release is cancelled","","Set MD83, save machine data",""]
[13100522,"The generator signal IS30_COOLING is missing (05B6)","2004-12-07","Beam release is cancelled","","Contact TRUMPF Customer Service.",""]
[13100523,"The generator signal IS30_PIPEHEATING is missing (05B7)","2004-12-07","Beam release is cancelled","","Contact TRUMPF Customer Service.",""]
[13100524,"The generator signal IS30_GRID_1 is missing (05B8)","2004-12-07","Beam release is cancelled","","Contact TRUMPF Customer Service.",""]
[13100525,"The generator signal IS30_POWER_SUPPLY is missing (05B9)","2004-12-07","Beam release is cancelled","","Contact TRUMPF Customer Service.",""]
[13100531,"The tube heating was switched off because of the lack of cooling (05BF, 05LF)","2012-04-02","","- The cooling had previously been switched off.","",""]
[13100532,"An error occurred in the contact controller of generator 1 (05C0), parameter %1","2017-02-22","TruFlow laser: Observe other messages with the number 131005...!\nParameter 1, PreA1 / TRUC: Other messages with the number 1214…. From RF generator indicate the cause.","TruFlow: See the cause description of the additionally displayed messages with the numbers 131005... .\nParameter 1, PreA1 / TRUC: See the cause description of the additional messages with the number 1214…. .","TruFlow laser: Observe other error messages with the number 131005...!\nParameter 1, PreA1 / TRUC: Other measures of messages with the number 1214…. Observe.\nParameter 1, PreA1 / TRUC: If no further message appears please check input E163.0.","This error can only occur in connection with other errors in the contact controller of the RF generator.\nFurther errors with the number 131005nn are displayed. (nn = error number in module 05)\nParameter 1: RF generator of PreA1 / TRUC is not ready for operation."]
[13100533,"An error has occurred in the contact control on generator 2 (05C1)","2011-01-14","Observe further errors with the number 131005nn.","See the cause description of the additionally displayed errors with the numbers 131005nn.","Observe further error messages with the number 131005nn.\n(nn = Error number in the module 05)","This error can only occur in connection with other errors of the RF generator's contact control.\nFurther errors with the number 131005nn are displayed. (nn = Error number in the module 05)"]
[13100534,"An error has occurred in the contact control on generator 3 (05C2)","2011-01-14","Observe further errors with the number 131005nn.","See the cause description of the additionally displayed errors with the numbers 131005nn.","Observe further error messages with the number 131005nn.\n(nn = Error number in the module 05)","This error can only occur in connection with other errors of the RF generator's contact control.\nFurther errors with the number 131005nn are displayed. (nn = Error number in the module 05)"]
[13100535,"An error has occurred in the contact control on generator 4 (05C3)","2011-01-14","Observe further errors with the number 131005nn.","See the cause description of the additionally displayed errors with the numbers 131005nn.","Observe further error messages with the number 131005nn.\n(nn = Error number in the module 05)","This error can only occur in connection with other errors of the RF generator's contact control.\nFurther errors with the number 131005nn are displayed. (nn = Error number in the module 05)"]
[13100539,"Protective motor switch +11-Q5 has been released (05C7)","2002-05-29","Protective motor switch +11-Q5 for supplying the transistor driver stage of RF generator 2 has been released.","Missing phase. Short circuit. Excess current with low distribution voltages. Defective components in the RF generator. The link to the I/O card is interrupted. The 24 V supply is defective. The I/O card is defective.","Screw protective motor switch +11-Q5 back in again.","This error is made specific to the E109.7 input. Error, when E109.7 = 0."]
[13100540,"Protective motor switch +11-Q1 or +11-Q6 has been released (05C8)","2002-05-29","The  protective motor switch  +11-Q1 for supplying the grid voltage of the RF generator 2 has triggered.\nIS36 / IS44 only: Or protective motor switch +11-Q6 for supplying the 2. grid voltage mains supply unit has triggered.","Missing phase. Short circuit. Excess current with low distribution voltages. Defective components in the RF generator. The link to the I/O card is interrupted. The 24 V supply is defective. The I/O card is defective.","Screw protective motor switch +11-Q1 back in again.\nIS36 / IS44 only: Or screw protective motor switch +11-Q6 back in again.","This error is made specific to the E110.2 input. Error, when E110.2 = 0."]
[13100541,"Protective motor switch +11-Q2 has been released (05C9)","2002-05-29","Protective motor switch +11-Q2 for supplying the heating of  RF generator 2. has triggered.","Missing phase. Short circuit. Excess current with low distribution voltages. Defective components in the RF generator. The link to the I/O card is interrupted. The 24 V supply is defective. The I/O card is defective.","Screw protective motor switch +11-Q2 back in.","This error is made specific to the E110.3 input. Error, when E110.3 = 0."]
[13100542,"Protective motor switch +11-Q4 has been released (05CA)","2002-05-29","Protective motor switch +11-Q4 for supplying the HV mains supply unit of generator 2 has triggered.","Missing phase. Short circuit. Excess current with low distribution voltages. Defective components in the RF generator. The link to the I/O card is interrupted. The 24 V supply is defective. The I/O card is defective.","Screw protective motor switch +11-Q4 back in again.","This error is made specific to the digital  E110.0 input. Error, when E110.0 = 0."]
[13100543,"Protective motor switch +11-Q3 has been released (05CB, 05CL)","2002-05-29","The  protective motor switch  +10-Q3 for supplying the grid voltage of the RF generator 2 has triggered.\nThe generator will be switched off completely as no internal monitoring will be active anymore.","Missing phase. Short circuit. Excess current with low distribution voltages. Defective components in the RF generator. The link to the I/O card is interrupted. The 24 V supply is defective. The I/O card is defective.","Screw protective motor switch +11-Q3 back in again.\nIf the switch immediately releases again, look for short-circuit.","This error is made specific to the digital  E110.4 input. Error, when E110.4 = 0."]
[13100544,"Phase monitor for RF-generator 2 has tripped (05CC)","2006-09-29","Phase monitor for monitoring the rotating field for the high-voltage power supply to the RF-generator 2 has tripped.","Missing phase after the motor circuit-breaker for the high-voltage power supply.\nAt least 1 phase of the power supply is missing.\nDefective motor circuit-breaker + 11-Q4.\nConnection to the digital input interrupted.\n24 V supply defective.\nInput card defective.","Check the line voltage of the 3 phases before and after the motor circuit-breaker for the high-voltage power supply of RF generator 2.","Error is reported via the digital input E110.1. Error, if E110.1 = 0."]
[13100546,"High voltage contactor (+11-K3, +11-K4, +11-K4 and/or +11-K5) have not been released (05CE)","2002-05-29","Beam is switched off","Sticky contacts at high voltage contactors.","Switch off laser (shut down), switch off control completely. Check, which of the 3 high voltage contactors has not switched off. \nReplace respective contactor.","The error will be signalled if the input ist either 109.6 = 0 or 110.5 = 1 if the high voltage has been switched off."]
[13100547,"High voltage contactors (+11-K3, +11-K4 and/or +11-K5) are not connected (05CF)","2002-05-29","Beam cannot be switched on","","","The error will be signalled if input E110.5 still signals =0 if high voltage has been connected for 2 sec"]
[13100548,"Plausibility error tube heating generator 2 (05D0)","2004-01-23","High voltage has been switched off.\nCooling remains switched on in any case\nas long as the main switch is switched on.","Output A105.5 'Tube heating generator 1' has status '0', control input E108.1 has status '1'. Heating is switched on although this is not the case.\nContactor contact might be sticky.","",""]
[13100552,"The transistor generator indicates an error, cause %1","2016-02-04","High voltage is switched off.\nThe alarm is displayed.","The value of the 'Cause' parameter indicates which alarm is indicated by the generator.\nCause:\n101: Command 'RF=On' recognized although RF generator is not ready for operation.\n201: First interlock circuit open at the RF generator, during 'RF=On'.\n202: Second interlock circuit open at the RF generator, during 'RF=On'.\n203: RF plug not connected.\n205: DC supply voltage missing, during 'RF=On'.\n207: Over-temperature in RF stage.\n208: Power pack over-temperature. \n219: Reflected RF power too high.\n253: DDS signal was switched to high level for too long.\n254: Operating point of the DDS signal unstable, during 'RF=On'.\n255: Operating point of the CEX frequency unstable.\n257: CEX frequency not identified.\n258: CEX frequency too high.\n259: CEX frequency too low.\n260: CEX level too low.\n270: SynchBus: Slave error. Master detects slave error, during 'RF=On'.\n---------------------------------------------------------------------\nThe following errors can only be deleted by switching off the supply voltage.\n272: SynchBus: Too many masters, master identified RF pulses not created by it. \n273: SynchBus: 'RF=On' signal detected in spite of active error signal.\n274: SynchBus: Master detected pulse signal in spite of active error signal.\n275: SynchBus: Error signal active.\n---------------------------------------------------------------------\nUser messages:\n311: 'RF On' time exceeded.\n312: Reflected RF power has exceeded user limit value. \n---------------------------------------------------------------------\nInitialization or hardware error: 8xx\n844: No DC voltage present.\n845: DC voltage is too low.\n---------------------------------------------------------------------\nSoftware error: 9xx","Cause:\n844: Activate the fuses of the DC supply.\n845: If an error occurs only about five minutes after switching on the beam, the cooling of the DC supply may be insufficient.\n- In case of DC supply with water cooling: check whether the flow rate is sufficient and if the inlet temperature is too high.\n- In case of DC supply with blower cooling: check whether the air supply is sufficient and if all the blowers of the DC supply are in an operating state.","If the cause cannot be determined based on the parameters, then an examination using the 'Stolberg Commander' is necessary."]
[13100553,"OEM RF generator: Profibus connection is interrupted","2016-04-15","The laser beam is switched off.","Stolberg RF generator:\n- The Profibus cable is not plugged into the RF generator or it is defective.\n- The Profibus module in the RF generator is defective or the supply voltage is missing.\n- The terminal resistor on the Profibus plug is in the wrong position. \n- The plug for the voltage supply of the control electronics in the RF generator is not plugged in, or was briefly unplugged.\n\nLaser control system TASC:\nShould the Profibus master not work correctly, then other error messages must have appeared from the Profibus.","Stolberg RF generator:\n- Check the Profibus connection at the RF generator.\n- Is the green LED on the Profibus module in the RF generator lit?\nIf not, then check the supply voltage of the control electronics in the RF generator.\nIf yes, then switch the laser off at the control panel. Afterwards, switch off the entire system for approx. 2 min.",""]
[13100564,"Plausibility error tube heating generator 3 (05E0)","2004-01-23","High voltage has been switched off.\nCooling remains switched on in any case\nas long as the main switch is switched on.","Output A109.5 'Tube heating generator 1' has status '0', control input E108.1 has status '1'. Heating is switched on although this is not the case.\nContactor contact might be sticky.","",""]
[13100580,"Plausibility error tube heating generator 4 (05E0)","2004-01-23","High voltage has been switched off.\nCooling remains switched on in any case\nas long as the main switch is switched on.","Output A110.0 'Tube heating generator 1' has status '0', control input E108.1 has status '1'. Heating is switched on although this is not the case.\nContactor contact might be sticky.","",""]
[13100602,"Pressure control software module: Alarm no. too high or alarm handler dimensioned for too many positions (06A2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'druckreg.mdf' MDF file. \nDefine for the number of alarms is greater than 98 (see druckreg.h). An attempt was made to create an alarm handler with more than 98 stations.","Correct the 'druckreg.mdf' file or load a new version. \nCheck the header file of the software module.","Control message for development. \nCheck the pressure control makeAlarmModul(...)."]
[13100603,"Pressure control software module: New alarm no. will be applied to several old TASC200 alarms (06A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'druckreg.mdf' MDF file.","Correct the 'druckreg.mdf' file (determine unique alarm allocation) or load a new version.","Control message for development."]
[13100604,"Initialization of the pressure control software module will not be ended (06A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The pressure control module state chart could not be created.  There is a software problem","Switch off and switch on (laser) control system. If error persists, load laser software again.","Control message for development."]
[13100605,"Contradiction between analog system pressure and pressure switch 1100hPa E104.4","2019-11-11","Laser switched on:\nThe gas circulation is being shut down\nPressure control continues to be carried out using the values supplied from the pressure transmitter\n\nLaser switched off:\nPressure control at 1100 hPa, the 1100 hPa switch is decisive. Switching off of the outputs GAS_ZUFUHR_SCHNELL (A103.2 = 0) and GAS_ZUFUHR_LANGSAM (A193.1 = 0) after reaching 1100 hPa (E104.4 = 0).","TruFlow Standard:\nInput E104.4: 1100 hPa switch (+17-S5) reports permanent 0 V (=1100 hPa) although analog system pressure < 240 hPa.\n- 1100 hPa switch defective (+17-S5)\n- 1100 hPa switch without supply voltage (+24 V)\n- Pressure transmitter (+17-B1) has no power supply\n- Pressure transmitter (+17-B1) is defective.\n- Analog input. 0 (+30-A4:X4_E0) defect","Checking the voltage supply for the pressure transmitter or the 1100 hPa switch.\nReplace pressure transmitter or 1100 hPa switch","If the laser is at rest or in switching mode, this plausibility check is not carried out.\nThe 1100h Pa switch remains decisive."]
[13100606,"Laser gas operating pressure too high","2019-11-11","The laser beam or discharge is switched off.\nThe measured value of the system pressure is greater than the added value of MD6 and MD8.","The valve for 'pumping slowly' is not switched. Either the valve or the digital output A103.3 is defective. \n- The pressure transmitter is defective.\n- The suction rate is set too low.\n- Leak in the resonator.\n- EUV:\nThe EtherCAT analog input ANAI14 is defective.\n- TruFlow-Standard:\nAnalog input 0 of the TASC (X4) is defective.","Use the 'manual functions' to check whether output A103.3 switches.\n- TruFlow-Standard: A103.3, valve +17-Y4\n- EUV-PA:\nCheck whether the EtherCAT output +30-BA4-OUT4 switches.\nCheck whether the connected valve +17-SOL4 switches.\n- All versions:\n- Check the suction rate at the gas mixer.\n- Perform a leak test.\n- Compare the system pressure displayed in the LP04 with the measured value from an external measuring device.","- The error can only appear during normal operation.\n- The error does not occur when 'manual functions' are selected. \n- The error message appears when the laser gas pressure measured value is greater than the added MD6 'Operating Pressure' and MD8 'Working Pressure Tolerance' value for longer than 1 second.\nThe error message disappears automatically when the measured value is lower again."]
[13100607,"Laser gas operating pressure too low","2019-11-11","The laser beam or discharge is switched off.\nThe measured value of the operating pressure is smaller than the subtracted value from MD6 - MD8.","The system pressure is too low because, for example, no fresh gas flows in.\nThe valve for 'gas mixture slow' is not switched. Either the valve or the digital output A103.1 is defective. \n- The pressure transmitter is defective.\n- Suction rate is set too high.\n- EUV:\nThe EtherCAT analog input ANAI14 is defective.\n- TruFlow-Standard:\nAnalog input 0 of the TASC (X4) is defective.","Use the 'manual functions' to check whether output A103.1 switches.\n- TruFlow-Standard: A103.1 , valve +17-Y2\n- EUV-PA:\nCheck whether the EtherCAT output +30-BA4-OUT2 switches.\nCheck whether the connected valve +17-SOL2 switches.\n- All versions:\n- Check the suction rate at the gas mixer\n- Compare the system pressure displayed in the LP04 with the measured value from an external measuring device.","- The error can only appear during normal operation.\n- The error does not occur when 'manual functions' are selected. \n- The error message appears when the laser gas pressure measured value is smaller than the subtracted MD6 'Operating Pressure' and MD8 'Working Pressure Tolerance' value for longer than 1 second.\nThe error message disappears automatically when the measured value is higher again."]
[13100609,"Gas pressure HE too low","2019-11-11","Due to the pressure control, no fresh gas can be supplied. As the pump continues to pump through the gear space, the pressure in the resonator drops. If the error occurs for a longer period of time, the laser is shut down.","Gas pressure He < 4000 hPa\nEmpty gas cylinder.\nIncorrect setting of the pressure reducer.\nPressure switch defective.","Replacement of the empty gas cylinder. \nCheck gas supply line for leaks and defective seals. Replace pressure reducer. Replace pressure switch. Check the wiring to the digital input E104.3.","TASC input E104.3\nNot active if MD22 = 1 '.mixed gas mode selected'"]
[13100610,"Gas pressure N2 too low","2019-11-11","Due to the pressure control, no fresh gas can be supplied. As the pump continues to pump through the gear space, the pressure in the resonator drops. If the error occurs for a longer period of time, the laser is shut down.","Gas pressure N2 < 4000 hPa\nEmpty gas cylinder.\nIncorrect setting of the pressure reducer.\nPressure switch defective.","Replacement of the empty gas cylinder.\nCheck gas supply line for leaks and defective seals. Check or replace the pressure reducer.\nReplace pressure switch.","TASC input E104.1\nNot active if MD22 = 1 '.mixed gas mode selected'"]
[13100611,"Gas pressure CO2 too low","2019-11-11","Due to the pressure control, no fresh gas can be supplied. As the pump continues to pump through the gear space, the pressure in the resonator drops. If the error occurs for a longer period of time, the laser is shut down.","Gas pressure CO2 < 4000 hPa\nEmpty gas cylinder.\nIncorrect setting of the pressure reducer.\nPressure switch defective.","Replacement of the empty gas cylinder.\nCheck gas supply line for leaks and defective seals. Replace pressure reducer.\nReplace pressure switch.","TASC input E104.2\nNot active if MD22 = 1 '.mixed gas mode selected'"]
[13100612,"Gas pressure in premix gas cylinders too low (06AC)","2001-03-08","No fresh gas can be supplied using the pressure control. Since pumping out will continue to be done via the gear compartment, the pressure in the resonator will sink. If the error is present for a longer time, the laser will be shut down.","The gas pressure in the premix gas cylinder < 4000 hPa, empty gas cylinder. Invalid setting of the pressure reducer. The pressure switch is defective. 24V supply is not working properly. The wiring to the I/O card is not free from defects. The I/O card is defective.","Replace the empty gas cylinder. Check the 24V supply for the I/O card. Check the gas supply for a leak or leakage. Replace pressure reducer.  Replace the pressure switch. Check the wiring to the I/O card (E104.3).","Active if MD22 = 1 'Mixed gas operation selected'"]
[13100617,"Gas pressure beam tube ventilation too slight (06B1, 06L1)","2005-05-06","Beam enable is not granted.","The digital input to the monitoring of the gas pressure for the beam tube ventilation displays the following pressure. The causes can be\n- Gas supply is absent\n- Compressed air with laser punching machines is not yet switched on\n- The pressure switch is defective.\n- The connection between digital input and sensor is interrupted\n- The digital input is defective.","- Switch on machine drives and reset alarm\n- Checking thegas supply\n- Checking the output signal of the pressure switch\n- Checking of the signal on the digital input","Compressed air is often used to ventilate laser punching machines. These are not switched in until the drives are switched on."]
[13100618,"Compressed air supply pressure too low (06B2)","2007-04-30","Cancellation of beam enable","Check 24 V supply for I/O card. Check gas supply line for leaks and defective seals. Replace pressure reducer. Replace pressure switch. Check wiring to I/O card (E104.1).","",""]
[13100619,"Contradiction between analog pressure sensor 2 and second 1100 hPa pressure switch (06B3, 06L3).","2007-10-12","Laser switched on:\nThe gas circulation is being shut down.\nPressure control continues to be carried out using the values supplied from the pressure load cell.\n\nLaser switched off:\nShutdown of the gas fast and gas supply outputs for gas chamber 2 after attaining 1100 hPa.","1100 hPa switch defective.\n1100 hPa switch without power supply (+24 V).\nPressure load cell has no voltage supply.\nPressure load cell is defective.\nAnalog input 4 is defective.","Checking the voltage supply for the pressure load cell or the 1100 hPa switch.\nReplace pressure load cell or 1100 hPa switch.",""]
[13100620,"Gas chamber 2 laser gas operating pressure too high (06B4 06L4).","2007-10-12","Beam OFF.","Gas chamber 2 slow valve purge is defective or is not being triggered.\nPressure load cell supplies incorrect value.\nAnalog input 4 on MFB board defective.\nTerminal resistance at analog input 4 is not 500 Ohm.\nLeak in the resonator.\nSuction rate is set too low.","","The alarm goes off when the operating pressure is greater than (MD128 + MD8) for more than one second."]
[13100621,"Gas chamber 2 laser gas operating pressure too low (06B5, 06L5).","2007-10-12","Beam OFF.","The gas cylinders are empty.\nGas chamber 2 gas mixture valve is not being triggered or is defective.\nPressure load cell supplies incorrect value.\nAnalog input 4 on MFB board defective.\nTerminal resistance at analog input 4 is not 500 Ohm.\nSuction rate set too high.","","The alarm goes off when the operating pressure is less than (MD128 + MD8) for more than one second."]
[13100702,"Beam trap software module: Alarm no. too high or alarm handler dimensioned for too many positions (07A2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'shutter.mdf' MDF file.\nDefine for the number of alarms is greater than 98 (see shutter.h). An attempt was made to create an alarm handler with more than 98 stations.","Correct the 'shutter.mdf' file or load a new version. \nCheck the header file of the software module.","Control message for development. Check makeAlarmModul(...) in shutter.cpp."]
[13100703,"Beam trap software module: New alarm no. will be applied to several old TASC200 alarms (07A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'shutter.mdf' file.","Correct the 'shutter.mdf' file (determine unique alarm allocation) or load a new version.","Control message for development."]
[13100704,"Initialization of the beam trap software module will not be ended (07A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The beam trap module state chart could not be created. There is a software problem","Switch off and switch on (laser) control system. If error persists, load laser software again.","Control message for development."]
[13100706,"Beam trap does not open on time. (Timeout) (07A6)","2014-08-11","The laser beam is switched off or cannot be switched on.\n\nEUV system:\nA malfunction of the main shutter also generates this message.","- The movement of the beam trap is obstructed.\n- 'Beam trap OPEN' output is set, but the valve on the resonator does not switch.\n- Leak in the compressed air (or gas) supply downstream of the pressure switch.\n- One of the two limit switches indicates the incorrect position.\n\n- TruMatic 7000 only:\nIf message only appears in automatic mode, the monitoring of the beam guard interrupts the activation of the valve.","- Check the movement of the beam trap.\n- Check pressure setting on the valve and change it if necessary.\n- Check the valve used to open the beam trap.\n\n- TruMatic 7000: check the function of the beam guard monitoring unit.","A positional change must always be completed within 0.5 seconds, otherwise an error message will appear.\n\nPlausibility check of the following outputs and inputs:\n1) Standard CO2 laser TruFlow, TruCoax:\nMovement of the beam trap due to A101.4 ‘Beam trap open’.\nThe position of the beam trap is checked for plausibility by two limit switches (E105.0, E105.1).\n\n2) EUV system:\n- O101.4: 'Open main shutter' output\n(Coax + BTS-FFA) =CT+CH.EP3-K1, OUT5\n(MasterC) =CT+CH.EP3-K1, OUT 5\nPosition of beam trap is checked for plausibility by two limit switches.\n- I105.0: 'Main shutter closed' input\n(Coax + BTS-FFA) =CT-CH.EP4-K4, IN2-3\n- I105.1: 'Main shutter open' input\n(Coax + BTS-FFA) =CT+CH.EP4-K7, IN0\n\n3) TruCoax1000 (C07):\n- O101.4: 'Open main shutter' output\n(C07 Coax) =CT+CB-K4, OUT6\nPosition of beam trap is checked for plausibility by two limit switches.\n- I105.0: 'Main shutter closed' input\n(C07 Coax) =CT+CB-K7, IN3-4\n- I105.1: 'Main shutter open' input\n(C07 Coax) =CT+CB-K3, IN10"]
[13100707,"Beam trap does not close on time. (Timeout) (07A7)","2014-08-11","The laser beam is switched off or cannot be switched on.\n\nEUV system:\nA malfunction of the main shutter also generates this message.","- The movement of the beam trap is obstructed.\n- Leak in the compressed air (or gas) supply downstream of the pressure switch.\n- One of the two limit switches indicates an incorrect position.","- Check the movement of the beam trap.\n- Change pressure setting on the valve.\n- Check the valve used to close the beam trap.","A positional change must always be completed within 0.5 seconds, otherwise an error message will appear.\n\nPlausibility check of the following outputs and inputs:\n1) Standard CO2 laser TruFlow, TruCoax:\nMovement of the beam trap due to A101.4 ‘Beam trap open’.\nThe position of the beam trap is checked for plausibility by two limit switches (E105.0, E105.1).\n\n2) EUV system:\n- O101.4: 'Open main shutter' output\n(Coax + BTS-FFA) =CT+CH.EP3-K1, OUT5\n(MasterC) =CT+CH.EP3-K1, OUT 5\nPosition of beam trap is checked for plausibility by two limit switches.\n- I105.0: 'Main shutter closed' input\n(Coax + BTS-FFA) =CT-CH.EP4-K4, IN2-3\n- I105.1: 'Main shutter open' input\n(Coax + BTS-FFA) =CT+CH.EP4-K7, IN0\n\n3) TruCoax1000 (C07):\n- O101.4: 'Open main shutter' output\n(C07 Coax) =CT+CB-K4, OUT6\nPosition of beam trap is checked for plausibility by two limit switches.\n- I105.0: 'Main shutter closed' input\n(C07 Coax) =CT+CB-K7, IN3-4\n- I105.1: 'Main shutter open' input\n(C07 Coax) =CT+CB-K3, IN10"]
[13100708,"Beam trap overtemperature (07A8)","2014-08-11","The laser beam is switched off or cannot be switched on.\n\nEUV system:\nA malfunction of the main shutter also generates this message.","- Temperature at the beam trap has exceeded the limit value.\n- Cooling water flow at the beam trap is blocked or interrupted.\n- Temperature sensor defective.\n- Cable break\n- Input PCB defective.\n\nEUV system:\nThis is an additional cumulative signal. The actual cause is indicated by the warnings 13002513, 13002514, 13002515 or alarms 13102513, 13102514, 13102515.","Check water circulation at beam trap.\nCool/heat or replace temperature sensor.\nCheck cable or input PCB.\n\nEUV system:\nSearch through the message list for the warnings 13002513, 13002514, 13002515 or alarms 13102513, 13102514, 13102515.","1) Standard CO2 laser TruFlow, TruCoax:\nThe error message appears if input I105.3 = 0\n\n2) EUV system:\nTASC input I105.3 'No beam trap overtemperature'\nThis is an additional cumulative signal triggered by one of the following inputs:\nTasc_inp(A) 184.1\n(Coax+BTSFFA) =CT+CB.EP5-K3, IN2-3\nor\nTasc_inp(A) 184.2\n(Coax+BTSFFA) =CT+CB.EP5-K1, IN0-1\nor\nTasc_inp(A) 184.3\n(Coax+BTSFFA) =CT+CB.EP5-K1, IN2-3\n\n3) TruCoax1000 (C07):\nTASC_inp(S) 105.3: 'No beam trap overtemperature'\n(C07 Coax) =CT+CB-K10, IN3"]
[13100709,"Timeout when swiveling in the alignment laser mirror (07A9)","2018-02-09","The high voltage will be switched off and the beam trap closed.\nFor better faultfinding the alignment laser will remain switched on.","The alignment laser was switched on, but the mirror did not leave its safe end position within the time intended for that purpose.\nThe movement of the mirror is impeded\nThe output A101.5 'Alignment laser on' is faulty or is incorrectly wired\nNo compressed air\nValve +19-Y2 to control the mirror is faulty\nThe limit switch to detect the mirror's safe position is sticking\nThe input E105.2 'Mirror not in the laser beam guideway' is faulty and always reports the value '1'\nThere is a short circuit so that there is always a '1' on input E105.2 'Mirror not in the laser beam guideway'.","Press Reset, if the alarm disappears, the mirror is moving too slowly\nCheck whether the light beam from the laser diode comes out of the beam aperture. If it does, then the positioning reporting is faulty.\nCheck whether there is any compressed air available\nCheck whether valve +19-Y2 receives a switching voltage and actually switches.\nCheck whether input E105.2 actually gets the value '1' signaled by the limit switch.\nCheck whether the mirror's movement is impeded.","TruFlow-EtherCat 20 kW:\nThe swiveled in state of the alignment laser mirror is recorded via the additional input E129.5.\nThis error message appears as the mirror swivels in if the end position is not reached or is not reached in time."]
[13100710,"Time overrun when swiveling in the alignment laser mirror (07AA)","2018-02-09","The high voltage will be switched off, the beam trap closed.","The alignment laser was switched off, but the mirror did not reach its safe end position within the time intended for that purpose.\nThe mirror's movement is delayed or impeded.\nValve +19-Y2 to control the mirror is not switching or is not being switched off.\nThe limit switch is not responding with '1', although the mirror has reached its end position.","Do a reset, if the alarm disappears, the mirror is moving too slowly.\nCheck whether output A101.5 'Alignment laser on' is switched off.\nCheck whether the valve is switched off and actually switches.\nCheck whether the mirror jams or is impeded.\nCheck whether the limit switch is correctly wired. This must be on input 105.2.",""]
[13100711,"Warning: Switching on targeting laser is not permitted (07AB, 07AL)","2001-04-09","A message is displayed for the operator to indicate the operating error.","Switching the targeting laser on is only allowed when high voltage is switched off and the beam trap is closed.","",""]
[13100712,"Life sign from main shutter missing","2014-08-11","The laser beam is switched off or the laser beam cannot be switched on.","The 'main shutter' function is activated by a cyclic signal change at the interface between the laser control system and EtherCat PLC. It is generated by the EtherCAT PLC and arrives at the laser control system at byte 222 bit 7. If this signal is missing after it has already been identified as valid, the alarm is triggered.","Open the PreA1 switch cabinet.\n- Check whether the EtherCat CPU is working properly, i.e. no LEDs may light up in red or orange on the EtherCat CPU.\n- Check whether at least one of the two Profibus EtherCat gateways are working properly, i.e. no LEDs may light up in red or orange on these assemblies either.\nGreen LEDs mean that the assemblies are working properly.\nPlease switch off the main switch on the PreA1 and then switch it back on again if any LEDs are lit up in red or orange on one of the above assemblies.",""]
[13100802,"Resonator software module: Alarm no. too high or alarm handler dimensioned for too many positions (08A2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'reson.mdf' file. \nDefine for the number of alarms is greater than 98 (see lasaerges.h). An attempt was made to create an alarm handler with more than 98 stations.","Correct the 'reson.mdf' file or load a new version. \nCheck the header file of the software module.","Control message for development. \nCheck makeAlarmModul(...) of the laser."]
[13100803,"Resonator software module: New alarm no. will be applied to several old TASC200 alarms (08A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'reson.mdf' MDF file.","Correct the 'reson.mdf' file (determine unique alarm allocation) or load a new version.","Control message for development."]
[13100804,"Initialization of the laser software module will not be ended (08A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The resonator module state chart could not be created. There is a software problem","Switch off and switch on (laser) control system. If error persists, load laser software again.","Control message for development."]
[13100805,"Resonator software module: Error using the variable interface. (08A5)","2001-03-08","None","Values are above or below the limit. The type, exponent or unit of the addressed variable are not working properly.","Check the use of the variable interface in the software module which calls the resonator.","There is a software problem"]
[13100806,"Flow present in the aluminum cooling circuit, even though pumps were switched off (08A6)","2010-03-19","The laser can not be switched on.","When the cooling unit is switched off, the digital flow indicator in the aluminum cooling circuit reports 'Flow OK'.\nThe flow sensor jams and is defective.\nThe pumps in a central cooling system work before the laser control system is switched on.\nIf the electrical tank heating option is active, the pumps in tempering mode work before the laser control system is switched on.","Please first check whether the pumps are working in the cooling unit.\nIf the pumps in the cooling unit are not working, then the flow sensor is to be replaced.","The plausibility test is always active at the time the control is restarted.\nIn urgent cases, following consultation with Technical Customer Service, the laser can nonetheless be put into operation by setting the laser machine data 80 = 0."]
[13100807,"There is flow of media in the copper cooling circuit, although the pumps are switched off (08A7)","2001-03-08","The laser cannot be switched on.","When the cooling unit is switched off, the digital flow indicator displays 'Flow OK' in the copper cooling circuit.\nThe flow sensor is stuck and defective. Pumps in the central cooling unit are working before the laser control system is switched on.","The flow sensor must be replaced.","The plausibility check is always active during start-up of the control system. \nIn urgent cases, after contacting the Trumpf Customer Service Department, the laser can be started up again by setting the laser machine data to 80 = 0."]
[13100808,"Machine data %1 has a faulty value %2 (08A8)","2016-08-04","Beam enable is canceled.","The designated machine data has a value that is not permitted.","Set the designated machine data to the correct value and save the machine data.","MD85\nMD85 is used to set the monitoring of the mirror temperatures.\nThe following values are permitted:\nMD85 = 0: Monitoring inactive\nMD85 = 1: Monitoring active, hard assignment 1 for limit values active\nMD85 = 2: Monitoring active, hard assignment 2 for limit values active\nMD85 greater than 999 AND smaller than 1256: Monitoring active, free assignment active for limit values. \nWith the free assignment, a choice can be made for each mirror individually between two limit values. A value of 1000 is deducted from MD85. The result is evaluated bit-by-bit. If the bit has the value '0', the assigned mirror is assigned to temperature group 1, otherwise to temperature group 2. Bit 0 includes the value for the mirror 1, and bit 7 includes the value for the mirror 8. With a value of 1001, only mirror 1 would be in group 2, and with a value of 1255 all mirrors would be in group 2."]
[13100809,"Flow in the aluminum cooling circuit is too low E105.4 (08A9)","2001-03-08","Cooling unit is being switched off, because of a possible water leak. \nThe gas circulation will also be switched off because it is water-cooled. \nIf the error is not deleted within 5 minutes, the laser will be automatically shut down and filled.","There is no flow. \nThe flow controller is defective or set wrong. \nThere are air bubbles in the water circuit. \nThere is a water leak in the laser unit. \nWiring error. 24V supply is not ready. The link to the I/O card is interrupted. The I/O card is defective.","Check laser unit for leaking water.",""]
[13100810,"Flow in the copper cooling circuit is too low E105.5 (08AA)","2001-03-08","Cooling unit is being switched off, because of a possible water leak. \nThe gas circulation will also be switched off because it is water-cooled. \nIf the error is not deleted within 5 minutes, the laser will be automatically shut down and filled.","There is no flow. \nThe flow controller is defective or set wrong. \nThere are air bubbles in the water circuit. \nThere is a water leak in the laser unit. \nWiring error. 24V supply is not ready. The link to the I/O card is interrupted. The I/O card is defective.","Check laser unit for leaking water.",""]
[13100811,"External beam guidance is open E107.2 (08AB, 08AL)","2014-08-11","The beam is switched off in non-service mode.","Laser with one blower:\nExternal beam guidance or telescope cover is open\nBeam tube not installed,\nSwitch defective or supply voltage for switch missing.\nInput PCB is defective.","Close covers. Check switch",""]
[13100812,"Resonator casing open E107.3 (08AC)","2014-08-11","Laser with one blower:\nHigh voltage is always switched off. The beam cannot be switched on.","Laser with one blower:\nResonator casing is open,\nSwitch defective or supply voltage for switch missing.\nInput PCB is defective.","Close resonator casing. Check switch.",""]
[13100813,"Beam trap gas pressure too low E105.6 (08AD)","2014-08-11","High voltage is switched off. The beam cannot be switched on.","Compressed air not connected. Compressed air line depressurized.\nPressure switch defective or supply voltage for switch missing.\nInput PCB is defective.","???",""]
[13100815,"Adaptive network open E107.2 (08AF)","2014-08-11","High voltage is switched off. The beam cannot be switched on.","Housing of matchbox is open,\nRF covers are open.\nSwitch defective or supply voltage for switch missing.\nInput PCB is defective.","Close RF covers, check switch",""]
[13100816,"Resonator casings open E107.2 (08B0, 08L0)","2014-08-11","Laser with two blowers:\nThe beam is switched off in non-service mode.","Laser with two blowers:\nOuter resonator casings are open,\nSwitch defective or supply voltage for switch missing.\nInput PCB is defective.","Close resonator casings.\nCheck switch.",""]
[13100817,"RF covers on resonator open (08B1, 08L1)","2015-01-30","High voltage is switched off. The beam cannot be switched on.","TruFlow laser with 2 blowers and conventional wiring: cumulative message of at least one open RF cover on the resonator.\nAlternative:\nEUV system (EtherCat): This is a cumulative message via the E107.3 virtual input. Message is triggered by open/defective contact at E106.4, E111.5, E111.6 or E111.7.","Close RF covers, check switch","TruFlow laser with 2 blowers:\nTasc_inp 107.3 is a cumulative message on all RF covers on the resonator.\nEUV system (EtherCat):\nTasc_inp 107.3 is virtual. It is triggered by the EtherCat safety logic.\nThe message is caused by hood switches connected to:\n- E106.4 (+30-BES35, IN0-1) or \n- E111.5 (+30-BES35, IN2-3) or\n- E111.6 (+30-BES35, IN4-5) or\n- E111.7 (+30-BES35, IN6-7)."]
[13100818,"One or more machine data are not readable ((08B2, 08L2)","2002-02-01","Watchdog will not be triggered, as the correct monitoring functions of the control cannot be guaranteed. The 24 volt control voltage will not be connected and the laser cannot be switched on.","The file system of the TASC 3 is defective or the reson.mdf file contains faulty data.","Correct the machine data files. The easiest way to do this will be to reinstall the software version that is already operating in the laser.",""]
[13100819,"Cooling water temperature at aluminum circuit prerun too high (08B3, 08L3)","2002-02-01","Laser beam switch off (keep all valves closed)","- Cooling capacity of the water supply system is not sufficient\n- Temperature sensor calibration drift\n- ASI bus fault","- Check water supply system\n- Check ASI bus\n- Read out temperature measuring values\n- Check sensors and recalibrate",""]
[13100820,"Cooling water temperature at copper circuit prerun too high (08B4, 08L4)","2002-02-01","Laser beam switch off (keep all valves closed)","- Cooling capacity of the water supply system is not sufficient\n- Temperature sensor calibration drift\n- ASI bus fault","- Check water supply system\n- Check ASI bus\n- Read out temperature measuring values\n- Check sensors and recalibrate",""]
[13100821,"Cooling water temperature at inner electrode return too high (08B5, 08L5)","2002-02-01","Laser beam switch off (keep all valves closed)","- Temperature sensor calibration drift\n- ASI bus fault\n- Cooling capacity of the water supply system is not sufficient\n- Prerun temperature too high\n- Electrode is hit by laser radiation","- Check ASI bus\n- Read out temperature and flow\n- Check and recalibrate sensors\n- Check water supply system","Error is a sequence error, if the flow rate is too low or the prerun temperature too high"]
[13100822,"Cooling water temperature at outer electrode return too high (08B6, 08L6)","2002-02-01","Laser beam switch off (keep all valves closed)","- Temperature sensor calibration drift\n- ASI bus fault\n- Flow in water supply system is not sufficient\n- Prerun temperature too high\n- Electrode is hit by laser radiation","- Check ASI bus\n- Read out temperature and flow measuring values\n- Check and recalibrate sensors\n- Check water supply system","Error is a sequence error, if the flow rate is too low or the prerun temperature too high"]
[13100823,"Cooling water temperature at  output mirror return too high (08B7, 08L7)","2002-02-01","Laser beam switch off (keep all valves closed)","- Temperature sensor calibration drift\n- ASI bus fault\n- Cooling system flow is not sufficient\n- Mirror soiled\n- Prerun temperature too high","- Check ASI bus\n- Read out temperature and flow measuring values\n- Check sensors\n- Check water supply system","Error is a sequence error, if the flow rate is too low or the prerun temperature too high"]
[13100824,"Cooling water temperature at rear mirror return too high (08B8, 08L8)","2002-02-01","Laser beam switch off (keep all valves closed)","- Temperature sensor calibration drift\n- ASI bus fault\n- Cooling system flow is not sufficient\n- Mirror soiled\n- Prerun temperature too high","- Check ASI bus\n- Read out temperature and flow measuring values\n- Check and recalibrate sensors\n- Check water supply system","Error is a sequence error, if the flow rate is too low or the prerun temperature too high"]
[13100825,"PreA (1): Cooling water flow on resonator too low","2019-09-16","The laser beam is switched off.","There is no flow.\nThe flow controller is defective or set incorrectly.\nAir bubbles in the cooling water circuit.\nWater leaking at the beam generator.\nLine error to the sensor\nInput PCB defective","Set correct flow rate.","E105.4 evaluating the flow sensor on the resonator of TruC / PreA1."]
[13100826,"Cooling water flow at inner electrode too small (08BA, 08LA)","2013-11-13","Switch off laser beam (keep all valves closed)","- Calibration drift of the flow sensors.\n- Malfunction in ASI bus.\n- Supply by cooling system insufficient.\n- Cooling duct clogged","- Check ASI bus\n- Read measured values for flow rate\n- Check sensors\n- Check water supply system",""]
[13100827,"Cooling water flow at outer electrode too small (08BB, 08LL)","2013-11-13","Switch off laser beam (keep all valves closed)","- Calibration drift of the flow sensors.\n- Malfunction in ASI bus.\n- Supply by cooling system insufficient.\n- Cooling duct clogged","- Check ASI bus\n- Read measured values for flow rate\n- Check sensors\n- Check water supply system",""]
[13100828,"Cooling water circulation of the output mirror too small (08BC, 08LC)","2002-11-19","Shutdown of the laser beam (keep all valves shut)","- Calibration drift of the flow sensors.  \n- Malfunction in the ASI bus.  \n- Insufficient supply in the cooling system.  \n- Cooling channels clogged","- Check ASI bus  \n- Read out measured values for flow  \n- Check sensors  \n- Check water supply system  \n- Inform service",""]
[13100829,"Cooling water flow at rear mirror too low (08BD, 08LD)","2002-02-01","Laser beam switch off (keep all valves closed)","- Flow  sensor calibration drift\n- ASI bus fault\n- Cooling system supply is not sufficient\n- Cooling channels blocked","- Check ASI bus\n- Read out flow measuring values\n- Check sensors\n- Check water supply system\n- Contact service department",""]
[13100830,"Power absorbed at rear mirror too high (08BE, 08LE)","2002-02-01","Laser beam switch off (keep all valves closed, switching it back on again will only be possible, if the main switch was OFF)","- Temperature sensor calibration drift\n- Flow measuring error\n- ASI bus fault\n- Mirror soiled","- Check ASI bus\n- Read out flow measuring values\n- Check and recalibrate sensors\n- Contact service department","The value for the absorbed power will be determined by means of temperature and flow measurement"]
[13100831,"Power absorbed at output mirror too high (08LF, 08BF)","2002-02-01","Laser beam switch off (keep all valves closed, switching it back on again will only be possible, if the main switch was OFF)","- Temperature sensor calibration drift\n- Flow measuring error\n- ASI bus fault\n- Mirror soiled","- Check ASI bus\n- Read out flow measuring values\n- Check and recalibrate sensors\n- Contact service department","The value for the absorbed power will be determined by means of  temperature and flow measurement"]
[13100832,"power absorbed at inner electrode too high (08C0)","2002-02-01","Laser beam switch off (keep all valves closed)","- Temperature sensor calibration drift\n- Flow measuring error\n- ASI bus fault\n- Electrode is hit by laser radiation","- Check ASI bus\n- Read out temperature and flow measuring values\n- Check and recalibrate sensors\n- Contact service department","The value for the absorbed power will be determined by means of  temperature and flow measurement"]
[13100833,"Power absorbed at outer electrode too high (08C1)","2002-02-01","Laser beam switch off (keep all valves closed)","- Temperature sensor calibration drift\n- Flow measuring error\n- ASI bus fault\n- Electrode is hit by laser radiation","- Check ASI bus\n- Read out temperature and flow measuring values\n- Check and recalibrate sensors\n- Contact service department","The value for the absorbed power will be determined by means of  temperature and flow measurement"]
[13100834,"Beam trap flow is missing (08C2)","2002-05-29","Cooling unit will be switched off because a water leakage might have occured.\nGas circulation will be switched off, due to water cooling.\nIf the error is not deleted within 5 min the laser will automatically be switched off and filled.","No flow-through.\nFlow monitoring defective or incorrectly adjusted.\nAir bubbles in water circuit.\nWater leakage in beam generator.\nWiring error 24 V supply is not connected\nI/O card connection has been interrupted. I/O card defective.\nASI bus system disturbed","Check beam generator for any leaking water",""]
[13100835,"Offset value for supply aluminum greater than limit value (08C3)","2002-11-19","The calculated offset value for adjusting the measured inlet temperature of the aluminum circuit is larger than the acceptable limit value.","To improve the measured values, an alignment of all sensors is performed in the aluminum circuit, if the high voltage was switched off for long enough. The calculated offset value is too large, which means that one of the sensors produces results which deviate greatly.","Testing the measuring variables of the temperature sensors with a voltmeter and comparison of the measuring results. The cooling unit should work at least 10 minutes without the high voltage being hooked up in the interim.",""]
[13100836,"Offset value for the return of inner electrode greater than limit value (08C4)","2002-11-19","The calculated offset value for adjusting the measured return temperature of the inner electrode is larger than the acceptable limit value.","To improve the measured values, an alignment of all sensors is performed in the aluminum circuit, if the high voltage was switched off for long enough. The calculated offset value is too large, which means that one of the sensors produces results which deviate greatly.","Testing the measuring variables of the temperature sensors with a voltmeter and comparison of the measuring results. The cooling unit should work at least 10 minutes, without the high voltage being hooked up in the interim.",""]
[13100837,"Offset value for the return of outer electrode greater than limit value (08C5)","2002-11-19","The calculated offset value for adjusting the measured return temperature of the outer electrode is larger than the acceptable limit value.","To improve the measured values, an alignment of all sensors is performed in the aluminum circuit, if the high voltage was switched off for long enough. The calculated offset value is too large, which means that one of the sensors produces results which deviate greatly.","Testing the measuring variables of the temperature sensors with a voltmeter and comparison of the measuring results. The cooling unit should work at least 10 minutes, without the high voltage being hooked up in the interim.",""]
[13100838,"Offset value for copper supply greater than limit value (08C6)","2002-11-19","The calculated offset value for adjusting the measured inlet temperature of the copper circuit is larger than the acceptable limit value.","To improve the measured values, an alignment of all sensors is performed in the aluminum circuit, if the high voltage was switched off for long enough. The calculated offset value is too large, which means that one of the sensors produces results which deviate greatly.","Testing the measuring variables of the temperature sensors with a voltmeter and comparison of the measuring results. The cooling unit should work at least 10 minutes, without the high voltage being hooked up in the interim.",""]
[13100839,"Offset value for the return of output mirror greater than limit value (08C7)","2002-11-19","The calculated offset value for adjusting the measured return temperature of the output mirror is larger than the acceptable limit value.","To improve the measured values, an alignment of all sensors is performed in the aluminum circuit, if the high voltage was switched off for long enough. The calculated offset value is too large, which means that one of the sensors produces results which deviate greatly.","Testing the measuring variables of the temperature sensors with a voltmeter and comparison of the measuring results. The cooling unit should work at least 10 minutes, without the high voltage being hooked up in the interim.",""]
[13100840,"Offset value for the return of rear mirror greater than limit value (08C8)","2002-11-19","The calculated offset value for adjusting the measured return temperature of the feedback mirror is larger than the acceptable limit value.","To improve the measured values, an alignment of all sensors is performed in the aluminum circuit, if the high voltage was switched off for long enough. The calculated offset value is too large, which means that one of the sensors produces results which deviate greatly.","Testing the measuring variables of the temperature sensors with a voltmeter and comparison of the measuring results. The cooling unit should work at least 10 minutes, without the high voltage being hooked up in the interim.",""]
[13100841,"Gas purging of output coupling mirror or beam guidance (EUV): pressure too low (08C9)","2014-08-11","High voltage is switched off and can only be switched on again when the error is eliminated.","TruFlow laser:\nThe input signal of the pressure switch for purging gas indicates the value '0' for longer than permissible.\nMD49 = 1: pressure switch at digital input 105.7\nMD49 = 2: pressure switch at digital input 127.6 (only TruFlow with ASI bus)\n\nTLAmp33x0:\nEUV beam guidance of relay optics:\nThe system is in 'service mode 1' operating mode and it was forgotten to switch on gas purging at the key switch box.\n=> See 'Measures' section","TruFlow laser:\nIs the nitrogen cylinder connected and open?\nAlternatively, is compressed air available and connected?\nIs the pressure switch OK?\nIs the 24 V supply connected?\nIs the wiring to the IO assembly faultless?\nIs the IO assembly faulty?\n\nTLamp33x0 (EUV):\nYou must switch on the gas purging manually if an error appears in active service mode 1. To do so, open the door of the 'common housing' and operate the 'Beam ventilation on' key on the key switch box and the error should be able to be deleted.","TruFlow laser:\nFrom TASC3 software version V4.1.x onwards, the following applies:\n- Purified compressed air can be used as purging gas as an alternative to nitrogen.\n- The pressure switch can be evaluated via two different digital inputs.\nThe selection is made via MD49:\n0: no monitoring\n1: monitoring with pressure switch outside the resonator (E105.7)\n2: monitoring with pressure switch inside the resonator (E127.6)\n(Only for lasers with modular switch cabinet)\n\nTLAmp33x0:\nMonitoring only active at PreA1 via MD49=1."]
[13100842,"Cooling water temperature less than the limit value (08CA)","2012-04-02","The beam cannot be ignited","The alarm is triggered if an attempt is made to switch the system on despite the measured temperature of the cooling water being below the lower limit value or above the upper limit value.\n\nThe temperature of the cooling water is too low.\nThe sensor is defective.\nThe data transfer from the sensor to the control system is faulty.","Check the cooling water temperature.\nCheck the ASI bus system for obvious defects.\nContact Customer Service.",""]
[13100843,"Measurement value override of the temperature sensor (cooling water prerun aluminum circuit) (08CB, 08CL)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100844,"Measurement value of the temperature sensor too low (cooling water prerun aluminum circuit) (08CC)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective.","Replace sensor",""]
[13100845,"Measurement value override of the flow sensor (aluminum cooling water circuit) (08CD)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100846,"Measurement value of the flow sensor too low (aluminum cooling water circuit) (08CE)","2005-05-06","The beam enable is no longer in effect.","Sensor is defective.","Replace sensor",""]
[13100847,"Measurement value override of the temperature sensor (cooling water prerun copper circuit) (08CF)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100848,"Measurement value of the temperature sensor too low (prerun copper cooling water circuit) (08D0)","2005-05-06","The beam enable is no longer in effect.","Sensor is defective.","Replace sensor.",""]
[13100849,"Measurement value override of the flow sensor (return inner electrode) (08D1)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100850,"Measured value of the temperature sensor too low (return inner electrode) (08D2)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100851,"Measurement value override of the temperature sensor (return inner electrode) (08D3)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100852,"Measured value of the temperature sensor too low (return inner electrode) (08D4)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100853,"Measurement value override of the flow sensor (cooling water outer electrode) (08D5)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100854,"Measurement value of the flow sensor too low (cooling water outer electrode) (08D6)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100855,"Measurement value override of the temperature sensor (cooling water return outer electrodes) (08D7)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100856,"Measurement value of the temperature sensor too low (cooling water return outer electrodes) (08D8)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100857,"Measurement value override of the flow sensor (cooling water return output mirror) (08D9)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100858,"Measurement value of the flow sensor too low (cooling water return output mirror) (08DA)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100859,"Measurement value override of the temperature sensor (cooling water return output mirror) (08DB, 08DL)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100860,"Measurement value of the temperature sensor too low (cooling water return output mirror) (08DC)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100861,"Measurement value override of the flow sensor (cooling water return Axicon) (08DD)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100862,"Measurement value of the flow sensor too low (cooling water return Axicon) (08DE)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100863,"Measurement value override of the temperature sensor (cooling water return Axicon) (08DF)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100864,"Measurement value of the temperature sensor too low (cooling water return Axicon) (08E0)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100865,"Measurement value override of the temperature sensor (deflection mirror 1) (08E1)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100866,"Measured value of the temperature sensor too low (deflection mirror 1) (08E2)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100867,"Measurement value override of the temperature sensor (deflection mirror 2) (08E3)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100868,"Measured value of the temperature sensor too low (deflection mirror 2) (08E4)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100869,"Measurement value override of the temperature sensor (deflection mirror 3) (08E5)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100870,"Measured value of the temperature sensor too low (deflection mirror 3) (08E6)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100871,"Measurement value override of the temperature sensor (deflection mirror 4) (08E7)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100872,"Measured value of the temperature sensor too low (deflection mirror 4) (08E8)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100873,"Measurement value override of the temperature sensor (deflection mirror 5) (08E9)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100874,"Measured value of the temperature sensor too low (deflection mirror 5) (08EA)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100875,"Measurement value override of the temperature sensor (deflection mirror 6) (08EB 08EL)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100876,"Measured value of the temperature sensor too low (deflection mirror 6) (08EC)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100877,"Measurement value override of the temperature sensor (deflection mirror 7) (08ED)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100878,"Measured value of the temperature sensor too low (deflection mirror 7) (08EE)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100879,"Measurement value override of the temperature sensor (deflection mirror 8) (08EF)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","The input is either not connected or overridden. A wire break may be present. The sensor is defective. The ASI slave module is defective.","The sensor cable on the ASI slave module can be replaced for the purpose of error analysis. If the error migrates to a different input channel, then the ASI slave module can be ruled out as the source of error.",""]
[13100880,"Measured value of the temperature sensor too low (deflection mirror 8) (08F0)","2005-05-06","The beam enable is no longer in effect. The beam cannot be ignited","Sensor is defective","Replace sensor",""]
[13100881,"Temperature error on deflection mirror 1 (08F1)","2005-05-06","Beam enable is cancelled","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on the deflection mirror has exceeded the limit value"]
[13100882,"Temperature error on deflection mirror 2 (08F2)","2005-05-06","Beam enable is cancelled","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on the deflection mirror has exceeded the limit value"]
[13100883,"Temperature error on deflection mirror 3 (08F3)","2005-05-06","Beam enable is cancelled","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on the deflection mirror has exceeded the limit value"]
[13100884,"Temperature error on deflection mirror 4 (08F4)","2005-05-06","Beam enable is cancelled","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on the deflection mirror has exceeded the limit value"]
[13100885,"Temperature error on deflection mirror 5 (08F5)","2005-05-06","Beam enable is cancelled","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on the deflection mirror has exceeded the limit value"]
[13100886,"Temperature error on deflection mirror 6 (08F6)","2005-05-06","Beam enable is cancelled","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on the deflection mirror has exceeded the limit value"]
[13100887,"Temperature error on deflection mirror 7 (08F7)","2005-05-06","Beam enable is cancelled","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on the deflection mirror has exceeded the limit value"]
[13100888,"Temperature error on deflection mirror 8 (08F8)","2005-05-06","Beam enable is cancelled","(1) The deflection mirror is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on deflection mirror does not function properly.\n(3) The ASI slave module is defective.","Contact TRUMPF Technical Customer Service.","The temperature on the deflection mirror has exceeded the limit value"]
[13100889,"Flow error at an OEM auxiliary device (08F9)","2007-06-25","Beam enable is cancelled.","No flow at an OEM auxiliary device, switch of the flow measurement device is faulty, cable faulty, input 107.5 faulty, MD124 machine data was erroneously activated.","",""]
[13100890,"Flow rate present at the output coupler flow indicator, although the pumps are switched off (08FA))","2006-07-14","The laser can not be switched on.","When the chiller is switched off, the digital flow indicator reports 'Flow OK'\nThe flow sensor sticks and is defective.\nPumps on the central cooling unit work before the laser control system is switched on.","The flow sensor is to be replaced.","The plausibility test is always active when the control system is restarted.\nIn cases of emergency, following consultation with Technical Customer Service, the laser can nevertheless be put into operation by setting the laser machine data to 80 = 0."]
[13100891,"Flow rate present at the rear mirror flow indicator, although the pumps are switched off (08FB))","2006-07-14","The laser can not be switched on.","When the chiller is switched off, the digital flow indicator reports 'Flow OK'\nThe flow sensor sticks and is defective.\nPumps on the central cooling unit work before the laser control system is switched on.","The flow sensor is to be replaced.","The plausibility test is always active when the control system is restarted.\nIn cases of emergency, following consultation with Technical Customer Service, the laser can nevertheless be put into operation by setting the laser machine data to 80 = 0."]
[13100892,"Flow at output coupling mirror too low (08FC)","2016-10-17","TruCoax2000/3200:\nProcess cooler is switched off, because a water leak may have occurred.\nIf the error is not deleted within 5 min., the laser is automatically switched off and filled.","TruCoax2000/3200:\nNo flow is present.\nThe flow controller is defective or set incorrectly.\nAir bubbles in the water circuit.\nWater leak at beam generator.\nAS-i bus system faulty.","Examine beam generator for escaping water.",""]
[13100893,"No flow at rear mirror (08FD)","2017-10-17","Process cooler is switched off, because water leakage could occur.\nGas circulation is switched off, because it is water-cooled.\nIf the error is not deleted within 5 min., then the laser will automatically be switched off and filled.","No flow is present.\nThe flow controller is defective or set incorrectly.\nAir bubbles in the cooling water circuit.\nWater leaking at the beam generator.\nWiring error. 24 V supply not present. Connection to I/O card interrupted. I/O card defective.\nASI bus system faulty.","Check beam generator for escaping water.",""]
[13100895,"No electrode flow present (08FF)","2007-04-30","The cooling unit is switched off because water may have leaked.\nThe gas circulation is switched off because it is water-cooled.\nThe laser is automatically switched off and filled if the error is not deleted within five minutes.","There is no flow present.\nThe flow controller is defective or set incorrectly.\nAir bubbles in the water circuit.\nWater leaking at the beam generator.\nWiring error.\nConnection to I/O card interrupted.\nASI slave defective.\nASI bus system faulty.","Check beam generator for escaping water.",""]
[13100896,"Flow at output coupling mirror too low","2016-10-17","The laser beam is switched off.\nThe valve used to enable the flow at the output coupling mirror (A111.1) is also switched off.\nThe process cooler is not switched off.","- A water leak occurred at the hose system of the output coupling mirror coupling.\n- The flow sensor at E117.5 identifies no flow.\n- The 'valve in cooling water supply of output coupling mirror' option is active even though the hardware is not installed.","Check the hose system at the output coupling mirror for water leaks.\nCheck the function of the valve and flow sensor.",""]
[13100897,"Flow available at the output coupling mirror despite the valve being switched off","2017-02-22","The laser beam cannot be switched on. The error can only occur if the ventilator is not ready for operation.","1) With a switched off valve for releasing the flow at the output coupling mirror (A111.1), the flow sensor issues a 'Flow available' message to E117.5.\n2) If the error occurs during commissioning of the laser, check the arrangement of the water hoses between the valve, output coupling mirror and flow sensor.","1) The flow sensor is stuck / defective and should be replaced.",""]
[13100902,"Aerodynamic window software module: Alarm no. too high or alarm handler is dimensioned for too many positions (09A2)","2001-05-11","The control software does not change over to cyclic operation. The laser does not allow power up. Both decimal points stay on in the seven segment numeric display.","A false alarm number (above the maximum) was entered in the  'aerodyn.mdf' MDF file.\nDefine for the number of alarms is greater than 98 (see aerodyn.h). An attempt was made to create an alarm handler with more than 98 stations.\nl","Correct the 'aerodyn.mdf' file or reload a new version.\nCheck the header file of the software module.","Control message for development.\nCheck makeAlarmModul(...) of the aerodynamic  window."]
[13100903,"Aerodynamic window software module: New alarm no. is being applied to several old TASC200 alarms (09A3)","2001-05-11","The control software does not change over to cyclic operation. The laser does not allow power up. Both decimal points stay on in the seven segment numeric display.","The same new alarm no. is being applied to several old TASC200 alarm numbers in the  'aerodyn.mdf' MDF file.","Correct the 'aerodyn.mdf' file (establish unambiguousness in the alarm allocation) or reload a new version.","Control message for development."]
[13100904,"Initialisation of aerodynamic window software module is not being finished (09A4)","2001-05-11","The control software does not change over to cyclic operation. The laser does not allow power up. Both decimal points stay on in the seven segment numeric display.","The state chart of the aerodynamic window software module could not be created. A software problem exists.","Switch (laser) control on and off. If the problem persists, reload  laser software.","Control message for development."]
[13100911,"Motor circuit-breaker control electronics overcurrent from RF generator %1","2017-02-22","The laser beam is switched off/cannot be switched on. Communication errors also occur because the laser control is not receiving any data from the RF generator.","1) The RF generator control electronics are defective and a short circuit is generated.\n2) The supply line between the motor circuit-breaker and the control unit in the RF generator indicates a short circuit.","1) Check or replace the control electronics.\n2) Check the supply line between the motor circuit-breaker and the control unit in the RF generator.","- Generator 1 reports the status via input E103.6\n- Generator 2 reports the status via input E110.4"]
[13100914,"Power supply contactors for the RF generator %1 are not switched off.","2017-02-22","The laser beam cannot be switched on.\nThe message appears when switching off the laser beam or when the laser beam is switched off.","1) Sticking signal or main contacts on the contactors for the power supply. In this case, additional messages indicate the defective contact.\n2) If the error occurs at a laser during development, the sum of the waiting times for switching on the power strands is greater than the suppression time for these error.","1) Determine the defective contact or contactor and replace.\n2) Consult employees from software development.","This is a sum message concerning the status of all power contactors of an RF generator.\n- The contactor control for generator 1 reports the status via input E103.0.\n- The contactor control for generator 2 reports the status via input E109.6."]
[13100915,"Contactors of the power supply for RF generator %1 are not switched on.","2016-10-17","The laser beam switch-on procedure is aborted or the laser beam is switched off.","1) The indicator contacts of at least one power contactor are not activated on time. The contact which is the cause can be determined by additional messages.\n2) If the error occurs during the development at a laser, the sum of the delay times for switching on the distributed power supplies is greater than the suppression time for this error.","1) Determine the defective contact or contactor and have it replaced.\n2) Notify an employee from the software development.","It is an accumulative message on the status of all power contactors of an RF generator.\n- The contactor control for generator 1 indicates the status via input E103.7.\n- The contactor control for generator 2 indicates the status via input E110.5."]
[13100942,"Power supply overcurrent, RF generator %1 strand %2","2017-02-22","The laser beam is switched off/cannot be switched on","1) If the message appears when the laser beam is switched on or while the power supply is on, then a short circuit may have occurred in one of the connected RF modules.\nAdditional messages indicate the RF module which may be defective.\n2) The supply line between the motor circuit-breaker and the modules in the RF generator indicates a short circuit.","1) Identify the RF module using the additional messages and replace it if necessary. \n2) Check the supply line between the motor circuit-breaker and the control unit in the RF generator.","- Generator 1 strand 1 reports the status via input E122.4\n- Generator 1 strand 2 reports the status via input E122.5\n- Generator 2 strand 1 reports the status via input E122.6\n- Generator 2 strand 2 reports the status via input E122.7"]
[13100943,"24V supply overcurrent for RF generator %1 strand %2 contactor %3","2017-02-22","The laser beam is switched off or the laser beam cannot be switched on.","- Activation of the power contactor indicates a short circuit.\n- The backup has been switched off.","Switch off the laser switch cabinet and search for the cause of the safety cutout shutting down.","TruFlow-EtherCat: the power supply of the HF11 modules is switched with contactors in 24V technology. The control current for these contactors requires an individual fuse protection for each contactor."]
[13101002,"Vacuum pump software module: Alarm no. too high or alarm handler is dimensioned for too many positions (0AA2)","2001-05-11","The control software does not change over to cyclic operation. The laser does not allow power up. Both decimal points stay on in the seven segment numeric display.","A false alarm number (above the maximum) was entered in the  'vacpump.mdf' MDF file.\nDefine for the number of alarms is greater than 98 (see vacpump.h). An attempt was made to create an alarm handler with more than 98 stations.","Correct the 'vacpump.mdf' file or reload a new version.\nCheck the header file of the software module.","Control message for development.\nCheck makeAlarmModul(...) of the vacuum pump module."]
[13101003,"Vacuum pump software module: New alarm no. is being applied to several old TASC200 alarms (0AA3)","2001-05-11","The control software does not change over to cyclic operation. The laser does not allow power up. Both decimal points stay on in the seven segment numeric display.","The same new alarm no. is being applied to several old TASC200 alarm numbers in the 'vakpump.mdf' MDF file.","Correct the 'vakpump.mdf' file (establish unambiguousness in the alarm allocation) or reload a new version.","Control message for development."]
[13101004,"Initialisation of vacuum pump software module is not being finished (0AA4)","2001-05-11","The control software does not change over to cyclic operation. The laser does not allow power up. Both decimal points stay on in the seven segment numeric display.","The state chart of the aerodynamic window software module could not be created. A software problem exists.","Switch (laser) control on and off. If the problem persists, reload  laser software.","Control message for development."]
[13101006,"Motor circuit-breaker for vacuum pump 1 disabled (0AA6)","2010-09-30","Vacuum pump 1 is switched off.\nThe laser beam is switched off.","Motor circuit-breaker is switched off.\nSignaling contact on the motor circuit-breaker is defective.\nThe digital input is defective.","Switch on motor circuit-breaker.\nCheck the setting of the breaking current.\nIf the error recurs, have the vacuum pump motor checked.","The LED of the input E104.0 does not light up."]
[13101008,"Motor circuit-breaker for vacuum pump 2 disabled (0AA8)","2010-09-30","Vacuum pump 2 is switched off.\nThe laser beam is switched off.","Motor circuit-breaker is switched off.\nSignaling contact on the motor circuit-breaker is defective.\nThe digital input is defective.","Switch on motor circuit-breaker.\nCheck the setting of the breaking current.\nIf the error recurs, have the vacuum pump motor checked.","The LED of the input E110.6 does not light up."]
[13101201,"Proportional valve1 (+19-Y30) for modem switch-off has not reached pressure (0CA1)","2002-04-08","Beam cannot be switched on.","Proportional valve defective.\nE101.5 on Bosch SPS component group defective or wiring error.","Check E101.5. input.\nCheck proportional valve (+19-Y30) or flow control.",""]
[13101202,"Proportional valve2 (+19-Y31) for mode switch has not reached pressure (0CA2)","2002-04-08","Beam cannot be switched on","Proportionalventil defekt. \nE101.6 on Bosch SPS component group defective or error in wiring","Check E101.6 input.\nCheck proportional valve (+19-Y31) or flow control.",""]
[13101203,"Proportional valve3 (+19-Y32) for mode switching has not reached pressure (0CA3)","2002-04-08","Beam cannot be switched on.","Proportional valve defective.\nE101.7 on Bosch SPS component group defective or wiring error.","Check input E101.7.\nCheck proportional valve (+19-Y32) or flow control.",""]
[13101204,"Number of valves for mode switch-over is incorrect (0CA4))","2002-10-07","The control works with standard values for pressures that will almost definitely not result in a clean mode.","The modesw.mdf or working.dif files are incorrect","Check files for readability, if necessary replace files.",""]
[13101205,"Pressure values for valve pressures are not readable (0CA5)","2002-10-07","The control uses standard pressure values that will almost definitely not result in a clean mode for mode switch-over","The modesw.modf or working.dif file is incorrect","Check modesw.mdf and working.dif. files and replace if required",""]
[13101206,"Mode switch-over not admissible with ignited beam (0CA6)","2002-10-07","The beam will be switched off","Switch-off with ignited laser beam is not admissible.","Modify machine program to fullfill this requirement.",""]
[13101207,"Mode switch-over too fast (0CA7)","2002-10-07","Beam is switched off.","A minimum waiting period has to be kept between two mode switch-overs.","Modify machine program to keep the required waiting period.",""]
[13101208,"Timeout during initialization of mode switch (0CA8)","2003-02-24","Mode switch is not ready for operation","The machine data do not correspond to the real unit so that problems with the assignment of digital inputs and outputs occur.","Correct machine data","Mode switchover uses digital outputs, that are also used for triggering a second generator. The control unit here detects inconsistencies and errors arise."]
[13101209,"Required pressure of proportional valve not reached (0CA9)","2008-09-18","The high voltage is switched off and it can be restarted only after the alarm is reset","The proportional valve helps in setting the water pressure. If the required pressure is reached, the proportional valve reports the same to the laser control system via the profibus. Possible causes:\n\n- The water pressure at the valve input is too low\n- The proportional valve has a malfunction\n- The profibus connection between the valve and the TASC3 is disturbed","- Check the profibus connection\n- Check the water pressure before the proportional valve",""]
[13101210,"Proportional valve, voltage missing (0CAA)","2008-09-18","The high voltage is switched off, it can be restarted only after the alarm is reset.","The proportional valve reports to the laser control system that the voltage is missing via the profibus. Possible causes:\n\n- Voltage missing at proportional valve\n- Proportional valve has a defect\n- The connection via profibus is disturbed","- Check the voltage at the proportional valve\n- Check the profibus connection",""]
[13101211,"Overtemperature at the proportional valve (0CAB, 0CAL)","2008-09-18","The high voltage is switched off and can be switched on again only after the alarm is reset","The proportional valve reports the error to the laser control system via profibus. Possible causes:\n\n- Compressed air that also helps in cooling is missing\n- The valve has a defect\n- Data transfer via profibus is disturbed","- Check the compressed air supply\n- Check the profibus connection",""]
[13101302,"Safety circuit software module: Alarm no. too high or alarm handler is dimensioned for too many positions (0DA2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'sikreis.mdf' MDF file. \nDefine for the number of alarms is greater than 98 (see sikreis.h). An attempt was made to create an alarm handler with more than 98 stations.","Correct the 'sikreis.mdf' file or load a new version. \nCheck the header file of the software module.","Control message for development. \nCheck makeAlarmModul(...) of the safety circuit."]
[13101303,"Safety circuit software module: New alarm no. will be applied to several old TASC200 alarms (0A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'sikreis.mdf' MDF file.","Correct the 'sikreis.mdf' file (determine unique alarm allocation) or load a new version.",""]
[13101304,"Sum check error: Laser safety circuit is open E106.0 (0DA4)","2016-04-15","- CO2 laser with EtherCAT I/O modules:\nThe alarm message also appears when the laser beam is switched off.\nThe message disappears on its own when the safety circuit is closed again.\n- CO2 laser with Bosch I/O rack or AS-i I/O modules:\nAppears as a warning when beam is switched off.\nError only if beam is switched on or the beam is already switched on.","- CO2 laser with Bosch I/O rack:\nSafety relay +22K2 has shut down. At least one of the two green LEDs is not lit because at least one of the two safety circuit loops is interrupted.\nAn additional safety circuit error message indicates the first interruption point.\nIf only this safety circuit error message appears,\n1) then the 2nd channel of the safety circuit is not closed (see +60-X50: D1-D2)\n2) the following modules might be defective:\n- Dig.inp. 106.0\n- Line to dig.inp. 106.6\n- Safety relay +22-K2\n- Auxiliary contact of the high-voltage contactor","- An additional safety circuit error message indicates the interruption point.\n- Older machines do not support the 2nd channel of the safety circuit. Insert short-circuiting bridge at +60-X50: D1-D2.\n- If no additional message appears, the auxiliary contact of the high-voltage contactor must be checked.","- CO2 laser with Bosch I/O rack or AS-i I/O modules:\nError is only signaled once E106.6 = 0 and the high voltage is switched on and the delay time of 0.5 s has elapsed."]
[13101305,"AS-i monitor (address 4), loading circuit 1 opened (0DA5)","2013-02-22","Beam enable missing","","Check safety devices",""]
[13101306,"AS-i monitor (address 4), loading circuit 2 opened (0DA6)","2013-02-22","Beam enable missing","","Check safety devices",""]
[13101307,"AS-i monitor (address 4), both loading circuits closed (0DA7)","2013-02-22","Beam enable missing","","Check safety devices",""]
[13101308,"AS-i monitor (address 4) in configuration operation (0DA8)","2013-02-22","Beam enable missing","","Check safety devices",""]
[13101309,"AS-i monitor (address 4) circuit 1, loading circuit open / yellow LED (0DAA)","2013-02-22","Beam enable missing\nLED at the safety monitor is yellow and stays on","","Check safety devices",""]
[13101310,"AS-i monitor (address 4) circuit 1, loading circuit open / flashing yellow (0DAA)","2013-02-22","Beam enable missing\nLED at the safety monitor flashes yellow","","Check safety devices",""]
[13101311,"AS-i monitor (address 4), circuit 1, loading circuit open / flashing red LED (0DAB)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = flashing red","","Check safety devices",""]
[13101312,"AS-i monitor (address 4) circuit 2, loading circuit open / yellow LED (0DAC)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = stays on yellow","","Check safety devices",""]
[13101313,"AS-i monitor (address 4), circuit 2, loading circuit open / flashing yellow LED (0DAD)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = flashing yellow","","Check safety devices",""]
[13101314,"AS-i monitor (address 4), circuit 2, loading circuit open / flashing red LED (0DAD)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = flashing red","","Check safety devices",""]
[13101315,"Safety monitor error (0DAF).","2006-12-08","Permanent retraction of beam enablement.\nThe error cannot be reset.\nThe laser has to be turned off and on.","(1)\nIf a safe slave reports an error, then the safety monitor opens its outlet contact and switches the high voltage of the laser off. If the safety monitor does not open the outlet contact because of an error or because of incorrect programming, then the laser control system switches the high voltage off and reports this error.\n(2)\nThe safety monitor manages two safety circuits (normal mode / service mode). One safety circuit always has to be closed (LED on one side green).\nDue to a faulty function of the safety monitor, both safety circuits were open before igniting the beam (LED on both sides red).","(1) Check the programming of the safety monitor.\n(2) Check the status of the safety monitor.\nThe safety monitor manages two safety circuits (normal mode / service mode). One safety circuit always has to be closed (color green).",""]
[13101317,"The EMERGENCY STOP test has not yet been conducted (0DB1, 0DL1)","2008-02-08","Beam enable is cancelled.","The EMERGENCY STOP test has not yet been conducted","EMERGENCY STOP test :\nThe EMERGENCY STOP key must be actuated with the beam switched on. The beam must be switched off by the safety monitor.","With OEM lasers, the beam might not be switched off when the EMERGENCY STOP key is actuated because the wrong ASIMON monitor file was installed in the safety monitor. To check whether the correct ASIMON monitor file is loaded, the EMERGENCY STOP key must be actuated on the LP04 panel with the beam switched on. If the beam can be switched on again afterwards, everything is OK. The EMERGENCY STOP key is then evaluated by the safety monitor as required."]
[13101318,"AS-i monitor (address 4) circuit 1, loading circuit open / red LED (0DB2)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = stays on red","","Check safety devices",""]
[13101319,"AS-i monitor (address 4) circuit 2, loading circuit open / red LED (0DB3)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = stays on red","","Check safety devices",""]
[13101320,"AS-i monitor (address 4) circuit 1, loading circuit open (0DB4)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = gray or off","","Check safety devices",""]
[13101321,"AS-i monitor (address 4) circuit 2, loading circuit open (0DB5)","2013-02-22","Beam enable missing\nAS-i monitor status display LED = gray or off","","Check safety devices",""]
[13101322,"Communication with As-i safety monitor failed (0DB6)","2013-02-22","No safety monitor alarms are output.","An error occurred during the initialization of the safety monitor.\nNo connection can be established to the safety monitor.","Check the safety devices.\nSwitch the machine off/on.","Note for service technicians:\nPlease send the terminal print from job 423 to Development at Trumpf."]
[13101333,"Safety circuit open in laser service mode  E106.1 (0DC1)","2001-03-08","'Beam on' not possible.","The contactor combination for switching on the laser service mode is defective. \n- Digital input E106.1 is defective.","Check contactor combination +22-K5, +22-K6, +22-K7.","Monitoring is only active while the laser control system is set to 'service mode.'"]
[13101334,"Safety circuit opened by (external) machine FH circuit E106.2 (0DC2)","2014-08-11","General: The laser beam is switched off or cannot be switched on.\n\nVariant 2:\nEUV system (EtherCat):\nIn non-service mode or service mode 3, this alarm message also appears when the beam is switched off.","General: A feed hold (FH) was generated by the superordinate machine control or external safety devices were opened with the laser beam switched on.\nAlso check the EMERGENCY STOP button on the laser control panel (LP04) if available.\n\nVariant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nThe signal is read in via the safe AS-i slave with address 19.\nThe sensor-actuator interface assembly is defective.\n\nVariant 2:\nEUV system (EtherCat):\nIn non-service mode or service mode 3, the superordinate external control has opened the safety circuit of the EUV system via the X50 interface.\nThe respective EtherCat terminal is defective. See 'Comment' section in this respect.\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nA feed hold (FH) was generated by the superordinate machine control or external safety devices were opened with the beam switched on.\nAlso check the EMERGENCY STOP button on the laser operating device (LP04) if available.\nThe respective EtherCat terminal is defective. See 'Comment' section in this respect.\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe X50 interface is not connected.\nInput E106.2 is defective.","In non-service mode:\nClose the external safety devices and acknowledge the feed hold (FH) on the machine control.\n\nVariant 2:\nEUV system (EtherCat):\nIf no service mode or service mode 3 is active, close the safety circuit on the master control.","Variant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nE106.2 displays the results of the evaluation of the safe AS-i slave with address 19.\n\nVariant 2:\nEUV system (EtherCat):\nThe message appears if there is no signal at the inputs in one of the following configurations:\n- (TLAmp Coax) =CT+CB-K16, IN 1-2;\n- (Coax 3100) =+30-BES10, IN1-2;\n- (MasterC) =CT+CB-K16, IN 1-2;\n- (TruCoax HPSS) =CT+CB-K21, IN 1-2;\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nThe message appears if there is no signal at the following inputs:\n- (C07 Coax) =CT+CB-K9, IN 3-4;\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe message appears if there is no signal at the following input:\nE106.2"]
[13101335,"Safety circuit opened by external beam guideway E106. 3   (0DC1)","2001-03-08","'Beam on' not possible.","- The beam trap cover and power sensor are open on the laser resonator. \n- The +22-S8 safety switch is defective. \n- Digital input E106.3 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the small production series. 40001 <= MD1 < 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13101336,"Safety circuit opened by resonator casing E106.4   (0DC4)","2001-03-08","'Beam on' not possible.","- The resonator casing is open. \n- The +22-S1 safety switch is defective. \n- Digital input E106.4 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the small production series. 40001 <= MD1 < 48000"]
[13101337,"Safety circuit opened by RF generator 1 E106.5   (0DC5)","2001-03-08","'Beam on' not possible.","- There are errors current in the RF generator or the doors or covers are open. Please note the error messages at the RF generator. \n- The safety circuit is not connected in the RF generator. \n- Digital input E106.5 is defective.","- Close doors or covers in the RF generator. Resolve current errors and then delete them. \n- Check the +10-X1 plug in the RF generator.",""]
[13101338,"Safety circuit opened by beam block key switch on control panel E106.6 (0DC6)","2013-08-09","Beam On not possible.","- The beam block is activated on the laser control panel by means of key switch.\n- A laser control panel is not connected or is not available and the plug with pre-installed short-circuiting bridge is missing at the +29-X1 connection.","- Deactivate beam block.\n- Plug in the plug with short-circuiting bridges.","TruFlow laser with ASi bus:\nThe 'Beam block' key switch is evaluated via the ASi input E128.0 and copied to the input E106.6."]
[13101339,"Safety circuit opened by standby contact(s) (0DC7)","2013-08-09","Beam On not possible.","- No short-circuit bridge with laser for standard applications.\n- Application-specific safety contacts are open, or not yet connected.\n- On Trumpf lasers with Bosch input/output rack, the digital input E106.7 is defective.","- Insert short-circuit bridge.\n- Close connected contacts.","-Cumulative error for application-specific contacts looped in the safety circuit. The name and position of the contacts are shown in the special schematics.\nTruFlow laser with ASi bus:\nThe standby contacts are evaluated via the ASi input E124.0 and copied to the input E106.7."]
[13101340,"Safety circuit opened by the EMERGENCY STOP circuit of the machine (0DC8)","2014-08-11","The laser beam is switched off or cannot be switched on.","- The EMERGENCY STOP circuit of the machine is open.\nE.g. the EMERGENCY STOP button is actuated on the machine control.\n\nVariant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nThe 'No EMERGENCY STOP from machine' signal is read in via the safe slave sensor-actuator interface 20. Sensor-actuator interface assembly is defective.\nThe TRUMPF machine control has identified a collision of the nozzle.\n\nVariant 2: \nEUV system (EtherCat):\nThe superordinate external control has opened the EMERGENCY-STOP circuit of the EUV system via the X50 interface on the PreA1.\nThe respective input terminal in the EtherCat system is defective. See 'Comment' section.\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nThe superordinate machine control has opened the EMERGENCY-STOP circuit of the laser via the X50 interface.\nThe respective input terminal in the EtherCat system is defective. See 'Comment' section.\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe X50 interface is not connected.\nThe TRUMPF machine control has identified a collision of the nozzle.\nInput E107.0 is defective.","Cancel the EMERGENCY STOP on the machine or external machine control.","Variant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nE107.0 displays the results of the evaluation of the safe AS-i slave with address 20, which is read in via E121.0 and copied to E107.0.\n\nVariant 2:\nEUV system (EtherCat):\nThe message appears if there is no signal at the inputs in one of the following configurations:\n- (TLAmp Coax) =CT+CB-K16, IN 3-4;\n- (Coax 3100) =+30-BES10, IN3-4;\n- (MasterC) =CT+CB-K16, IN 3-4;\n- (TruCoax HPSS) =CT+CB-K21, IN 3-4;\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nThe message appears if there is no signal at the following inputs:\n- (C07 Coax) =CT+CB-K9, IN 1-2;\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe message appears if there is no signal at the following input:\nE107.0"]
[13101341,"Safety circuit opened by EMERGENCY STOP button of the laser control panel E107.1 (0DC9)","2014-08-11","The laser beam is switched off or cannot be switched on.","General: The EMERGENCY STOP button is actuated on the laser control panel.\n\nVariant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\n- The 'No EMERGENCY STOP from laser control panel' signal is read in via the safe slave sensor-actuator interface with address 12. Sensor-actuator interface assembly is defective.\n- The laser cabinet is equipped with a +29-X1 connection for a laser control panel. However, no laser control panel is connected or the plug with the installed short-circuiting bridges is missing.\n\nVariant 2:\nEUV system (EtherCat):\nThe respective input terminal in the EtherCat system is defective. See 'Comment' section.\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nNo laser control panel is intended and the shorter plug =CT+CB-X1 is missing. \nThe respective input terminal in the EtherCat system is defective. See 'Comment' section.\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe 'No EMERGENCY STOP from laser control panel' signal is read in via input E107.1. The input is defective.\n- The laser cabinet is equipped with a +29-X1 connection for a laser control panel. However, no laser control panel is connected or the plug with the installed short-circuiting bridges is missing.","- Unlock EMERGENCY STOP button.\n- Connect the plug with short-circuiting bridges.","Variant 1:\nCO2 laser with ASI bus (modularly structured switch cabinet)\nE107.1 displays the results of the evaluation of the safe AS-i slave with address 12, which is read in via E128.4 and copied to E107.1.\n\nVariant 2:\nEUV system (EtherCat):\nThe message appears if there is no signal at the inputs in one of the following configurations:\n(TruCoax3100) +30-BES2, IN3-4;\n(TruCoaxHPSS) =CT+CB-K12, IN3-4;\n\nVariant 3:\n(TruCoax1000 VC4/EtherCat):\nThe message appears if there is no signal at the following inputs: \n- (C07 Coax) =CT+CB-K6, IN3-4;\n\nVariant 4:\nCO2 laser with Bosch IO assemblies:\nThe message appears if there is no signal at the following input:\nE107.1"]
[13101342,"Safety circuit opened by resonator casing 2  E111.0   (0DCA)","2001-03-08","'Beam on' not possible.","- Outer hood 2 on the resonator is open. \n- The +22-S6.2 safety switch is defective. \n- Digital input E111.0 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13101343,"Safety circuit opened by resonator casing 3  E111.1   (0DCA)","2001-03-08","'Beam on' not possible.","- Outer hood 3 on the resonator is open. \n- The +22-S6.3 safety switch is defective. \n- Digital input E111.1 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13101344,"Safety circuit opened by resonator casing 4  E111.2   (0DCC)","2001-03-08","'Beam on' not possible.","- Outer hood 4 on the resonator is open. \n- The +22-S6.4 safety switch is defective. \n- Digital input E111.2 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13101345,"Safety circuit opened by resonator casing 5  E111.3   (0DCD)","2001-03-08","'Beam on' not possible.","- Outer hood 5 on the resonator is open. \n- The +22-S6.5 safety switch is defective. \n- Digital input E111.3 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13101346,"Safety circuit opened by resonator casing 6  E111.4   (0DCE)","2001-03-08","'Beam on' not possible.","- Outer hood 6 on the resonator is open. \n- The +22-S6.6 safety switch is defective. \n- Digital input E111.4 is defective. \n- The shorting jumper is missing if no telescope has been mounted.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000 \nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13101347,"Safety circuit open due to RF cover 2 E111.5 (0DCF)","2015-01-30","The laser beam is switched off.","- Inner hood 2 (= RF cover 2) on the resonator is open.\n- The switch on RF cover 2 is defective or not connected.\n- Digital input E111.5 is defective.","- Close inner hood.\n- Check or replace switch.","TLAmp 33x0:\nTasc_Inp(A) 111.5\n(PAx): +30-BES35, IN2-3"]
[13101348,"Safety circuit open due to RF cover 3 E111.6 (0DD0)","2015-01-30","The laser beam is switched off.","- Inner hood 3 (= RF cover 3) on the resonator is open.\n- The switch on RF cover 3 is defective or not connected.\n- Digital input E111.6 is defective.","- Close inner hood.\n- Check or replace switch.","TLAmp 33x0:\nTasc_Inp(A) 111.6\n(PAx): +30-BES35, IN4-5"]
[13101349,"Safety circuit open due to RF cover 4 E111.7 (0DD1)","2015-01-30","The laser beam is switched off.","- Inner hood 4 (= RF cover 4) on the resonator is open.\n- The switch on RF cover 4 is defective or not connected.\n- Digital input E111.7 is defective.","- Close inner hood.\n- Check or replace switch.","TLAmp 33x0:\nTasc_Inp(A) 111.7\n(PAx): +30-BES35, IN6-7"]
[13101350,"Safety circuit opened by RF generator 2  E112.0   (0DD2)","2001-03-08","'Beam on' not possible.","- There are errors current in the RF generator or the doors or covers are open. Please note the error messages at the RF generator. \n- The safety circuit is not connected in the RF generator. \n- Digital input E112.0 is defective.","- Close doors or covers in the RF generator. Resolve current errors and then delete them. \n- Check the +11-X1 plug in the RF generator.",""]
[13101351,"Safety circuit opened by resonator casing 1  E106.3   (0DD3)","2001-03-08","'Beam on' not possible.","- Outer hood 1 on the resonator is open. \n- The +22-S6.1 safety switch is defective. \n- Digital input E106.3 is defective.","- Close cover. \n- Check or replace switches.","Only with resonators of the large production series. MD1 >= 48000\nMonitoring is only active while the laser control system is set to 'non-service mode.'"]
[13101352,"Safety circuit open due to RF cover 1 E106.4 (0DD4)","2015-01-30","The laser beam is switched off.","- Inner hood 1 (= RF cover 1) is open.\n- Switch on RF cover 1 is defective or not connected.\n- Digital input E106.4 is defective.","- Close inner hood.\n- Check or replace switch.","TLAmp 33x0:\nTasc_Inp(A) 106.4\n(PAx): +30-BES35, IN0-1"]
[13101353,"Optional safety switch open / TruLaser 50x0 only: Electrical cabinet door RF generation is open (E124.0)","2019-11-11","The laser beam is switched off/cannot be switched on.","Only TruLaser 5030, 5040, 5060: The electrical cabinet door is open for the RF modules.\nGeneral:\nThe safety device reports error because the safety switch at ASi slave 23 is opened.\nIf the error occurs despite the safety device being closed:\n- ASi slave No. 23 may be defective.\n- ASi communication has been interrupted. Please view error display on the display of the DP AS-i gateway.","Only TruLaser 5030, 5040, 5060:\n- Close the electrical cabinet door of the RF modules.\nGeneral:\n- Close the safety device.\n- Check or replace switch.\n- Replace the ASi module.","Only TruLaser 5030, 5040, 5060:\n- The electrical cabinet door is monitored by the ASi slave No. 23 for the RF modules\nGeneral:\n- There is an optional safety device at this laser that is monitored by ASi slave No. 23."]
[13101354,"The optional safety switch is open (E125.0)","2019-11-11","The laser beam is switched off/cannot be switched on.","The safety device reports error because the safety switch at ASi slave 24 is opened.\n\nIf the error occurs despite the safety device being closed:\n- ASi slave No. 24 may be defective.\n- ASi communication has been interrupted. Please view error display on the display of the DP AS-i gateway.","- Close the safety device.\n- Check or replace switch.\n- Replace the ASi module.","There is an optional safety device on this laser that is monitored via ASI Slave 24."]
[13101355,"Safety circuit open due to beam block. Cause %1 (0CD7)","2015-01-30","The laser beam is switched off. The alarm only appears if the beam is switched on. Furthermore, error message 13101304 also appears.","Cause:\n- 1 : The beam block was activated on the LP04 laser operating panel. Or an LP04 laser operating panel is not connected and the plug with the installed short-circuiting bridges is missing at the connection.\n- 2: The beam block was activated by the external machine control or on the external machine control desk.","- Deactivate the beam block.\n- Connect the plug with short-circuiting bridges.","Tasc_inp E106.6\nPAx: +30-BES32, IN1-2\nPreA1: =CT+CB-K18, IN1-2\nTruCoax3100: +30-BES15, IN1-2\nTruCoax C07: =CT+CB-K9, IN1-2\nMasterC: =CT+CB-K18, IN1-2\nTruCoax-PreA-VC6: =CT+CB-K25, IN1-2"]
[13101356,"Safety circuit %1 of RF generator %2 open.","2016-10-17","The laser beam is switched off.","The RF generator control has detected an internal faulty status and opened the safety circuit. The faulty status is indicated by additional messages.","Try to eliminate the cause of the error in the RF generator.",""]
[13101357,"The safety circuit is open due to the change between service mode and non-service mode","2017-02-22","The laser beam and the power supply for the RF generators is switched off.","When the power supply for the RF generators is switched on, a change between service mode and non-service mode is detected. The safety logic switches off the power supply for the RF generators.","Actuate the Alarm Reset key.","Only TruFlow-EtherCat: message is generated by the EtherCat safety logic and evaluated in the laser control via input E123.5. The logic is inverted."]
[13101401,"Link to generator 1 faulty (0EA1)","2001-03-08","At least one of the telegrams sent to generator 1 from the TASC3 was not responded to. The laser beam is being switched off.","- The connecting cable to the generator is not plugged in or is defective \n- The terminating resistors of the Profibus cables are not switched correctly \n- The hardware.mdf file does not match the laser assembly - The ls3dp.bin file does not match the laser assembly","- Check if the Profibus cable is plugged in at all stations \n- The terminal resistance only has to be set to 'on' at the last to plugs of the Profibus cable - all other plugs must be set to 'off.' \n- Only the hardware.mdf file can be the cause of the problem if the error occurs while putting the system into service.",""]
[13101402,"Link to generator 2 faulty (0EA2)","2001-03-08","At least one of the telegrams sent to generator 2 from the TASC3 was not responded to. The laser beam is being switched off.","- The connecting cable to the generator is not plugged in or is defective \n- The terminating resistors of the Profibus cables are not switched correctly \n- The hardware.mdf file does not match the laser assembly \n- The ls3dp.bin file does not match the laser assembly","- Check if the Profibus cable is plugged in at all stations \n- The terminal resistance only has to be set to 'on' at the last to plugs of the Profibus cable all other plugs must be set to 'off.' \n- Only the hardware.mdf file can be the cause of the problem if the error occurs while putting the system into service.",""]
[13101403,"Link to generator 3 faulty (0EA3)","2001-03-08","At least one of the telegrams sent to generator 3 from the TASC3 was not responded to. The laser beam is being switched off.","- The connecting cable to the generator is not plugged in or is defective \n- The terminating resistors of the Profibus cables are not switched correctly \n- The hardware.mdf file does not match the laser assembly \n- The ls3dp.bin file does not match the laser assembly","- Check if the Profibus cable is plugged in at all stations \n- The terminal resistance only has to be set to 'on' at the last two plugs of the Profibus cable all other plugs must be set to 'off.' \n- Only the hardware.mdf file can be the cause of the problem if the error occurs while putting the system into service.",""]
[13101404,"Link to generator 4 faulty (0EA4)","2001-03-08","At least one of the telegrams sent to generator 4 from the TASC3 was not responded to. The laser beam is being switched off.","- The connecting cable to the generator is not plugged in or is defective \n- The terminating resistors of the Profibus cables are not switched correctly \n- The hardware.mdf file does not match the laser assembly \n- The ls3dp.bin file does not match the laser assembly","- Check if the Profibus cable is plugged in at all stations \n- The terminal resistance only has to be set to 'on' at the last to plugs of the Profibus cable all other plugs must be set to 'off.' \n- Only the hardware.mdf file can be the cause of the problem if the error occurs while putting the system into service.",""]
[13101405,"RF generator 1 is reporting errors (0EA5)","2001-03-08","Generator 1 is reporting a disturbance, the laser beam is being switched off.","Generator 1 has a disturbance.","Please not the additional error messages for generator 1. If the display has a disturbance, the cause of the error can be determined based on the generator 1 seven-segment numeric display.",""]
[13101406,"RF generator 2 is reporting errors (0EA6)","2001-03-08","Generator 2 is reporting a disturbance, the laser beam is being switched off.","Generator 2 has a disturbance.","Please not the additional error messages for generator 2. If the display has a disturbance, the cause of the error can be determined based on the generator 2 seven-segment numeric display.",""]
[13101407,"RF generator 3 is reporting errors (0EA7)","2001-03-08","Generator 3 is reporting a disturbance, the laser beam is being switched off.","Generator 3 has a disturbance.","Please not the additional error messages for generator 3. If the display has a disturbance, the cause of the error can be determined based on the generator 3 seven-segment numeric display.",""]
[13101408,"RF generator 4 is reporting errors (0EA8)","2001-03-08","Generator 4 is reporting a disturbance, the laser beam is being switched off.","Generator 4 has a disturbance.","Please not the additional error messages for generator 4. If the display has a disturbance, the cause of the error can be determined based on the generator 4 seven-segment numeric display.",""]
[13101409,"Analog channel selection is faulty (0EA9)","2001-03-08","The initialization cannot be ended correctly because there is an error in the generator data. The initialization will only be ended after a time delay has concluded, the system state is not defined.","The file containing the channel assignment of the generator is corrupt. In this file you select which analog channel is to be displayed on the control panel. In the present case, not enough channels were selected.","Compare the .mdf file with the generator data. \nAfter the START_RF_ANA_IN_OBJECT_DATA label, there must be 24 lines which end with %0 to %23, the remainder ends with %255.",""]
[13101410,"Timeout at the initialization module hftele(0EAA)","2001-03-08","Initialization was not completed correctly, the system state is not defined.","This must be clear from the additional alarms.","Note any additional alarms. The cause is most likely an error in system data.",""]
[13101411,"Number of generators does not suit the number of possible profibus adresses (0EAL, 0EAB)","2004-01-23","Alarm message.","File hftele.mdf contains too little address data.","Correction of incorrect file hftele.mdf","Alarm appears during unit run-up."]
[13101412,"Generator software update active","2006-04-05","ATTENTION! Do not switch off the main switch.\nThe high voltage is being switched off.\nThe alarm is displayed.\nThe alarm cannot be deleted anymore.","The alarm shows that the software for the generator control system(s) is being updated.","Attention! Only switch off the main switch after a circling dash appears on the TASC3 7-segment display.\nThis indicates that the update is complete.","The generator software is saved on the TASC3. If the version saved on the TASC3 is newer than the one active in the generators, the newer version can be transferred to the generator control system via the TASC3 serial bus. The old program on the generator control system must be deleted. This is the first step in the update function. If the update function cannot be ended, e.g. by switching off the power supply, then the generators are no longer ready for operation because the generator control system does not have a program anymore."]
[13101413,"Parameter download timeout (0EAD)","2006-04-05","The alarm is reported.\nThe high voltage cannot be switched on.","The alarm is triggered when the generator parameters are not transferred to the generators within 70 seconds.\nRepeated pressing of the reset button during active download (each reset restarts the sequence)\nBad connection to the generators\nDefect on the control module of the generator\nInsufficient power supply to the control system modules in the generator.","Check connection to the generator.\nCheck power supply for control module in the generator.\nDo not actuate reset for 70 seconds.",""]
[13101414,"Second parameter requirement of a generator (0EAE)","2006-04-05","The alarm is reported.\nThe high voltage cannot be switched on.","The alarm is reported when a generator requests another parameter from the TASC3 after the system has already started up. This is an indication that the control part of the generator has started up again.\n\nInsufficient power supply to the control module from the generator.\nDefective control module.\nInterruption of the bus connection to the generator.","Check of the power supply of the control module in the generator.\nCheck of the bus connection between generator and TASC3.",""]
[13101416,"Generator parameters not legible (0EB0, 0EL0)","2006-07-14","The alarm is displayed on the user interface. The generator is parameterized with standard data with which orderly operation is not always ensured.","The .mdf file belonging to the generator could not be read.","Please contact Customer Service if the problem continues to occur, even after the system has repeatedly been switched on and off.","This error can only occur during the start-up phase of the control system."]
[13101417,"Update generator software ended (0EB1).","2006-12-08","The laser cannot be ignited. The alarm cannot be reset without restarting the control system.","The software of the controller in the generator was updated via the bus connection between TASC3 and the generator. An alarm signals to indicate the end of data transfer. The alarm is not able to be deleted because the data transfer from the generator to TASC3 is no longer guaranteed.","Switch off the system and then switch on again. The high voltage can be switched back on only after this start-up.",""]
[13101418,"Generator %1 withdraws operational readiness (0EL2, 0EB2)","2017-05-17","The alarm is reported.\nThe high voltage is switched off.\nThe high voltage cannot be switched on again until the alarm has been reset.","If operational readiness that has been reported once is not reported again during cyclic querying of the generator status, then this alarm is triggered. Possible causes include:\n\nInsufficient power supply to the control unit in the generator.\nDefective control unit in the generator.","Check the power supply of the control unit in the generator.",""]
[13101420,"Machine data 106 must be set (0EB4, 0EL4).","2013-05-08","High voltage cannot be activated.","The output stage of the generator was opened with the main switch switched on. This is indication that the output stage amplifier has been replaced. Machine data 106 must be reset after replacing the output stage amplifier for this generator.","Switch on the laser.\nWait until working pressure is available and the turbine has reached nominal speed.\nChange to service mode and close the beam trap.\nSet machine data 116 to the value 620.\nWait until the procedure which starts now is ended with high voltage switched on and off repeatedly. You can tell this by voltage being switched off for longer than 10 seconds.","Machine data 106 can be raised for the available generator to compensate the decreasing amplification of old tubes. Machine data 106 must be reduced when replacing an old tube with a new one, since spark-overs may otherwise occur. Machine data 106 is adapted automatically by starting job 620."]
[13101421,"Several RF generators are reporting: 'Reflected RF power too high'","2018-08-01","The laser beam will be switched off.","1) If the error occurs when igniting the beam, the auxiliary ignition may be faulty.\n2) The gas chamber is leaking.\n3) The gas mixture has changed.\n4) The nominal blower speed is incorrectly set.\n5) The gas pressure in the resonator is too high.","1) If the error occurs when igniting the beam, check the auxiliary ignition.\n2) Do leakage test.\n3) Check that the gas mixer is working.\n4) Check and adjust the frequency converter to the correct nominal speed.\n5) Check the value in MD6. Check the gas pressure in the resonator with an external pressure gauge.","This is the total reported by the TASC laser control, whereby the detailed reports of the RF generators, nos. 12160008- 12160011, will not be sent to the control panel.\nThis message only occurs if more than one HF11 generator is connected to a TLAmp / TruFlow laser and the RF power is transmitted to the resonator via a power combiner."]
[13101422,"Perform automatic phase calibration at RF-generator %1!","2019-11-11","The discharge or the laser beam cannot be switched on.","No phase calibration was performed after replacing a component in the RF system cabinet.","Perform phase calibration.","If no operating materials are available for phase calibration (TruControlPower) and the laser or PA is absolutely necessary for production, this alarm can be suppressed a few times. To do this, enter the value '750' in the machine data MD116 'Job number'. Afterwards this alarm can be deleted by 'Alarm-Reset' and the discharge or the laser beam can be switched on exceptionally without phase calibration.\nIf the maximum permissible number of switch-on processes is reached, this alarm appears again. It can still be released for deletion via MD116 = 750. However, the discharge or the laser beam can only be switched on in the service mode for carrying out the phase calibration.\nIf an attempt is made to switch on the discharge or the laser beam in normal operation, this message appears again."]
[13101502,"Internal data error (0FA2)","2003-06-23","Beam release not given.","Software object creation failed","Please contact TRUMPF Customer Service",""]
[13101503,"Internal data error (0FA3)","2003-06-23","Beam release not given","An incorrect data buffer was not detected.","Please contact TRUMPF Customer Service",""]
[13101504,"Internal data error (0FA4)","2003-06-23","Beam release is not given","Laser machine data access not possible","Please contact TRUMPF Customer Service.",""]
[13101505,"Internal data error (0FA5)","2003-06-23","Beam release is not given","Generator analog data access not possible","Please contact TRUMPF Customer Service.",""]
[13101506,"Internal data error (0FA6)","2003-06-23","Beam release is not given","Generator digital data access not possible","Please contact TRUMPF Customer Service.",""]
[13101602,"Calibration software module: Alarm no. too high or alarm handler is dimensioned for too many positions (10A2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'calibr.mdf' MDF file. \nDefine for the number of alarms is greater than 98 (see calibr.h). An attempt was made to create an alarm handler with more than 98 stations. l","Correct the 'calibr.mdf' file or load a new version. \nCheck the header file of the software module.","Control message for development. \nCheck the calibration makeAlarmModul(...)."]
[13101603,"Calibration software module: New alarm no. will be applied to several old TASC200 alarms (10A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'calibr.mdf' MDF file.","Correct the 'calibr.mdf' file (determine unique alarm allocation) or load a new version.","Control message for development."]
[13101604,"Initialization of the calibration software module will not be ended (10A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The calibration module state chart could not be created. There is a software problem","Switch off and switch on (laser) control system. If error persists, load laser software again.","Control message for development."]
[13101606,"The measurement frequency entered is below the minimum allowable gating frequency (10A6)","2001-03-08","The Pulsen_F calibration cannot be started. No measurement curve will be recorded.","A gating frequency was entered which is outside the allowable range. The range is determined by the contents of the 'lls.mdf' file ( machine data MD_KEYFREQMIN and MD_KEYFREQMAX )","Correct the minimum limit frequency via machine data or enter a gating frequency matching the current value range.","As a general rule, the beam must be switched on for calibration, otherwise the series of measurements will not commence or will be interrupted."]
[13101607,"The measurement frequency entered is above the maximum allowable gating frequency (10A7)","2001-03-08","The Pulsen_F calibration cannot be started. No measurement curve will be recorded.","A gating frequency was entered which is outside the allowable range. The range is determined by the contents of the 'lls.mdf' file ( machine data MD_KEYFREQMIN and MD_KEYFREQMAX )","Correct the maximum limit frequency via machine data or enter a gating frequency matching the current value range.","As a general rule, the beam must be switched on for calibration, otherwise the series of measurements will not commence or will be interrupted."]
[13101608,"The amplitude entered is above the maximum allowable value (10A8)","2001-03-08","The CW calibration cannot be started. No measurement curve will be recorded.","The value entered is higher than the maximum allowable amplitude. The maximum allowable value is determined by the contents of the 'lls.mdf' file ( machine data MD_MAXPOWER_CW_10000 )","Raise the maximum amplitude via machine data or lower the amplitude entry.","As a general rule, the beam must be switched on for calibration, otherwise the series of measurements will not commence or will be interrupted."]
[13101702,"Laser software module: Alarm no. too high or alarm handler is dimensioned for too many positions (11A2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'bcd.mdf' MDF file. \nDefine for the number of alarms is greater than 98 (see kuehlung.h). An attempt was made to create an alarm handler with more than 98 stations.","Correct the 'bcd.mdf' file or load a new version. \nCheck the header file of the software module.","Control message for development. \nCheck the BCD interface makeAlarmModul(...)."]
[13101703,"BCD software module: New alarm no. will be applied to several old TASC200 alarms (11A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'bcd.mdf' MDF file.","Correct the 'bcd.mdf' file (determine unique alarm allocation) or load a new version.","Control message for development."]
[13101704,"Initialization of the BCD software module is not being finished (11A4)","2001-05-11","The BCD interface is not activated.","Although the BCD interface had been selected in MD42, no BCD inputs could have been determined from the resonator configuration.","Change the resonator type via MD1 or adjust the BCD interface via MD42.",""]
[13101705,"Faulty BCD coding (11A5)","2001-03-08","The specifications for the laser power control remain unchanged.","- Individual inputs of the BCD interface are defective. \n- The BCD interface is not wired properly. \n- Invalid programming of the BCD interface.","Check external programming. Check if the strobe signal is created after valid data is available. Check the wiring of the BCD inputs for adherence to the description of interfaces.","Only occurs with the BCD interface active (MD42 > 0) - with the BCD coding, the first four decades can be programmed. Within a decade, the numeric values 0..9 are set to valences of 1, 2, 4 and 8. The error will occur if the total valence value of all active inputs within a decade exceeds the value 9."]
[13101706,"Several strobe signals of the BCD interface have been recognized at once (11A6)","2001-03-08","The specifications for the laser power control remain unchanged or not value is accepted.","The times for transfer of valid data were not maintained; this means several strobe signals have been detected within one control loop. The strobe signals are being produced too frequently.","Check if external programming adheres to the time frames as set out in the description of interfaces.","Only occurs with the active BCD interface (MD42 > 0)"]
[13101802,"Gas circulation software module: Alarm no. too high or alarm handler is dimensioned for too many positions (11A2)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The wrong alarm number or an alarm number above the allowable range was noted in the 'gaswael2.mdf' file. \nDefine for the number of alarms is greater than 98 (see gaswaelz.h). An attempt was made to create an alarm handler with more than 98 stations. l","Correct the 'gaswael2.mdf' file or load a new version. \nCheck the header file of the software module.","Gas circulation = abbr. 'Gas circulation' Control message for development. \nCheck 'Gas circulation' makeAlarmModul(...)."]
[13101803,"Gas circulation software module: New alarm no. will be applied to several old TASC200 alarms (12A3)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The same new alarm number will be applied to several old TASC200 alarms in the 'gaswael2.mdf' file.","Correct the 'gaswael2.mdf' file (determine unique alarm allocation) or load a new version.","Gas circulation = abbr. for 'Gas circulation' \nControl message for development."]
[13101804,"Initialization of the gas circulation software module will not be ended (12A4)","2001-03-08","The control software is not changing over to cyclic operation. The laser is not allowing start-up. Both decimal points stay on in the seven segment numeric display.","The gas circulation module 2 state chart could not be created. There is a software problem","Switch off and switch on (laser) control system. If error persists, load laser software again.","Control message for development."]
[13101805,"Gas circulation: Cumulative error at frequency converter 2","2019-11-11","The gas circulation is switched off. Blower 2 is switched off by the frequency converter 2 and coasts to a stop. Laser control system only allows the blower to be started after four minutes. The process cooler remains switched on during shutdown of the laser until the blower has come to a complete stop.","Malfunction on frequency converter 2: cause is displayed on the frequency converter screen as long as no alarm reset is triggered on the laser control system.\nOverload of the fan due to excessive gas pressure.\n- Pressure transmitter is defective.\n- Gas pressure too high or wrong gas type, or gas mixer defective.\n- Defective blower.","- EUV-PA:\nOpen the SC-PDE and read the error codes on frequency converter 2 (+5-A3). \n\n- TruFlow Standard:\nOpen the electrical cabinet and read the error codes on frequency converter 2.\n\nIf the 'Overcurrent' error code is displayed, check the gas pressure with an external measuring device.\nIf the 'Overcurrent' error code is displayed and the gas cylinders have been replaced shortly before, check the gas cylinder connection sequence.","- In the case of two blowers, the other error-free blower is switched off under guidance.\n\nTASC input E109.2\nEUV-PA: +30-BE5: IN11"]
[13101806,"Cumulative error, magnetic bearing regulation from blower 2","2019-11-11","The laser beam or discharge is switched off.\nThe gas circulation is being shut down.\nIn the TASC a waiting time of four minutes starts until the blower can be restarted by means of 'Reset'.","Cause(s) of error are shown on the display of the magnetic bearing electronics (MBE) or on the frequency converter (IMC15).","- EUV-PA:\nOpen the SC-PDE and read the error codes on MBE 2 (+5-A4). \n\n- TruFlow <= 6 kW:\nOpen the electrical cabinet and read the error codes on frequency converter 2 (IMC15).\n\n- TruFlow >= 8 kW:\nOpen the electrical cabinet and read the error codes on MBE 2.","TASC input E109.4\nEUV-PA: +30-BE5: IN13"]
[13101807,"Gas circulation 2: Nominal frequency not reached, frequency converter 2","2019-11-11","The laser beam or discharge is switched off.\nThe fan is switched off and braked in a regulated fashion.","- Gas pressure too high\n- Incorrect gas mixture\n\nStart contactor is defective (poor contact, drops out briefly)\nThe 'Turbine 2 start' output (A105.0) is defective.","- EUV-PA:\nOpen the SC-PDE and read the error codes on frequency converter 2 (+5-A3). \n\n- TruFlow Standard:\nOpen the electrical cabinet and read the error codes on frequency converter 2.","TASC input E109.3\nEUV PA: +30-BE5: IN12\n\n- The blower does not reach its nominal RPM within two minutes during the power-up cycle.\n- The blower differs from the nominal RPM briefly during operation."]
[13101808,"Gas circuit 2: minimum permissible pressure for gas circuit not met (12A8)","2015-11-18","Switching off of the gas circuit. The gas circuit runs out in a controlled fashion.","Gas pressure in the resonator too low because:\n- No fresh gas being supplied, but it keeps being slowly suctioned off.\n- Pressure load cell is defective.\n- Suction rate set too high.\n- Machine data MD44 incorrectly set for the minimum permitted gas pressure.","Check the pressure control when the fan is not moving in the 'Manual functions' operation.\nCheck the value of machine data MD44.","The gas pressure is continuously monitored during the start-up and operation."]
[13101809,"Gas circuit 2: maximum permissible pressure for gas circuit exceeded (12A9)","2015-11-18","Switching off of the gas circuit. The gas circuit runs out in a controlled fashion.","Gas pressure in the resonator too low because:\n- Pressure control can no longer be correctly regulated due to a defect.\n- Pressure load cell is defective.\n- Leak in the resonator.\n- Suction rate is set too low.\n- Machine data MD43 incorrectly set for the maximum permitted gas pressure.","Check the pressure control when the fan is not moving in the 'Manual functions' operation.\nCheck the value of machine data MD43.","The gas pressure is continuously monitored during the start-up and operation."]
[13101810,"Gas circuit 2: no cooling system available (12AA)","2015-11-18","The gas circulation is being shut down. The gas circuit runs out in a controlled fashion.","Sequence error due to a switching off of the process cooler.","","The fan may not be switched on while the cooling machine is running.\nThe process cooler of a flow sensor shows the actual cause of error."]
[13101811,"Gas circulation 2: Overcurrent, motor circuit-breaker frequency converter1","2019-11-11","The laser beam or discharge is switched off.\nThe gas circulation is being switched off. The gas circulation runs out in an uncontrolled fashion.","The motor circuit-breaker of the frequency converter for fan 2 has been triggered during laser operation.\nIf the motor circuit-breaker has not tripped, digital input E109.0 is probably defective.","- EUV-PA:\nOpen the SC-PDE and check that the motor circuit-breaker -CB2 is switched off.\n\n- TruFlow Standard:\nOpen the electrical cabinet and check whether the motor circuit-breaker of the frequency converter 2 is switched off. \n\nSwitch off the TruFlow or PA and wait until a pressure of 1100 hPa is displayed. \nSwitch the motor circuit-breaker back on.\nSwitch on the voltage supply of the frequency converter via the 'manual functions' / 'Turbine main voltage'.\nIf the motor circuit-breaker trips again, the frequency converter is probably defective and must be replaced.","TASC input E109.0\nEUV PA: +30-BE5: IN9"]
[13101812,"Gas circulation 2: Overcurrent, motor circuit-breaker magnetic bearing","2019-11-11","The gas circulation is being shut down.","The motor circuit-breaker for the magnetic bearing regulation of fan number 2 has been triggered.","","TASC input E109.1"]
[13101813,"Excess temperature at brake resistance of the frequency converter 2 (12AD)","2003-02-24","Gas circulation goes into ERROR status","Brake chopper defective, braking energy is too high, too many brake cycles, the thermocouple at the brake resistance is defective","",""]
[13101815,"Plausibility error nominal frequency has been reached 2 (12AF)","2004-01-23","Beam cannot be switched on, an alarm will be displayed","Input ''nominal frequency reached 2' E109.3 signals '1' although output 'Start turbine 2' (A105.0) has been switched off.","Actuate alarm reset. If the alarm cannot be deleted, please contact the customer service.",""]
[13101901,"Error initializing the central gas circulation module (13A1)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","System error","Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13101902,"Group alarm in the central module of the gas circulation (13A2)","2001-03-08","The ventilator is being switched off.","","For more detailed diagnostics, the error messages of the available and activated gas circulation modules must be evaluated. Any further error messages of the individual gas circulation modules should be displayed.",""]
[13102002,"Too many alarms have been generated (14A2)","2002-05-29","The alarm will be generated during control run-up. The laser cannot be operated.","TASC 3 hardware defect","If the alarm continues to be generated even when the control has been switched off and back on again several times, replace TASC 3 control.",""]
[13102003,"Double alarms (14A3)","2002-05-29","The alarm is already being generated during control run-up, the laser cannot be operated.","TASC 3 hardware problem","If the alarm continues to be generated after switching the control off and back on again several times, replace TASC 3 control.",""]
[13102004,"Output coupling mirror monitoring has responded (14A4)","2019-05-13","The laser beam is switched off and can no longer be switched on as long as the cause for the alarm has not been rectified. This is meant to prevent the complete destruction of the output coupling mirror.\nThe error cannot be reset on systems with diamond output coupling mirrors (MD114 = 1). All the LEDs of the evaluation electronics flash in cycles after the error has been acknowledged.","The output coupling mirror is dirty or damaged.\nThe monitoring sensor is defective.\nThe wiring of the sensor is not OK.\nElectromagnetic interference due to neighboring systems (components).\nThe digital input is faulty.\nThe digital output for 'Reset' is defective or the supply line to the OMS is interrupted. Then the evaluation electronics do not end the self test.","Before acknowledging the alarm, please check to see which light emitting diodes (LEDs) are lit up or flashing on the evaluation electronics. (See 'Remark' for details)\nAn error state was detected and the output coupling mirror must be checked if LED 3 or 4 is lit up.\nOtherwise, the E102.7 wiring must be checked.\nIn the case of systems with diamond output coupling mirrors (MD114 = 1), the error can only be reset by switching the system off and then on again.","LEDs 3 and 4 indicate that an error state has been detected.\nLED 1 additionally lights up if the error is no longer present.\nIf LED 5 is illuminated longer than 10 seconds, then a flash of light was detected, e.g. resulting from damage to the output coupling mirror. \nLED 2 indicates that the surface of the output coupling mirror exhibits clear damage, e.g. scorching.\nFurther details can be found in the section on output coupling mirrors in the laser service manual."]
[13102005,"The output coupler monitoring does not end the automatic check (14A5)","2007-10-12","The high voltage can no longer be switched on.","Output mirror is damaged, LED 2 on the evaluation electronics is illuminated.\nSignal voltage is incorrectly set following replacement of the output mirror.\nSensor electronics defect.\nFaulty wiring.\nDefective digital input.","If only one green LED is illuminated on the sensor, then the automatic check was completed without error. Input E102.7 is to be checked under these circumstances. The 'Laser Service manual' is required in all other cases involving evaluation of the LED displays on the sensor electronics.\nThe signal voltage at the evaluation electronics must be readjusted following replacement of the output mirror. (For correct setting of the signal voltage, see Replacement Parts document)",""]
[13102006,"Decouple monitoring for machine datum has been switched off (14A6)","2002-05-29","The alarm has been signalled and prevents high voltage connection.","Signal '1' was detected at input 102.7 although the decouple monitoring was de-selected via machine datum. You can deduce the existence of the sensor unit from the input signal.","Check, whether switching off the decoupler unit was intended. If this is the case, the alarm can be acknowledged with RESET and will not re-appear. In case monitoring switch-off was not intended, machine datum 32 must be set to a value < 10000 seconds.",""]
[13102007,"Output coupler mirror monitoring 2 has responded (14A7)","2016-04-15","The laser beam is switched off and can no longer be switched on as long as the cause for the alarm has not been rectified. This is meant to prevent the complete destruction of the output coupling mirror.\nThe error cannot be reset on systems with diamond output coupling mirrors (MD114 = 1).","The output coupling mirror is dirty or damaged.\nThe monitoring sensor is defective.\nThe wiring of the sensor is not OK.\nElectromagnetic interference due to neighboring systems (components).\nThe digital input is faulty.","Before acknowledging the alarm, please check to see which light emitting diodes (LEDs) are lit up or flashing on the evaluation electronics. (See 'Comment' for details)\nAn error state was detected and the output coupling mirror must be checked if LED 3 or 4 is lit up.\nOtherwise, the E114.1 wiring must be checked.\nIn the case of systems with diamond output coupling mirrors (MD114 = 1), the error can only be reset by switching the system off and then on again.","LEDs 3 and 4 indicate that an error state has been detected.\nLED 1 additionally lights up if the error is no longer present.\nIf LED 5 is illuminated longer than 10 seconds, then a flash of light was detected, e.g. resulting from damage to the output coupling mirror. \nLED 2 indicates that the surface of the output coupling mirror exhibits clear damage, e.g. scorching.\nFurther details can be found in the section on output coupling mirrors in the laser service manual."]
[13102008,"The output coupler monitoring 2 does not end the automatic check (14A8)","2009-05-29","The high voltage can no longer be switched on.","Output coupling mirror is damaged, LED 2 on the evaluation electronics is illuminated.Signal voltage is incorrectly set following replacement of the output coupling mirror.Sensor electronics defect.Defective wiring.Defective digital input.","If only one green LED is illuminated on the sensor, then the automatic check was completed without error. Input E114.1 should be checked in this case. The 'Laser Service manual' is required in all other cases involving evaluation of the LED display on the sensor electronics.The signal voltage at the evaluation electronics must be readjusted following replacement of the output coupling mirror. (For correct setting of the signal voltage, see. Spare parts document)",""]
[13102009,"Output coupler monitoring 2 switched off by machine parameter (14A9)","2009-05-29","The alarm is reported and prevents the high voltage switch-on.","Signal '1' was detected at the input 114.7, though the output coupler monitoring was deselected by machine parameter. The signal at the input indicates that the sensor system is available.","Check whether the output coupler monitoring is to be switched off. If this is the case, the alarm can be acknowledged with RESET and then it does not appear any longer. If the monitoring is not to be switched off, machine parameter 32 must be changed to a value < 10,000 seconds.",""]
[13102010,"PPB/FU - OMS at W%1 triggered -S%2 (14AA)","2016-04-15","The laser beam is switched off and can no longer be switched on as long as the cause for the alarm has not \nbeen rectified. This is meant to prevent the complete destruction of the output coupling mirror.\nThe error cannot be reset on systems with diamond windows (MD114 = 1). All LEDs \nof the evaluation electronics flash in cycles after the error has been acknowledged.","The window is dirty or damaged.\nThe monitoring sensor is defective.\nThe wiring of the sensor is not OK.\nElectromagnetic interference due to neighboring systems (components).\nThe digital input is faulty.","Before acknowledging the alarm, please check to see which of the light emitting diodes (LEDs) at the evaluation electronics are lit up \nor flashing. (See 'Comment' for details)\nAn error state was detected and the output coupling mirror must be checked if LED 3 or 4 is lit up.\nOtherwise, the E102.7 wiring must be checked.\nIn the case of systems with diamond windows (MD114 = 1), the error can only be reset by switching the system off and on \nagain.","LEDs 3 and 4 indicate that an error state has been detected.\nLED 1 additionally lights up if the error is no longer present.\nIf LED 5 is lit up for more than 10 seconds, a flash of light was detected, e.g. due to damage to the \noutput coupling mirror. \nLED 2 indicates that the surface of the output coupling mirror exhibits clear damage, e.g. scorching.\nFurther details can be found in the section on output coupling mirrors in the laser service manual."]
[13102011,"PPB/FU - OMS at W%1 -S%2 does not end automatic check (14AB, 14AL)","2013-05-08","High voltage can no longer be switched on.","Output coupling mirror is damaged, LED 2 of the evaluation electronics is lit up.\nSignal voltage is incorrectly set after the replacement of the output coupling mirror.\nSensor electronics defective\nFaulty wiring\nDefective digital input","","The automatic check was completed without any errors if only one green LED is lit up on the sensor. In this case, \ninput E102.7 is to be checked. In all other cases the sensor electronics of the 'laser service manual' are required \nfor the evaluation of the LED display.\nThe signal voltage at the evaluation electronics must be reset after replacing the output coupling \nmirror (see spare parts document for the correct setting of the signal voltage)."]
[13102012,"PPB/FU - OMS at W%1 -S%2 switched off by machine data (14AC)","2013-05-08","The alarm is reported and prevents the activation of high voltage.","Signal '1' was identified at input 102.7 although output coupler monitoring was deselected by the machine \ndata. The signal at the input indicates that the sensor system is available.","Check whether shutting down the output coupler monitoring is intentional. If this is the case, the alarm can be \nacknowledged with RESET and will no longer occur. If shutting down the monitoring is not \nintentional, machine data 32 must be changed to a value < 10,000 seconds.",""]
[13102013,"Output coupler monitoring, no reaction during automatic check (14AD)","2013-05-08","High voltage can no longer be switched on.","The sensor is defective.\nThe 'Automatic sensor check' output of the control is defective or not connected to the input of the sensor.\nThe 'Sensor OK' input of the control is not connected to the output of the sensor.","Check the wiring.",""]
[13102014,"No reaction of output coupler monitoring 2 during automatic check (14AE)","2013-05-08","High voltage can no longer be switched on.","The sensor is defective.\nThe 'Automatic sensor check' output of the control is defective or not connected to the input of the sensor.\nThe 'Sensor OK' input of the control is not connected to the output of the sensor.","Check the wiring.",""]
[13102015,"PPB/FU - OMS at W%1 -S%2 no reaction during automatic check (14AF)","2013-05-08","High voltage can no longer be switched on.","The sensor is defective.\nThe 'Automatic sensor check' output of the control is defective or not connected to the input of the sensor.\nThe 'Sensor OK' input of the control is not connected to the output of the sensor.","Check the wiring.",""]
[13102204,"Output coupler temperature alarm limit reached (16A4)","2015-01-30","Beam enable is cancelled.","Output coupling mirror is defective.\nThe cooling of the output coupling mirror is insufficient.","Check the course of the output coupler's temperature.\nThe output coupler temperature can be issued cyclically on the hyperterminal by means of diagnostic job 125\nInform Technical Service","This error message can be deleted by switching the main switch off and on."]
[13102205,"Temperature of phase shifter alarm limit reached (16A5)","2008-12-05","Beam enable is cancelled","(1) The phase shifter is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on phase shifter does not function properly.\n(3) The ASI slave module is defective.\n(4) Counter-reflexes during aluminum processing heats the phase shifter over the permissible limit value.","Contact TRUMPF Technical Customer Service","The temperature on the phase shifter has exceeded the limit value set in the MD140 machine parameter.\nThe error can be deleted only if the laser is switched off."]
[13102206,"Temperature increase of phase shifter alarm limit reached (16A6)","2008-12-05","Beam enable is cancelled","(1) The phase shifter is soiled and heats up in excess of the permissible limit value for this reason.\n(2) The temperature sensor on phase shifter does not function properly.\n(3) The ASI slave module is defective.\n(4) Counter-reflexes during aluminum processing heats the phase shifter over the permissible limit value.","Contact TRUMPF Technical Customer Service","The increase in temperature per time unit at the phase shifter has exceeded the limit value set in MD141 machine parameter. The error can be deleted only if the laser is switched off."]
[13102207,"Output coupler 2 overtemperature (16A7)","2015-01-30","High voltage is switched off.\nThe alarm can be deleted only by switching off the main switch.","- The output coupler is too hot.\n- The sensor used to measure the temperature is defective.\n- The sensor is not connected (digital input 114.0)\n- The 24-volt supply is not switched on.","Always check the status of the second output coupling mirror before switching high voltage back on again.","This error message can be deleted by switching the main switch off and on."]
[13102208,"Cumulative error of hydrocarbon filter (16A8)","2017-05-17","The laser beam is switched off or cannot be switched on.","1) The door is open (switch S1),\n2) The temperature of the air flow downstream of the cooling coil is still higher than 50°C,\n3) The air pressure at the inlet is too low (< 4 bar), \n4) The alarm contact of temperature controller N1 has triggered,\n5) The power supply is switched off.","1) Close the door of the hydrocarbon filter.\n2) Check the filter elements for clogging.\n3) Check the air pressure at the inlet.\n4) See operator's manual for hydrocarbon filter.\n5) Check the power supply.","The message appears if\n1) MD49.bit2 = 1, i.e. in MD49 a value of 4 or higher is set.\n2) Input E130.7 'No cumulative error of hydrocarbon filter' indicates the status '0' for a time > 3sec."]
[13102301,"Control voltage circuit breaker 1L+ not enabled","2014-08-11","","","","Tasc_inp(A) 153.6\n(HPSS) =CT+CB-K30, IN3"]
[13102304,"CH - Door no. %1 is open (17a4)","2016-08-04","At PreA1 and PA0 to PA3, the discharge and the power supply of the RF generators are switched off.","Open door at the common housing.","Close the door at the common housing.","Tasc_Inp(A) 168.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K3, IN2-3\n\nTasc_Inp(A) 168.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K3, IN4-5\n\nTasc_Inp(A) 168.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K3, IN6-7\n\nTasc_Inp(A) 168.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K4, IN0-1\n\nTasc_Inp(A) 168.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K4, IN2-3\n\nTasc_Inp(A) 168.6\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K4, IN4-5\n\nTasc_Inp(A) 168.7\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K4, IN6-7\n\nTasc_Inp(A) 169.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K5, IN0-1\n\nTasc_Inp(A) 169.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K5, IN2-3\n\nTasc_Inp(A) 169.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K5, IN4-5\n\nTasc_Inp(A) 169.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K5, IN6-7\n\nTasc_Inp(A) 169.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K6, IN0-1\n\nTasc_Inp(A) 169.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K6, IN2-3\n\nTasc_Inp(A) 169.6\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K6, IN4-5\n\nTasc_Inp(A) 169.7\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K6, IN6-7\n\nTasc_Inp(A) 170.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K7, IN0-1\n\nTasc_Inp(A) 170.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K7, IN2-3\n\nTasc_Inp(A) 170.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K7, IN4-5\n\nTasc_Inp(A) 170.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K7, IN6-7\n\nTasc_Inp(A) 170.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K8, IN0-1\n\nTasc_Inp(A) 170.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K8, IN2-3\n\nTasc_Inp(A) 170.6\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K8, IN4-5\n\nTasc_Inp(A) 170.7\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K8, IN6-7\n\nTasc_Inp(A) 171.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K9, IN0-1\n\nTasc_Inp(A) 171.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K9, IN2-3\n\nTasc_Inp(A) 171.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K9, IN4-5\n\nTasc_Inp(A) 171.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K9, IN6-7\n\nTasc_Inp(A) 171.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K10, IN0-1\n\nTasc_Inp(A) 171.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K10, IN2-3\n\nTasc_Inp(A) 171.6\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K10, IN4-5\n\nTasc_Inp(A) 171.7\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K10, IN6-7\n\nTasc_Inp(A) 172.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP1-K11, IN0-1\n\nTasc_Inp(A) 172.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP1-K11, IN2-3\n\nTasc_Inp(A) 172.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP1-K11, IN4-5\n\nTasc_Inp(A) 172.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP1-K11, IN6-7"]
[13102305,"CH - EMO button no. %1 triggered (17a5)","2014-08-11","The discharge in PreA1 and PA0 to PA3 is switched off. The line contactors drop out. As a result, the entire TLAmp is de-energized. The heat exchanger is also switched off.\nOnly the TASC laser control systems and the LP04 laser operating devices are switched on.","- EMO button no x on the 'common housing' has been pressed.\n- The respective input terminal in the EtherCat system is defective.\n\nFor details on the allocation, refer to the 'Comment' section.","Unlock the EMO button on the 'common housing'. Reset the alarm. Restart PreA1 and PA0 to PA3 after energizing the line contactors.","EUV system (EtherCat):\nThe message appears if there is no signal at the following inputs:\n\nNo. 1\nTasc_inp(A) 167.0\n(TLAmp Coax) =CT-CH.EP1-K1, IN0-1\n(MasterC) =CT-CH.EP1-K1, IN0-1\n\nNo. 2\nTasc_inp(A) 167.1\n(TLAmp Coax) =CT-CH.EP1-K1, IN2-3\n(MasterC) =CT-CH.EP1-K1, IN2-3\n\nNo. 3\nTasc_inp(A) 167.2\n(TLAmp Coax) =CT-CH.EP1-K1, IN4-5;\n(MasterC) =CT-CH.EP1-K1, IN4-5;\n\nNo. 4\nTasc_inp(A) 167.3\n(TLAmp Coax) =CT-CH.EP1-K1, IN6-7;\n(MasterC) =CT-CH.EP1-K1, IN6-7;\n\nNo. 5\nTasc_inp(A) 167.4\n(TLAmp Coax) =CT-CH.EP1-K2, IN0-1;\n(MasterC) =CT-CH.EP1-K2, IN0-1;\n\nNo. 6\nTasc_inp(A) 167.5\n(TLAmp Coax) =CT-CH.EP1-K2, IN2-3;\n(MasterC) =CT-CH.EP1-K2, IN2-3;\n\nNo. 7\nTasc_inp(A) 167.6\n(TLAmp Coax) =CT-CH.EP1-K2, IN4-5;\n(MasterC) =CT-CH.EP1-K2, IN4-5;\n\nNo. 8\nTasc_inp(A) 167.7\n(TLAmp Coax) =CT-CH.EP1-K2, IN6-7;\n(MasterC) =CT-CH.EP1-K2, IN6-7;\n\nNo. 9\nTasc_inp(A) 168.0\n(TLAmp Coax) =CT-CH.EP1-K3, IN0-1;\n(MasterC) =CT-CH.EP1-K3, IN0-1;"]
[13102306,"PDE plug for network feed is not plugged into switch cabinet (17a6)","2016-08-04","The message is only issued at PA0 to PA3:\nAt PA0 to PA3, the discharge and the power supply of the RF generators are switched off.\n- The PDE is without supply voltage. The blower and the gas supply of the indicating PA cannot be actuated or the blowers of the indicating PA are switched off.","PAx only:\n- The +19-X1B plug for the main voltage supply of the SC-PDE is not plugged in.\n- If the +19-X1B plug is plugged in, there could be a wiring error at the sensor cables leading to the E150.0 TwinSafe inputs.","- Check whether the +19-X1B plug is plugged in correctly.\n- If the plug is plugged in correctly and the message cannot be deleted, check the wiring of the sensor cables in the plug using the schematics.","Tasc_Inp(A) 150.0\n(TLAmp PAx) =30-BES5, IN3-4"]
[13102307,"Status of the contactor relay of the line contactor is incorrect (17a7)","2016-08-04","- If a message occurs at the PreA1:\nAt PreA1 and PA0 to PA3, the discharge and the power supply of the RF generators are switched off.\n- If a message occurs at PA0 to PA3:\nAt PA0 to PA3, the discharge and the power supply of the RF generators are switched off.\nError: \nWhen the line contactor is switched off, the contactor relays indicate that the line contactor is switched on.\nWhen the line contactor switched on, the contactor relays indicate that the line contactor is switched off.","- Contacts of the contactor relays are clotted.","Check the contacts of the contactor relays which are switched via A150.1.","This is a plausibility check of the statuses of outputs A150.1 and E150.1.\nNominal condition:\n- If A150.1 is switched on, E150.1 must deliver status '0'. \n- If A150.1 is switched off, E150.1 must deliver status '1'. \n\nMonitoring is done via:\nTasc_inp 150.1\n(Pax) =30-BES5, IN1 \n(HPSS) =CT+CB-K19, IN2\n(TruCoax3100) +30-BES7, IN2\n\nTasc_out 150.1\n(Pax) +30-BAS3\n(HPSS) =CT+CB-K27\n(TruCoax3100) +30-BAS3"]
[13102308,"The left switch cabinet door is open (17a8)","2016-08-04","The alarm appears when opening the door under operating voltage is prohibited via the key switch.\n- If a message occurs at the PreA1:\nAt PreA1 and PA0 to PA3, the discharge and the power supply of the RF generators are switched off.\n- If a message occurs at PA0 to PA3:\nAt PA0 to PA3, the discharge and the power supply of the RF generators are switched off.","- The left switch cabinet door is open.\n- The door switch is incorrectly adjusted.\n- Door switch or digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp 150.2\n(PAx) +30-BES1, IN1-2\n(HPSS) =CT+CB-K16, IN1-2"]
[13102309,"The middle switch cabinet door is open (17a9)","2016-08-04","The alarm appears when opening the door under operating voltage is prohibited via the key switch.\n- At PA0 to PA3, the discharge and the power supply of the RF generators are switched off.","- The middle switch cabinet door is open.\n- The door switch is incorrectly adjusted.\n- Door switch or digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp 150.3\n(PAx) +30-BES1, IN3-4"]
[13102310,"The right switch cabinet door is open (17aa)","2016-08-04","The alarm appears when opening the door under operating voltage is prohibited via the key switch.\n- If a message occurs at the PreA1:\nAt PreA1 and PA0 to PA3, the discharge and the power supply of the RF generators are switched off.\n- If a message occurs at PA0 to PA3:\nAt PA0 to PA3, the discharge and the power supply of the RF generators are switched off.","- The right switch cabinet door is open.\n- The door switch is incorrectly adjusted.\n- Door switch or digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp 150.4\n(PAx) +30-BES2, IN1-2\n(HPSS) =CT+CB-K16, IN3-4"]
[13102311,"Leakage current monitoring was triggered (17ab)","2016-08-04","- The line contactor of the affected laser is switched off. I.e. everything is switched off on the relevant laser.\n- The red warning lamp lights up on the switch cabinet of the relevant laser.\n- The safety circuit is opened on the other lasers.\n- At the other lasers, the discharge and the power supply of the RF generators are switched off.","- The measuring device for monitoring the leakage current has detected an excessive leakage current.\n- The measuring device could be defective.","- Open the switch cabinet on which the red warning lamp is on.\n- Press the Reset button on the measuring device for the leakage current monitor for at least 8 seconds.\n- Afterwards, press the Error Reset button on the LP04 laser panel of the affected laser.\n- Try to switch this laser back on again.\n- If the leakage current monitor is triggered again, the cause for this must be found.","Tasc_Inp(A) 150.5\n(TLAmp PAx) +30-BES4, IN3-4\n(PreA1) =CT+CB-K31, IN14-15 or CT+CB-K30, IN1-2\n(Coax3100) +30-BES6, IN3-4\n(MasterC) =CT+CB-K30, IN1-2\n(HPSS) =CT+CB-K18, IN3-4"]
[13102312,"Main switch turned off (17ac)","2016-08-04","PreA1 only!\nThe main switch of the laser is turned off. The message appears because the laser control and LP04 laser panel upstream of the main switch are connected.\nThe PreA1 cannot be switched on.\nAt the PAs, the discharge and the power supply of the RF generators cannot be switched on.","","If permissible, turn on the main switch.","Tasc_Inp(A) 150.6\n(PreA1) =CT+CB-K25, IN4\n\n(TLAmp PAx) +30-BES20, IN1\n(Coax3100) +30-BES1, IN1\n(MasterC) =CT+CB-K25, IN4\n(HPSS) =CT+CB-K10, IN1"]
[13102313,"Ethernet power supply circuit breaker switched off (17ad)","2016-08-04","The 24 V DC power supply for the network switch, COM server and telephone modem was switched off due to an overload. The Ethernet network connection to the LP04 panel and the HF11 generators has been interrupted.","- Ethernet switch is defective.\n- Com server is defective.\n- Telephone modem is defective.","- Open the switch cabinet of the laser whose LP04 laser panel shows error message no. 20105011.\n- Search for circuit breaker +1-CB05.\n- Search for the cause of the overload using the schematics.","Tasc_Inp(A) 150.7\n(Pax) +30-BE1, IN9\n(Coax3100) +30-BE1"]
[13102314,"PDE control electronics power supply circuit breaker switched off (17ae)","2016-08-04","The 24 V DC power supply for the PDE control electronics was switched off due to an overload.\nAt PA0 to PA3, the discharge and the power supply of the RF generators cannot be switched on.","- EtherCat digital inputs in the PDE might be defective and generate an overload.\n- Cable break between the switch cabinet and PDE.","- Open the switch cabinet of the laser whose LP04 laser panel displays this message.\n- Search for circuit breaker +1-CB07.\n- Search for the cause of the overload in the PDE using the schematic.","Tasc_Inp(A) 151.0\n(PAx) +30-BE1, IN10"]
[13102315,"Power supply circuit breaker for the EtherCat feed switched off (17af)","2014-11-07","The 24 V DC power supply for the EtherCat feed was switched off due to overload.","- The EtherCat feed terminal or downstream EtherCat components are defective.","- Open the switch cabinet of the laser whose LP04 laser panel displays this message.\n- Look for circuit breaker +1-CB010.\n- Look for the cause of the overload in the EtherCat feed using the schematics.","Tasc_inp(A) 151.1\n(PAx) +30-BE1, IN12\n(Coax3100) +30-BE1, IN12"]
[13102316,"Control voltage circuit breaker %1 switched off","2017-02-22","The 24 V DC power supply for the supply of 1L+ or 2L+ or 3L+ or strand 4 was switched off due to overload.","Overload on a consumer which is connected to 1L+ or 2L+ or 3L+ or strand 4.","- Open the switch cabinet of the laser whose LP04 laser panel displays this message.\n- Look for circuit breaker +4-CB01, +4-CB02, +4-CB03.\n- Look for the cause of the overload using the schematics.","No. 1 = 1L+ supply\nTasc_Inp(A) 151.2\n(TLAmp PAx) +30-BE1, IN13\n(Coax3100) +30-BE1, IN13\n(TruFlow EtherCat) =CT+CB-K3.IN2 / 1\n\nNo. 2 = 2L+ supply\nTasc_Inp(A) 151.3\n(TLAmp PAx) +30-BE1, IN14\n(Coax3100) +30-BE1, IN14\n(TruFlow EtherCat) =CT+CB-K3.IN2 / 2\n\nNo. 3 = 3L+ supply\nTasc_Inp(A) 151.4\n(TLAmp Pax) +30-BE1, IN15\n(Coax3100) +30-BE1, IN15\n(TruFlow EtherCat) =CT+CB-K3.IN2 / 3\n\nNo. 4 = Strand 4\n(TruFlow EtherCat) =CT+CB-K3.IN2 / 4"]
[13102317,"Power supply circuit breaker of the EtherCAT system bus switched off (17b1)","2014-11-07","The 24 V DC power supply for the EtherCat feed was switched off due to overload.","Components of the EtherCat system bus might be defective.","- Open the switch cabinet of the laser whose LP04 laser panel displays this message.\n- Look for circuit breaker -CB04.\n- Look for the cause of the overload in the EtherCat system bus using the schematics.","Tasc_inp(A) 151.5\n(TLAmp PAx) +30-BE1, IN16\n(Coax3100) +30-BE1, IN16\n(HPSS) =CT+CB-K30, IN16"]
[13102318,"Circuit breaker no. %1 switched off (17b2)","2016-10-17","A circuit breaker in the switch cabinet has shut down. The laser beam is switched off or cannot be switched on.","If Pax, the following circuit breakers might have switched off:\nNo. 1: =L+10-CON3\nNo. 2: =L+10-CON4\nNo. 3: =L+10-CON7\nNo. 4: =L+10-CON8\nNo. 5: =L+11-CON3\nNo. 6: =L+11-CON4\nNo. 7: =L+11-CON7\nNo. 8: =L+11-CON8\n\nIf TruCoax3100 (PreA), the following circuit breakers may be switched off:\nNo. 1: RF generator supply\nNo. 2: RF generator supply\nNo. 3: RF generator safety circuit\nNo. 4: vacuum pump\nNo. 5: external control voltage\n\n3) If TruFlow EtherCat, the following circuit breakers may be switched off:\nNo. 1: generator 1 strand 1 contactor 1\nNo. 2: generator 1 strand 1 contactor 2\nNo. 3: generator 1 strand 2 contactor 1\nNo. 4: generator 1 strand 2 contactor 2\nNo. 5: generator 2 strand 1 contactor 1\nNo. 6: generator 2 strand 1 contactor 2\nNo. 7: generator 2 strand 2 contactor 1\nNo. 8: generator 2 strand 2 contactor 2","Open the switch cabinet and check the circuit breakers or input terminals.","No. 1:\nTasc_Inp(A) 151.6\n(TLAmp PAx) +30-BE2, IN1\n(Coax3100) +30-BE2, IN1\n\nNo. 2:\nTasc_Inp(A) 151.7\n(TLAmp PAx) +30-BE2, IN2\n(Coax3100) +30-BE2, IN2\n\nNo. 3:\nTasc_Inp(A) 152.0\n(TLAmp PAx) +30-BE2, IN3\n(Coax3100) +30-BE2, IN3\n\nNo. 4:\nTasc_Inp(A) 152.1\n(TLAmp PAx) +30-BE2, IN4\n(Coax3100) +30-BE2, IN4\n\nNo. 5:\nTasc_Inp(A) 152.2\n(TLAmp PAx) +30-BE2, IN5\n(Coax3100) +30-BE2, IN9\n\nNo. 6:\nTasc_Inp(A) 152.3\n(TLAmp PAx) +30-BE2, IN6\n\nNo. 7:\nTasc_Inp(A) 152.4\n(TLAmp Pax) +30-BE2, IN7\n\nNo. 8:\nTasc_Inp(A) 152.5\n(TLAmp Pax) +30-BE2, IN8"]
[13102319,"Switch cabinet fan supply voltage circuit breaker not enabled (17b3)","2014-08-11","","","","Tasc_inp(A) 152.6\n(TLAmp PAx) +30-BE2, IN9\n(Coax3100) +30-BE2, IN5\n(HPSS) =CT+CB-K30, IN12"]
[13102320,"EtherCAT additional supply voltage circuit breaker not enabled (17b4)","2014-08-11","","","","Tasc_inp(A) 153.0\n(TLAmp PAx) +30-BE2, IN11\n(Coax3100) +30-BE2, IN11"]
[13102321,"SC PDE plug for main power supply is not plugged in (17b5)","2015-01-30","PAx only: the PDE does not have any supply voltage. The blower and gas supply cannot be activated. The\nThe SC-PDE does not have any current.","PAx only:\n- The +5-X1B plug for the main voltage supply is not plugged into the SC PDE.\n- If the +5-X1B plug is plugged in, there could be a wiring error at the sensor cables leading to the E153.1 TwinSafe inputs.","- Check whether the +5-X1B plug is correctly plugged into the sub-cabinet PDE.\n- If the plug is plugged in correctly and the message cannot be deleted, check the wiring of the sensor cables in the plug using the schematics.","Tasc_inp(A) 153.1\n(TLAmp PAx) +30-BES30, IN1-2"]
[13102322,"SC PDE: Left door is open","2019-11-11","The alarm appears if the key switch does not allow the door to be opened where there is operating voltage.","- The left door of the SC PDE is open.\n- The door switch is incorrectly adjusted.\n- Door switch or digital input is defective.","Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp(A) 153.2\n(TLAmp PAx) +30-BES31, IN1-2"]
[13102323,"SC PDE: Right door is open","2019-11-11","The alarm appears if the key switch does not allow the door to be opened where there is operating voltage.","- The right door of the SC PDE is open.\n- The door switch is incorrectly adjusted.\n- Door switch or digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp(A) 153.3\n(TLAmp PAx) +30-BES31, IN3-4"]
[13102324,"Discrepancy error in TwinSafe group no. %1","2014-11-07","This message is only to provide additional information!\nMake sure you first process other messages triggered by a specific sensor or actuator (e.g. door switches, EMO buttons, etc.)\n\nThe message indicates that only one contact switched of a monitored two-channel switch or the second contact was triggered considerably later.","Position of safety switch maladjusted.\nSafety switch defective.\nE.g., cover monitored by a two-channel safety switch opens too slowly.","Correctly adjust the position of the safety switch.","EUV system (EtherCat):\nThis is a virtual input within the TwinSafe program.\n\nNo. 1: Tasc_inp(A) 200.2\n(PreA1, Pax, HPSS) TwinSAFE group 1\n\nNo. 2: Tasc_inp(A) 200.3\n(PreA1, Pax, HPSS) TwinSAFE group 2\n\nNo. 3: Tasc_inp(A) 200.4\n(PreA1, Pax, HPSS) TwinSAFE group 3\n\nNo. 4: Tasc_inp(A) 200.7\n(PreA1, Pax, HPSS) TwinSAFE group 4\n\nStarting from EtherCat version V01.03.00: \nNo. 5: Tasc_inp(A) 201.5\n(PreA1, Pax, HPSS) TwinSAFE group 5\n\nNo. 6: Tasc_inp(A) 202.5\n(PreA1, Pax, HPSS) TwinSAFE group 6\n\nNo. 7: Tasc_inp(A) 203.1\n(PreA1, Pax, HPSS) TwinSAFE group 7\n\nNo. 8: Tasc_inp(A) 203.2\n(PreA1, Pax, HPSS) TwinSAFE group 8\n\nNo. 9: Tasc_inp(A) 203.3\n(PreA1, Pax, HPSS)TwinSAFE group 9\n\nNo. 10: Tasc_inp(A) 203.4\n(PreA1, Pax, HPSS) TwinSAFE group 10\n\nNo. 11: Tasc_inp(A) 203.5\n(PreA1, Pax, HPSS) TwinSAFE group 11\n\nNo. 12: Tasc_inp(A) 203.6\n(PreA1, Pax, HPSS) TwinSAFE group 12\n\nNo. 13: Tasc_inp(A) 203.7\n(PreA1, Pax, HPSS) TwinSAFE group 13\n\nNo. 14: Tasc_inp(A) 207.0\n(PreA1, Pax, HPSS) TwinSAFE group 14\n\nNo. 15: Tasc_inp(A) 207.1\n(PreA1, Pax, HPSS) TwinSAFE group 15\n\nNo. 16: Tasc_inp(A) 207.2\n(PreA1, Pax) TwinSAFE group 16\n\nNo. 17: Tasc_inp(A) 207.3\n(PreA1) TwinSAFE group 17\n\nNo. 18: Tasc_inp(A) 207.4\n(PreA1) TwinSAFE group 18\n\nNo. 19: Tasc_inp(A) 207.5\n(PreA1) TwinSAFE group 19\n\nNo. 20: Tasc_inp(A) 207.6\n(PreA1) TwinSAFE group 20\n\nNo. 21: Tasc_inp(A) 207.7\n(PreA1) TwinSAFE group 21\n\nNo. 22: Tasc_inp(A) 208.0\n(PreA1) TwinSAFE group 22\n\nNo. 23: Tasc_inp(A) 208.1\n(PreA1) TwinSAFE group 23\n\nNo. 24: Tasc_inp(A) 208.2\n(PreA1) TwinSAFE group 24\n\nNo. 25: Tasc_inp(A) 208.3\n(PreA1) TwinSAFE group 25\n\nNo. 26: Tasc_inp(A) 208.4\n(PreA1) TwinSAFE group 26"]
[13102325,"SC PDE – Fan 1 circuit breaker not enabled (17b9)","2014-08-11","","","","Tasc_inp(A) 153.5\n(TLAmp PAx) +30-BE5, IN15"]
[13102326,"Error at the air conditioning unit on the switch cabinet door","2016-10-17","The laser beam is switched off or cannot be switched on.","Defect in air conditioning unit.","Read out the error display at the air conditioning unit.","Tasc_Inp(A) 153.6\nTruFlow EtherCat: =CT+CB-K3.IN3/14"]
[13102327,"SC gas - overcurrent circuit breaker 24-V control voltage %1 before mains contactor or main switch (17bb)","2019-11-11","The discharge is switched off or cannot be switched on.\nSeveral EtherCAT modules are not supplied with voltage. There are subsequent errors.","PA:\nNo. 1 = Overload at +17-CB03,\nNo. 2 = Overload at +17-CB04","Use the schematic to check which EtherCAT module is causing the overload and replace this module.","No. 1: Tasc_inp(A) 153.7\n(TLAmp PAx) +30-BE6, IN1\n(TruFlowEtherCat) =CT+CB-K3.IN4 / 9\n\nNo. 2: Tasc_inp(A) 154.0\n(TLAmp PAx) +30-BE6, IN2\n(TruFlowEtherCat) =CT+CB-K3.IN4 / 10\n\nOnly TruFlow-EtherCat:\nNo. 3: Tasc_inp(A) 163.1\n=CT+CB-K3.IN4 / 11\n\nNo. 4: Tasc_inp(A) 163.4\n=CT+CB-K3.IN4 / 12\n\nNo. 5: Tasc_inp(A) 163.5\n=CT+CB-K3.IN4 / 13"]
[13102328,"SC gas - overcurrent circuit breaker 24-V control voltage %1 after mains contactor or main switch (17bc)","2019-11-11","The discharge is switched off or cannot be switched on.\nThe outputs on the EtherCAT module +30-BA4 are not supplied with voltage. No more gas supply valves are actuated. Subsequent errors can occur with regard to the gas pressure.","PA:\nNo. 1 = Overload at +17-CB05,\nNo. 2 = Overload at +17-CB06","Use the schematic to check which actuator on +30-BA4 causes the overload.\nReplace the cable or the actuator or the EtherCAT module.","Tasc_inp(A) 154.1\n(TLAmp PAx) +30-BE6, IN3\n(TruFlowEtherCat) =CT+CB-K3.IN4 / 14\n\nTasc_inp(A) 154.2\n(TLAmp PAx) +30-BE6, IN4"]
[13102329,"SC gas - Circuit breaker, fan, plate heat exchanger switched off","2019-11-11","","","","Tasc_inp(A) 154.3\n(TLAmp PAx) +30-BE6, IN5"]
[13102330,"Circulation cooling circuit breaker in resonator switched off","2017-02-22","The laser beam is switched off or the laser beam cannot be switched on.","Circuit breaker switched off due to overcurrent.\nCircuit breaker was switched off manually.","Check to see whether an overload is present.","Tasc_Inp(A) 154.4\n(TLAmp PAx) +30-BE6, IN9\n(TflEtc): =CT+CB-K3.In1.In13"]
[13102331,"Circuit breaker switched off, 24 V control voltage upstream of main switch (PA) (17bf)","2017-02-22","","","","Tasc_Inp(A) 154.6\n(TLAmp PAx) +30-BE6, IN11"]
[13102332,"Circuit breaker +29-CB01, power supply laser panel is switched off","2019-11-11","The monitor of the laser panel is dark.","- The automatic circuit breaker is switched off.\n- An overcurrent in the supply line to the laser panel or in the laser panel has switched off the automatic circuit breaker.","- If the automatic circuit breaker has been switched off for maintenance work, switch it on again.\n- If the automatic circuit breaker has switched off automatically, first check the supply line to the laser panel or the laser panel itself.","Tasc_Inp(A) 155.0\n(TLAmp PAx) +30-BE6, IN15"]
[13102333,"Circuit breaker not enabled, smoke alarm in PDE (17C1)","2014-08-11","","","","Tasc_inp(A) 154.5\n(TLAmp PAx) +30-BE6, IN10"]
[13102334,"Smoke alarm triggered in PDE (17c2)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Smoke' is reported to the MSC via the safety interface.","Smoke is in the PDE.\nThe smoke alarm or input terminal may be defective.","Follow the general instructions prescribed for a smoke alarm.\nCheck the smoke alarm or input terminal if there is no smoke in the PDE.","Tasc_inp(A) 155.2\n(TLAmp PAx) +30-BES33, IN1"]
[13102335,"Water leak in the PDE (17c3)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the PDE indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the PDE and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 155.3\n(TLAmp PAx) +30-BES33, IN3-4"]
[13102336,"Overtemperature in the PDE (17c4)","2014-08-11","The laser beam is switched off. The laser beam cannot be switched on.","It is too warm in the PDE, because the cooling water flow may be too low. Or the cooling water is too warm.\nThe temperature sensor or input terminal may be defective.","Open the PDE.\nCheck the water circulation and supply temperature.\nCheck the temperature sensor or input terminal.","Tasc_inp(A) 155.4\n(TLAmp PAx) +30-BES30, IN3"]
[13102337,"High-voltage contactor = L +10-CON%1 not enabled (17c5)","2014-08-11","","","","Tasc_inp(A) 155.7\n(TLAmp PAx) +30-BES7, IN2\n(Coax3100) +30-BES9, IN2\n(HPSS) =CT+CB-K20, IN4\n\nTasc_inp(A) 156.0\n(TLAmp PAx) +30-BES7, IN3\n\nTasc_inp(A) 156.1\n(TLAmp PAx) +30-BES7, IN4"]
[13102338,"High-voltage contactor = L +10-CON%1 not energized (17c6)","2015-01-30","","","","Tasc_inp(A) 156.2\n(TLAmp PAx) +30-BES8, IN1\n(Coax3100) +30-BES9, IN3\n(HPSS) =CT+CB-K20, IN1\n\nTasc_inp(A) 156.3\n(TLAmp PAx) +30-BES8, IN2\n(Coax3100) +30-BES9, IN4\n(HPSS) =CT+CB-K20, IN2\n\nTasc_inp(A) 156.4\n(TLAmp PAx) +30-BES8, IN3\n\nTasc_inp(A) 156.5\n(TLAmp PAx) +30-BES8, IN4"]
[13102339,"Over-current motor circuit-breaker +10-CB1, RF gen. 1, power supply section 1 (17c7)","2016-02-04","The beam is switched off because half of the RF modules are not supplied with voltage.","- If the message appears when the power supply is switched off, then the mains contactor of this PA has been switched off due to some other cause.\n- If the message is displayed only when the power supply is switched on or while the power supply is on, then a short circuit may have occurred in one of the connected RF modules.\n- Overload in one of the RF modules.","Turn the key-operated switch at the 'Access allowed while energized' control cabinet door to 'Yes'. \nOpen the switch cabinet of the PA(x) on whose LP04 panel this message is displayed and check the status of the +10-CB1 motor circuit-breaker.","Tasc_Inp(A) 156.6\n(TLAmp PAx) +30-BE3, IN1\n(Coax3100) +30-BE1, IN1"]
[13102340,"Overcurrent motor circuit breaker +10-CB2, RF gen. 1, power supply section 2 (17c8)","2016-04-15","The beam is switched off because half of the RF modules are not supplied with voltage.","- The message appears when the power supply is switched off. The mains contactor of this PA was switched off for some other reason.\n- If the message appears only once the power supply is switched on or while the power supply is on, then a short circuit may have occurred in one of the connected RF modules.\n- Overload in one of the RF modules.","Turn the key switch on the 'Access allowed while energized' switch cabinet door to 'Yes'.\nOpen the switch cabinet of the PA(x) on whose LP04 panel this message is displayed and check the status of the +10-CB2 motor circuit breaker.","Tasc_Inp(A) 156.7\n(TLAmp PAx) +30-BE3, 2"]
[13102341,"Power plug +10-X1B for RF-generator 1 is unplugged","2019-11-11","The discharge cannot be switched on.","- The plug +10-X1B on the roof of the PA electrical cabinet is not plugged in.","- Plug in the plug +10-X1B.","Tasc_inp(A) 157.0\n(TLAmp PAx) +30-BES9, IN1 and IN2"]
[13102342,"Power plug +10-X2B for RF-generator 1 is unplugged","2019-11-11","The discharge cannot be switched on.","- The plug +10-X2B on the roof of the PA electrical cabinet is not plugged in.","- Plug in the plug +10-X2B.","Tasc_inp(A) 157.1\n(TLAmp PAx) +30-BES9, IN3 and IN4"]
[13102343,"RF contactor = L +11- CON%1 not enabled (17cb)","2014-08-11","","","","Tasc_inp(A) 157.2\n(TLAmp PAx) +30-BES10, IN1\n\nTasc_inp(A) 157.3\n(TLAmp PAx) +30-BES10, IN2\n\nTasc_inp(A) 157.4\n(TLAmp PAx) +30-BES10, IN3\n\nTasc_inp(A) 157.5\n(TLAmp PAx) +30-BES10, IN4"]
[13102344,"RF contactor = L +11- CON%1 not energized (17cc)","2014-08-11","","","","Tasc_inp(A) 157.6\n(TLAmp PAx) +30-BES11, IN1\n\nTasc_inp(A) 157.7\n(TLAmp PAx) +30-BES11, IN2\n\nTasc_inp(A) 158.0\n(TLAmp PAx) +30-BES11, IN3\n\nTasc_inp(A) 158.1\n(TLAmp PAx) +30-BES11, IN4"]
[13102345,"Power plug +11-X1B for RF-generator 2 is unplugged","2019-11-11","The discharge cannot be switched on.","- The plug +11-X1B on the roof of the PA electrical cabinet is not plugged in.","- Plug in the plug +11-X1B.","Tasc_inp(A) 158.2\n(TLAmp PAx) +30-BES12, IN1 and IN2"]
[13102346,"Power plug +11-X2B for RF-generator 2 is unplugged","2019-11-11","The discharge cannot be switched on.","- The plug +11-X2B on the roof of the PA electrical cabinet is not plugged in.","- Plug in the plug +11-X2B.","Tasc_inp(A) 158.3\n(TLAmp PAx) +30-BES12, IN3 and IN4"]
[13102347,"Overcurrent motor circuit-breaker +11-CB1, RF gen. 2, power supply section 1 (17 cf)","2015-01-30","The beam is switched off because half of the RF modules are not supplied with voltage.","Short circuit in one of the connected RF modules.\nOverload in one of the RF modules.","Open the switch cabinet of the PA(x) on whose LP04 panel this message is displayed and check the status of the +11-CB1 motor circuit-breaker.","Tasc_inp(A) 158.4\n(TLAmp PAx) +30-BE3, IN9"]
[13102348,"Overcurrent motor circuit-breaker +11-CB2, RF gen. 2, power supply section 2 (17d0)","2015-01-30","The beam is switched off because half of the RF modules are not supplied with voltage.","Short circuit in one of the connected RF modules.\nOverload in one of the RF modules.","Open the switch cabinet of the PA(x) on whose LP04 panel this message is displayed and check the status of the +11-CB2 motor circuit-breaker.","Tasc_inp(A) 158.5\n(TLAmp PAx) +30-BE3, IN10"]
[13102349,"SC gas: Door is open","2019-11-11","The alarm appears if the key switch does not allow the door to be opened where there is operating voltage.","- The door of the SC GAS is open.\n- The door switch is incorrectly adjusted.\n- Door switch or digital input is defective.","- Close the door.\n- If an error appears with the door closed, correct the position of the door switch.\n- Or check the function of the digital input.","Tasc_inp(A) 158.6\n(TLAmp PAx) =30-BES38, IN0-1"]
[13102350,"SC gas - Excess temperature","2019-11-11","The discharge is switched off.","- It is warmer than 55°C in the electrical cabinet of the gas supply.\n- The temperature sensor +9-A3 is set incorrectly.\n- The temperature sensor is defective.\nThe digital input is defective.","- Check the cooling in the electrical cabinet of the gas supply.\n- Check the setting of the temperature sensor and correct it if it is lower than 55°C.\n- Replace the temperature sensor or the digital input.","Tasc_inp(A) 158.7\n(TLAmp PAx) =30-BES38, IN2"]
[13102351,"Circuit breaker not enabled, 24-V supply voltage upstream of main switch PA (17D3)","2014-08-11","","","","Tasc_inp(A) 154.7\n(TLAmp PAx) +30-BE6, IN12"]
[13102352,"Water leak in the SC gas","2019-11-11","The discharge is switched off.\nThe safety logic generates an EMO.","Water leak in the electrical cabinet of the gas supply.\nThe sensor +47-FS3 is defective.","Check the water-bearing parts in the electrical cabinet of the gas supply for leaks. Replace any leaky parts.","Tasc_inp(A) 159.1\n(TLAmp PAx) =30-BES37, IN0-1"]
[13102353,"Process cooling water PCW2 flow is too low","2019-11-11","The discharge is switched off.\nThe blowers are switched off.","Water leak before the flow sensors +19-FLS5 or +19-FLS6\nExternal water supply delivers too little flow.\nWater pressure at the inlet is too low.\nLine is clogged.\nFlowmeter +19-FLS5 or +19-FLS6 is defective.","Check the beam generator for water leaks.\nCheck the water circulation at the inlet.\nCheck the water pressure at the inlet.\nCheck the flow sensor and replace if need be.","Tasc_inp 159.2\n(TLAmp PAx) =30-BE8, IN6\nThe statuses of the flow sensors +19-FLS5 and +19-FLS6 are monitored. The flow sensors are connected in series."]
[13102354,"OMS error (17d6)","2014-08-11","","","","Tasc_inp(A)(A) 159.3"]
[13102355,"TASC: Watchdog relay is switched off","2019-11-11","Almost all outputs of the laser are switched off by the TwinSafe logic. \nThis means that all units of the laser are forcibly switched off. Many subsequent errors could appear.","1) The TASC software (+30-A1) has detected a serious software error. The 'WD' LED no longer stays lit.\n2) The TASC electronics (+30-A1) has detected a serious hardware error. The 'CPU WD' LED no longer stays lit.\nThe TwinSafe input E161.5 is defective or the TwinSafe outputs A150.7 or A151.0 are not actuated by the TwinSafe logic.","1) Try to copy the file 'messages' from the TASC with the service laptop. Then restart the TASC by unplugging and plugging in +30-A1:X1.\n2) If the 'Over Temp.' LED on the TASC also lights up, the TASC is too warm. Check the temperature in the electrical cabinet and restart the TASC by unplugging and plugging in +30-A1:X1.\n3) Restart the TASC by disconnecting and plugging in +30-A1:X1, if the error occurs again, replace the TASC control.","The TASC control contains a watchdog relay which is switched on when the hardware and software are functioning properly. The status of the relay (+30-A1:X8) is monitored by the TwinSafe input -BES13-IN3.\nIf the TASC hardware or software switches off the watchdog due to a serious error, the TwinSafe logic switches off the central 24 V DC supply 1L+, 2L+ and 3L+ via outputs A150.7 and A151.0. This switches off the power supply of many EtherCAT outputs.\n\nTasc_inp(A) 159.5\n(TLAmp PAx) =30-BES13, IN1-2\n(Coax3100) +30-BES14, IN1-2\n(MasterC) =CT+CB-K30, IN3-4\n(HPSS) =CT+CB-K22, IN1-2"]
[13102356,"Interlock error %1 RF generator 1 (17d8)","2014-08-11","","","","Tasc_inp(A) 159.6\n(TLAmp PAx) =30-BES14, IN1-2\n\nTasc_inp(A) 160.0\n(TLAmp PAx) =30-BES14, IN3-4"]
[13102357,"External safety switch %1 open (17d9)","2019-11-11","The discharge is switched off.\nTwinSafe logic switches the discharge off at all beam generators.","1) No external safety switches are connected: Then the short-circuiting bridges at the inputs are missing (see the comment section).\n2) External safety switches are connected. Check the status of the safety switches.","1) Retrofit short-circuiting bridges.\n2) Close devices with the external safety switches.","Tasc_inp(A) 160.2\n(TLAmp PAx) =30-BES36, IN0-1\n\nTasc_inp(A) 160.3\n(TLAmp PAx) =30-BES36, IN2-3\n\nTasc_inp(A) 160.4\n(TLAmp PAx) =30-BES36, IN4-5\n\nTasc_inp(A) 160.5\n(TLAmp PAx) =30-BES36, IN6-7"]
[13102358,"EMO button at the electrical cabinet triggered","2019-11-11","The discharge in PreA1 and PA0 to PA3 is switched off. The mains contactors drop out. As a result, the entire TLAmp is de-energized. The heat exchanger is also switched off.\nOnly the TASC laser control systems and the LP04 laser operating devices are switched on.","- The EMO button on the electrical cabinet door was pressed.\n- The input terminal in the EtherCat system is defective.","Unlock the EMO button on the electrical cabinet door. Reset the alarm. Restart PreA/TruC and PA0 to PA3 after energizing the mains contactors.","Tasc_inp(A) 160.6\n(TLAmp PAx) =30-BES20, IN3-4\n(Coax3100) +30-BES1, IN3-4\n(HPSS) =CT+CB-K11, IN3-4"]
[13102359,"EMO button at the RF-generator %1 triggered","2019-11-11","The discharge in PreA1 and PA0 to PA3 is switched off. The mains contactors drop out. As a result, the entire TLAmp is de-energized. The heat exchanger is also switched off.\nOnly the TASC laser control systems and the LP04 laser operating devices are switched on.","- The EMO button on the electrical cabinet door of the RF-generator was pressed.\n- The input terminal in the EtherCat system is defective.","Unlock the EMO button on the electrical cabinet door of the RF-generator. Reset the alarm. Restart PreA1 and PA0 to PA3 after energizing the mains contactors.","Tasc_inp(A) 160.7\n(TLAmp PAx) =30-BES21, IN1-2\n\nTasc_inp(A) 165.7\n(TLAmp PAx) =30-BES21, IN3-4"]
[13102360,"Smoke alarm triggered in switch cabinet (17dc)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Smoke' is reported to the MSC via the safety interface.","Smoke is in the switch cabinet of PAx.\nThe smoke alarm or input terminal may be defective.","Follow the general instructions intended for a smoke alarm.\nIf there is no smoke in the switch cabinet of PAx, check the smoke alarm or input terminal.","Tasc_inp(A) 161.0\n(TLAmp PAx) =30-BES22 , IN1\n(Coax3100) +30-BES3, IN1"]
[13102361,"Smoke alarm triggered in the RF generator %1 (17dd)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Smoke' is reported to the MSC via the safety interface.","There is smoke in the RF generator switch cabinet.\nThe smoke alarm or input terminal may be defective.","Follow the general instructions intended for a smoke alarm.\nCheck the smoke alarm or input terminal if there is no smoke in the RF generator switch cabinet.","RF generator no. 1:\nTasc_inp(A) 161.1\n(TLAmp PAx) =30-BES22, IN2\n\nRF generator no. 2:\nTasc_inp(A) 161.2\n(TLAmp PAx) =30-BES22, IN3"]
[13102362,"Water leak in RF generator %1 (17de)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the RF generator cabinet indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the switch cabinet of the RF generator and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","RF generator no. 1:\nTasc_inp(A) 161.3\n(TLAmp PAx) =30-BES23, IN1-2\n\nRF generator no. 2:\nTasc_inp(A) 161.4\n(TLAmp PAx) =30-BES23, IN3-4"]
[13102363,"Master message – BTS mirror (Mx) open (17df)","2014-08-11","","","","Tasc_inp(A) 161.6"]
[13102364,"Master message – Internal mirror (RMx) open (17e0)","2014-08-11","","","","Tasc_inp(A) 161.7\n(TLAmp PAx)"]
[13102365,"Error – Several service modes selected (17e1)","2014-08-11","The discharge is switched off.","Several switches for service modes are active.","Switch off the switches for the different service modes. No more than one switch may be active.","Tasc_inp(A) 162.0\n(TLAmp PAx)"]
[13102366,"BTS-BB - 40 kW beam trap not closed (17e2)","2014-08-11","","","","Not used.\nTasc_inp(A) 162.1 is linked to input 105.1 in the EtherCat."]
[13102367,"RF safety circuit open (17e3)","2014-08-11","","","","Tasc_inp(A) 162.5\n(TLAmp PAx) FB62, In6"]
[13102368,"Vibration dampers are not (yet) in the working position","2018-11-14","Beam is switched off. Or the laser beam cannot be switched on.\nThe 'common frame' has not been raised.","1) The supply voltage for the damper control was switched off because either the mains contactor was switched off or an EMO event occurred.\n2) No compressed air available or pressure too low \n3) The damper control may be defective.\n\n4) Only EPPC: Move to working position has not yet been concluded.","1) Rectify EMO event. Delete the error in order for the mains contactor to re-energize.\n2) Switch on compressed air or increase pressure. \n3) Replace damper control.\n\n4) Only EPPC: Please wait, the vibration dampers need approx. 3 min to reach the working position.\n\nDo not forget:\nThe dampers must then be re-activated by pressing the button on the damper control.","The message appears whenever the laser control system is not in non-service mode or service mode 1.\nWith TASC software version > V05.06.23, this message also appears when the laser control system is in service mode 3.\nTasc_Inp(A) 162.7\n(Coax+BTSFFA) IN16\n(MasterC) =CT+CB-K31, IN16\nFor the 'EPN-Fast' type, the message means that the feedback loop is not closed."]
[13102369,"RF generator not ready (17e5)","2014-08-11","","","","Tasc_inp(A) 163.0\n(Coax+BTSFFA) IN4\n(Coax3100) +30-BE3, IN9\n(HPSS) =CT+CB-K32, IN5"]
[13102370,"Water leak in coax switch cabinet (17e6)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the coax switch cabinet (PreA1, TruCoax3100 or HPSS) indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the coax switch cabinet and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 163.2\n(Coax+BTSFFA) =CT+CB-K14, IN3-4\n(Coax3100) +30-BES3, IN3-4\n(MasterC) =CT+CB-K14, IN3-4\n(HPSS) =CT+CB-K13, IN3-4"]
[13102371,"Smoke alarm triggered in the coax switch cabinet (17e7)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Smoke' is reported to the MSC via the safety interface.","Smoke is in the coax switch cabinet (PreA1, HPSS, master control).\nThe smoke alarm or input terminal may be defective.","Follow the general instructions intended for a smoke alarm.\nCheck the smoke alarm or input terminal if there is no smoke is in the coax switch cabinet.","Tasc_inp(A) 163.3\n(Coax+BTSFFA) =CT+CB-K18, IN4\n(MasterC) =CT+CB-K18, IN4\n(HPSS) =CT+CB-K13, IN1"]
[13102372,"Cumulative error, circuit-breaker switched off (PReA) (17e8)","2019-02-21","The beam switches off.\nDepending on whether or not the motor circuit-breaker is switched off, it could be that a high number of laser sequence errors will be reported because the motor circuit-breaker has interrupted the supply of the EtherCat bus system.","Cumulative signal:\nAt least one circuit-breaker has tripped.\nAt least one circuit-breaker is defective.","Check in the switch cabinet which circuit-breakers switched off.","Tasc_inp(A) 176.0\nAt least one of the following input signals is switched off:\n=CT+CB-K30, IN8\n=CT+CB-K30, IN10\n=CT+CB-K30, IN11\n=CT+CB-K30, IN13\n=CT+CB-K30, IN15\n=CT+CB-K30, IN14\n=CT+CB-K30, IN16\n=CT+CB-K31, IN1\n=CT+CB-K31, IN2\n=CT+CB-K31, IN3\n=CT+CB-K31, IN4\n=CT+CB-K31, IN5\n=CT+CB-K30, IN12"]
[13102373,"Emergency off, switch cabinet/RF generator (17e9)","2014-08-11","","","","Tasc_inp(A) 163.7\n(Coax+BTSFFA) IN1-2\n(MasterC) =CT+CB-K23, IN1-2"]
[13102374,"TruC/PreA: RF matchbox is open","2019-11-11","The discharge from PreA/TruC is switched off.","The cover of the RF matchbox was removed.","Close the RF matchbox.","Tasc_inp(A) 164.0\n(Coax+BTSFFA) IN3-4\n(Coax3100) +30-BES5, IN1-2\n(MasterC) =CT+CB-K23, IN3-4\n(HPSS) =CT+CB-K17, IN1-2"]
[13102375,"CH – Warning: N2 exhaust system does not reach min. underpressure (17eb)","2014-08-11","","","","Tasc_inp(S) 164.6\n(Coax+BTSFFA) IN0\n(MasterC) =CT+CH.EP3-K2, IN0"]
[13102376,"Fuse has been triggered = EP.SL+CB-F1","2013-02-22","","","",""]
[13102377,"EDM watchdog error (FB48) (17ed)","2014-08-11","","","","Tasc_inp(A) 166.3\n(TLAmp PAx) FB58, Out"]
[13102378,"Master message – BTS alignment tool or mirror not closed (17ee)","2014-08-11","","","","Tasc_inp(A) 166.4\n(TLAmp PAx) FB63, In5"]
[13102379,"No sign of life from EtherCAT","2019-11-11","The discharge or the laser beam is switched off.\nSubsequent errors may occur because the statuses of the EtherCAT inputs and outputs are no longer being updated. The message appears if the TASC does not detect a status change at its Profibus input E166.5 for 5 seconds.","- The Profibus cable between TASC and EtherCAT Gateway is defective or not plugged in. The terminal resistors in the Profibus plugs are set incorrectly. \n- The EtherCAT PLC software has crashed.\n- Error after software update: The EtherCAT PLC was not installed correctly.\n- Error occurs during initial commissioning: The EtherCAT PLC software has not yet been loaded.","- Check the Profibus cables and the position of the terminal resistors at the connectors of the Profibus connection between the master module of the TASC (X16) and the connected slaves.\n- Check whether the EtherCAT PLC software is still working.\n- Install the EtherCAT PLC software again.","The EtherCAT PLC switches its Profibus output bit 166.5 every 500 ms between the statuses 0 and 1 when it is functioning correctly. The TASC control checks whether the status changes are cyclic."]
[13102380,"Water leak in CH of PA%1 (17f0)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the CH of PAx indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the CH of PAx and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","CH of PA0:\nTasc_inp(A) 172.4\n(Coax+BTSFFA) =CT-CH.EP2-K1, IN0-1\n(MasterC) =CT-CH.EP2-K1, IN0-1\n\nCH of PA1:\nTasc_inp(A) 172.5\n(Coax+BTSFFA) =CT-CH.EP2-K1, IN2-3\n(MasterC) =CT-CH.EP2-K1, IN2-3\n\nCH of PA2:\nTasc_inp(A) 172.6\n(Coax+BTSFFA) =CT-CH.EP2-K1, IN4-5\n(MasterC) =CT-CH.EP2-K1, IN4-5"]
[13102381,"Water leak in seed breadboard (17f1)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the seed BB indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the seed BB and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or the input terminal.","Tasc_inp(A) 172.7\n(Coax+BTSFFA) =CT-CH.EP2-K1 IN6-7\nFrom V01.02.00:\n(Coax+BTSFFA) =CT-CH.EP3.1-K1, IN0-1\n(MasterC) =CT-CH.EP3.1-K1, IN0-1"]
[13102382,"CH – RF cover, intermediate plug-in station PA1 open (17f2)","2014-08-11","","","","Tasc_inp(A) 173.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP2-K2, IN0-1"]
[13102383,"CH – RF cover, intermediate plug-in station PR0 open (17f3)","2014-08-11","","","","Tasc_inp(A) 173.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP2-K2, IN2-3"]
[13102384,"Mirror RM%1 not closed (17f4)","2014-08-11","","","","Tasc_inp(A) 173.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP2-K3, IN0-1\n\nTasc_inp(A) 173.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP2-K3, IN2-3\n\nTasc_inp(A) 173.6\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP2-K3, IN4-5\n\nTasc_inp(A) 173.7\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP2-K3, IN6-7\n\nTasc_inp(A) 174.0\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP2-K4, IN0-1\n\nTasc_inp(A) 174.1\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP2-K4, IN2-3\n\nTasc_inp(A) 174.2\n(Coax+BTSFFA) IN4-5\n(MasterC) =CT-CH.EP2-K4, IN4-5\n\nTasc_inp(A) 174.3\n(Coax+BTSFFA) IN6-7\n(MasterC) =CT-CH.EP2-K4, IN6-7\n\nTasc_inp(A) 174.4\n(Coax+BTSFFA) IN0-1\n(MasterC) =CT-CH.EP2-K5, IN0-1\n\nTasc_inp(A) 174.5\n(Coax+BTSFFA) IN2-3\n(MasterC) =CT-CH.EP2-K5, IN2-3"]
[13102385,"Seed-BB - Cover %1 not closed (17f5)","2014-08-11","","","","Tasc_inp(A) 174.6\n(Coax+BTSFFA) IN0-1 from V01.02.00 IN2/3\n(MasterC) =CT-CH.EP3.1-K1, IN2-3\n\nTasc_inp(A) 174.7\n(Coax+BTSFFA) IN2-3 from V01.02.00 IN4/5\n(MasterC) =CT-CH.EP3.1-K1, IN4-5\n\nTasc_inp(A) 175.0\n(Coax+BTSFFA) IN4-5 from V01.02.00 IN6/7\n(MasterC) =CT-CH.EP3.1-K1, IN6-7"]
[13102386,"SC seed - Door %1 is open (17f6)","2015-01-30","The laser beam cannot be switched on.","Door is open.\nThe door switch is not positioned correctly or defective if an error occurs with the door closed.","Close the door.\nCheck the position of the door switch and correct it if necessary.","Door 1:\nTasc_inp(A) 175.3\n(PreA1) =CT-CH.EP2-K7, IN2-3\n\nDoor 2:\nTasc_inp(A) 175.4\n(PreA1) =CT-CH.EP2-K7, IN4-5"]
[13102387,"Intermediate shutter overtemperature (17f7)","2014-08-11","The laser beam is switched off.","- No cooling water flow at the intermediate shutter.\n- Cooling water temperature too high.\n- Sensor defective.\n- Input PCB defective.","- Check cooling water flow.\n- Check cooling water temperature.\n- Check sensor and replace it if necessary.\n- Check input PCB and replace it if necessary.","Tasc_inp(A) 175.6\n(Coax+BTSFFA) IN1\n(MasterC) =CT-CH.EP2-K11, IN1"]
[13102388,"Entrance window or rear mirror excess temperature","2019-11-11","The laser beam or discharge is switched off. The temperature measuring value at the entrance window or rear mirror for the laser beam is greater than the limit value for the alarm in machine data MD168.","Laser power is too high.\nThe temperature sensor is defective.\nThe cooling water temperature is too high.\nThe flow is faulty.","Check the current measured value in the dialog 'Diagnostics / resonator'.\nCheck the setting value in machine data MD168.","EtherCAT analog input channel no.11 (ANAI11)"]
[13102389,"Excess temperature, external deflection mirror RM%1 (17f9)","2019-11-11","The laser beam or discharge is switched off.\nThe temperature measured value at the external deflection mirror is greater than the limit value for the alarm in machine data MD162 - MD165.","Laser power is too high.\nThe deflection mirror is dirty.\nThe temperature sensor is defective.\nThe cooling water temperature is too high.\nThe flow is faulty.","Check the current measured value in the dialog 'Diagnostics / resonator'.\nCheck the setting value in machine data MD162 - MD165.","TASC machine data for limit value and associated EtherCAT analog input channels \nMD162: RM10=ANAI21; RM20=ANAI22;\nMD163: RM30=ANAI23; RM40=ANAI24; RM50=ANAI25,\nMD164: RM60=ANAI26; RM70=ANAI27; RM80=ANAI28,\nMD165: RM90=ANAI29; RM100=ANAI30."]
[13102390,"Discrepancy error, terminal 2, in TwinSafe group no. %1 (17fa)","2014-11-07","This message is only to provide additional information!\nMake sure you first process other messages triggered by a specific sensor or actuator (e.g. door switches, EMO buttons, etc.)\n\nThe message indicates that only one contact switched of a monitored two-channel switch or the second contact was triggered considerably later.","Position of safety switch maladjusted.\nSafety switch defective.\nE.g., cover monitored by a two-channel safety switch opens too slowly.","Correctly adjust the position of the safety switch.","EUV system (EtherCat):\nThis is a virtual input within the TwinSafe program.\n\nStarting from EtherCat version V01.03.00: \nNo. 1: Tasc_inp(A) 201.6\n(PreA1) TwinSAFE terminal 2, group 1\n\nNo. 2: Tasc_inp(A) 208.5\n(PreA1) TwinSAFE terminal 2, group 2\n\nNo. 3: Tasc_inp(A) 208.6\n(PreA1) TwinSAFE terminal 2, group 3\n\nNo. 4: Tasc_inp(A) 208.7\n(PreA1) TwinSAFE terminal 2, group 4\n\nNo. 5: Tasc_inp(A) 209.0\n(PreA1) TwinSAFE terminal 2, group 5\n\nNo. 6: Tasc_inp(A) 209.1\n(PreA1) TwinSAFE terminal 2, group 6\n\nNo. 7: Tasc_inp(A) 209.2\n(PreA1) TwinSAFE terminal 2, group 7\n\nNo. 8: Tasc_inp(A) 209.3\n(PreA1) TwinSAFE terminal 2, group 8\n\nNo. 9: Tasc_inp(A) 209.4\n(PreA1) TwinSAFE terminal 2, group 9\n\nNo. 10: Tasc_inp(A) 209.5\n(PreA1) TwinSAFE terminal 2, group 10"]
[13102391,"Nitrogen flushing pressure in beam delivery too low (17fb)","2013-02-22","","","",""]
[13102392,"Resonator, external deflection mirror %1 is not available","2017-02-22","The laser beam is switched off/cannot be switched on.","The deflection mirror has been removed.\nThe switch is defective or incorrectly adjusted.","","The position of deflection mirror 1 is monitored via input E129.6.\nThe position of deflection mirror 2 is monitored via input E129.7."]
[13102393,"Main switch undervoltage triggered by mains contactor monitoring","2019-02-21","The system was switched off. The supply voltage after the main switch is interrupted.","The mains contactor monitoring has encountered an error.","","Message appears only if version of the EtherCAT PLC >= V03.03.00\nMessage appears when E166.7=0."]
[13102402,"Air conditioning unit electrical cabinet cumulative error","2019-11-11","Air conditioning unit on the electrical cabinet door switches off. The discharge is switched off.","If applicable, filter mat dirty.\nThe air conditioning unit may display the cause of the malfunction. \nAir conditioning unit defective.\nThe power supply to the air conditioning unit is not connected.","If applicable, replace the filter mats.\nDetermine the cause of the malfunction using the operator's manual for the air conditioning unit.\nReplace the air conditioning unit.\nConnect the voltage supply.","Tasc_inp(S) 201.7\n(TLAmp PAx) +30-BE2, IN14"]
[13102403,"CH - Smoke alarm %1 not enabled (18a0)","2014-08-11","","","","Tasc_inp(A) 176.1\n(Coax+BTSFFA) IN1\n(MasterC) =SY+CH.CP-K1, IN1\n\nTasc_inp(A) 176.2\n(Coax+BTSFFA) IN2\n(MasterC) =SY+CH.CP-K1, IN2\n\nTasc_inp(A) 176.3\n(Coax+BTSFFA) IN3\n(MasterC) =SY+CH.CP-K1, IN3\n\nTasc_inp(A) 176.4\n(Coax+BTSFFA) IN4\n(MasterC) =SY+CH.CP-K1, IN4"]
[13102404,"Circuit breaker supply voltage of air conditioning unit not enabled (18a4)","2013-08-09","","","",""]
[13102405,"SC seed – Smoke alarm not enabled (18a5)","2014-08-11","","","","Tasc_inp(A) 178.1\n(Coax+BTSFFA) IN1\n(MasterC) =SY+CH.CP-K7, IN1"]
[13102406,"CH - laser warning lamp no. %1 defective","2014-05-12","- Laser warning lamp on common housing does not light up when high voltage is switched on.\nAlternatively\n- Laser warning lamp on common housing lights up although high voltage is switched off.","Laser warning lamp no. n on common housing is defective.\nOr the output terminal is defective.","Replace laser warning lamp.\nCheck or replace output terminal.","The laser warning lamps on the common housing are monitored via the following inputs:\n- Warning lamp 1 above PA0 = E176.5\n- Warning lamp 2 above PA1 = E176.6\n- Warning lamp 3 above PA2 = E176.7\n- Warning lamp 4 above PA3 = E177.0"]
[13102407,"Door of RF generator %1 is open","2015-01-30","The warning appears if the position of the key switch on the switch cabinet of the PA allows it to be opened while under voltage.\nThe beam is switched off.","The door of the RF generator cabinet is open.","Close the door of the RF generator cabinet.","No. 1: Tasc_inp 106.5\n(Pax): +30-BES3 IN 0-1,\n\nNo. 2: Tasc_inp 112.0\n(PA2, PA3): +30-BES IN3-4"]
[13102411,"Error, RF-generator flow","2019-11-11","The discharge is switched off.\nThe process cooler for AL water is switched off.","1) No or strongly fluctuating water circulation at the RF-generator of the PreA1/HPSS.\n2) The limit value set in the external evaluation unit is too high.\n3) Water circulation from RF-generator is clogged.\n4) The flow sensor is defective.\n5) Hardware for the analog evaluation of the flow has been retrofitted, but no limit value has been set in MD179.","1) Check the flow rate with an external measuring device. If the measured value fluctuates strongly, check the value of the suppression time in MD178. \n2) Check the limit value in the external evaluation device and correct the limit value if necessary.\n3) Remove the clog.\n4) Replace the flow sensor.\n5) Set the limit value in the MD179.","Tasc_inp: 180.6\n(HPSS): =CT+CB-K19 IN3\n(PreA1): =CT+CB-K28 IN2\n(Coax3100) +30-BES8 IN4"]
[13102414,"HX Cu – Emergency off (18ae)","2014-08-11","","","","Tasc_inp(A) 181.3\n(Coax+BTSFFA) IN1-2\n(MasterC) =CT+CB-K26, IN1-2"]
[13102415,"Water leak in HX, Cu circuit (18af)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the HX, copper circuit indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the HX, copper circuit and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 181.4\n(Coax+BTSFFA) =CT+CB-K27, IN1-2\n(MasterC) =CT+CB-K27, IN1-2"]
[13102416,"HX Al – Emergency off (18b0)","2014-08-11","","","","Tasc_inp(A) 181.5\n(Coax+BTSFFA) IN1-2\n(MasterC) =CT+CB-K12, IN1-2"]
[13102417,"Water leak in HX, aluminum circuit (18b1)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the HX, aluminum circuit indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the HX, aluminum circuit and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 181.6\n(Coax+BTSFFA) =CT+CB-K14, IN1-2\n(MasterC) =CT+CB-K14, IN1-2"]
[13102418,"HX, aluminum circuit: door not closed (18b2)","2014-08-11","","","","Tasc_inp(A) 181.7\n(Coax+BTSFFA) =CT+CB-K12, IN3-4\n(MasterC) =CT+CB-K12, IN3-4"]
[13102419,"HX Al – Smoke alarm (18b3)","2014-08-11","","","","Tasc_inp(A) 182.0\n(Coax+BTSFFA) IN3\n(MasterC) =CT+CB-K28, IN3"]
[13102420,"Cumulative error, heat exchanger for Cu water (18b4)","2017-05-17","The laser beam is switched off.","Malfunction in the heat exchanger for Cu water.","Check the cause of the error at the display of the heat exchanger.","Tasc_Inp(A) 182.1\n(Coax+BTSFFA) IN2\n(MasterC) =CT+CB-K31, IN2"]
[13102421,"HX Cu - Door switch not closed (18b5)","2014-08-11","","","","Tasc_inp(A) 182.2\n(Coax+BTSFFA) IN3-4\n(MasterC) =CT+CB-K26, IN3-4"]
[13102422,"HX Cu – Smoke alarm (18b6)","2014-08-11","","","","Tasc_inp(A) 182.3\n(Coax+BTSFFA) IN3\n(MasterC) =CT+CB-K27, IN3"]
[13102424,"EDM SAC to the machine opened (18b8)","2013-02-22","","","",""]
[13102425,"Intermediate shutter not open (18b9)","2014-08-11","The laser beam is switched off.\nThe intermediate shutter should be opened and reaches the 'open' position too late or not at all.","- The compressed air pressure is too low. The intermediate shutter moves too slowly or not at all.\n- The intermediate shutter is mechanically stiff or blocked.\n- The position detection sensors are incorrectly set or defective.\n- The digital output PCB is not supplied with 24 V or is defective.\n- The digital input PCBs are defective.","- Check air pressure at the valves.\n- Check mechanical flexibility.\n- Check sensor positions.\n- Check digital output and input PCBs.","The program gives the intermediate shutter a maximum of 2 seconds time to reach the 'open' position.\nPlausibility check of the following outputs and inputs:\n- O153.6: 'Open intermediate shutter'\n(Coax+BTSFFA) =CT-CH.EP3-K1, OUT1\n(MasterC) =CT-CH.EP3-K1, OUT1\n- I162.3: 'Intermediate shutter open'\n(Coax+BTSFFA) =CT-CH.EP2-K11, IN0\n(MasterC) =CT-CH.EP2-K11, IN0\n- I162.4: 'Intermediate shutter closed'\n(Coax+BTSFFA) =CT-CH.EP2-K7, IN0-1\n(MasterC) =CT-CH.EP2-K7, IN0-1"]
[13102426,"Intermediate shutter not closed (18ba)","2014-08-11","The laser beam is switched off.\nThe intermediate shutter is to be closed but reaches the 'closed' position too late or not at all.","- The compressed air pressure is too low. The intermediate shutter moves too slowly or not at all.\n- The intermediate shutter is mechanically stiff or blocked.\n- The position detection sensors are incorrectly set or defective.\n- The digital output PCB is not supplied with 24 V or is defective.\n- The digital input PCBs are defective.","- Check air pressure at the valves.\n- Check mechanical flexibility.\n- Check sensor positions.\n- Check digital output and input PCBs.","The program gives the intermediate shutter a maximum time of 2 seconds to reach the 'closed' position.\nPlausibility check of the following outputs and inputs:\n- O153.6: 'Open intermediate shutter'\n(Coax+BTSFFA) =CT-CH.EP3-K1, OUT1\n(MasterC) =CT-CH.EP3-K1, OUT1\n- I162.3: 'Intermediate shutter open'\n(Coax+BTSFFA) =CT-CH.EP2-K11, IN0\n(MasterC) =CT-CH.EP2-K11, IN0\n- I162.4: 'Intermediate shutter closed'\n(Coax+BTSFFA) =CT-CH.EP2-K7, IN0-1\n(MasterC) =CT-CH.EP2-K7, IN0-1"]
[13102427,"RF gen. %1: contactor %2 for power supply, unknown error state","2015-01-30","The laser beam cannot be switched on. The safety circuit is open.","","","Message for an error state which has not yet been decoded."]
[13102428,"RF gen. %1: contactor %2 for power supply is not switched off","2015-01-30","- The laser beam can no longer be switched on.\n- The safety circuit is open.\n- The error only occurs when the power supply for the RF generators is switched off.","The power contactor indicates the 'switched on' status even though the laser control system has switched off the contactor.","If permissible, open the laser control cabinet whose LP04 panel indicates this error and check the condition of the power contactor of the RF generator.","PA0 - PA3:\n- RF gen. 1: contactor x = +10-Con x \nPA2, PA3:\n- RF gen. 2: contactor x = +11-Con x \n\nTruCoax3100, TruCoax HPSS: contactor x"]
[13102429,"RF gen.%1: contactor %2 for power supply is not switched on","2015-01-30","- The laser beam cannot be switched on.\n- The safety circuit is open. \n- The error only occurs when switching on the power supply for the RF generators.","The power contactor indicates the 'switched off' status even though the laser control system should switch on the contactor.","If permissible, open the laser control cabinet whose LP04 panel indicates this error and check the condition of the power contactor of the RF generator.","PA0 -PA3:\n- RF gen. 1: contactor x = +10-Con x \nPA2, PA3:\n- RF gen. 2: contactor x = +11-Con x \n\nTruCoax3100, TruCoax HPSS: contactor x|"]
[13102430,"Discrepancy error, contactor, power supply, SEED laser. Nominal condition %1, feedback %2","2015-01-30","The power supply of the SEED laser is switched off. The laser beam is also switched off on the PAs.","The contactor sends an incorrect status as feedback to the laser control system.","If permissible, open the switch cabinet door of the PreA1 cabinet and check the switching position of the contactor.","If nominal condition = 0 and feedback = 0:\nThe power supply of the SEED laser should be switched off. However, the contactor still sends the 'switched on' status as feedback.\n\nIf nominal condition = 1 and feedback = 1:\nThe power supply of the SEED laser should be switched on. However, the contactor still sends the 'switched off' status as feedback."]
[13102431,"Time overrun when activating the BTS-FFA monitoring","2015-11-18","The safety circuit is opened.\nThe beam cannot be switched on.\nThe main shutter is closed.","At least one EtherCat terminal of the BTS-FFA cannot be correctly initialized within five minutes.\nNote the error messages that indicate individual terminals.","Use the Beckhoff TwinCat system manager to check the statuses of the terminals of the BTS-FFA area.","The message only occurs for PreA1.\nThe EtherCAT subsystem reports this status via the mailbox functionality to the laser control."]
[13102432,"Mail box cumulative error (18c0) data code %1, module number %2, module status %3","2013-05-08","","","",""]
[13102433,"EtherCat master cumulative error cause %1","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n2: MASTER_WATCHDOG_TRIGGERED\n3: MASTER_LINK_ERROR\n4: MASTER_RESET_REQUIRED\n5: MASTER_MISSING_FRAME\n6: MASTER_DRIVER_NOT_FOUND (hardware EtherCat interface not found, PLC may be defective.)\n7: MASTER_DIST_CLOCK_NOSYNC\n8: MASTER_NOT_IN_OP\n9: MASTER_ANY_SLAVE_NOT_IN_OP\n10: MASTER_WORKINGCOUNTER_ERROR","",""]
[13102434,"Cumulative error EtherCat slave, cause %1, slave address %2, parameter 3 = %3, parameter 4 = %4","2019-05-13","The laser beam is switched off or cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Cause:\n11: NO_SLAVES_CONFIGURED - No slaves have been created in the configuration.\n12: NO_SLAVES_FOUND - No slaves have been found.\n13: ADDITIONAL_SLAVES - Too many slaves have been found.\n14: MISSING_SLAVES - Too few slaves have been found.\n15: SLAVE_VENDOR_ID_MISMATCH - Incorrect manufacturer ID of terminal.\n16: SLAVE_PRODUCT_CODE_MISMATCH - Incorrect terminal type\n17: SLAVE_REVISION_MISMATCH\n18: SLAVE_SAFE_ADDRESS_MISMATCH\n19: SLAVE_WRONG_STATE_PREOP\n20: SLAVE_WRONG_STATE_SAFEOP\n21: SLAVE_WRONG_STATE_BOOT\n22: SLAVE_CRC_ERROR - CRC error, bad or faulty data transmission caused by insufficiently shielded cables.\n23: SLAVE_NORMAL_STATECHANGE - Change to safe state. Causes are errors in the terminal which do not affect the bus communication.\n24: SLAVE_ABNORMAL_STATECHANGE - Change to safe state due to regular errors.\n798: SLAVE_WRONG_INIT_STATE - Stuck in 'Initialization' state.","","Cause - Meaning of slave address - Meaning of Parameter 3 - Meaning of Parameter 4:\nCause 11 - Param. 3 = Number of scanned slaves.\nCause 12 - Param. 4 = Number of configured slaves.\nCause 13 - Address of last correct slave - Param. 3 = Number of scanned slaves - Param. 4 = Number of configured slaves\nCause 14 - Address of last correct slave - Param. 3 = Number of scanned slaves - Param. 4 = Number of configured slaves\nCause 15 - Address of faulty slave - Param. 3 = Scanned value - Param. 4 = Configured value\nCause 16 - Address of faulty slave - Param. 3 = Scanned value - Param. 4 = Configured value\nCause 17 - Address of faulty slave - Param. 3 = Scanned value - Param. 4 = Configured value\nCause 18 - Address of faulty slave - Param. 3 = Scanned value - Param. 4 = Configured value\nCause 19 - Address of faulty slave\nCause 20 - Address of faulty slave\nCause 21 - Address of faulty slave\nCause 22 - Address of faulty slave - Param. 3 = Port to this slave - Param. 4 = Number of CRC errors\nCause 23 - Address of faulty slave - Param. 3 = Number of status changes - Param. 4 = 0\nCause 24 - Address of faulty slave - Param. 3 = Number of status changes - Param. 4 = 0\nCause 798 - Address of faulty slave"]
[13102435,"EtherCat bus supply faulty, cause %1, address of faulty slave %2","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n25: BUS_SUPPLY_VOLTAGE_TOO_LOW - The EtherCat bus voltage at the respective supply terminal is too low.\n26: BUS_SUPPLY_VOLTAGE_TOO_HIGH - The EtherCat bus voltage at the respective supply terminal is too high.\n27: POWER_SUPPLY_VOLTAGE_TOO_LOW - The voltage of the power supply at the respective supply terminal is too low.\n28: POWER_SUPPLY_VOLTAGE_TOO_HIGH - The voltage of the power supply at the respective supply terminal is too high.\n29: POWER_ERROR - voltage error at the respective supply terminal.","",""]
[13102436,"EtherCat - error at analog input, cause %1, address of faulty slave %2","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n30: ANALOG_IN_ERROR_CH1 - error at analog channel 1\n31: ANALOG_IN_ERROR_CH2 - error at analog channel 2\n32: ANALOG_IN_ERROR_CH3 - error at analog channel 3\n33: ANALOG_IN_ERROR_CH4 - error at analog channel 4\n34: ANALOG_IN_UNDERRANGE_CH1 - range fallen short of, channel 1\n35: ANALOG_IN_UNDERRANGE_CH2 - range fallen short of, channel 2\n36: ANALOG_IN_UNDERRANGE_CH3 - range fallen short of, channel 3\n37: ANALOG_IN_UNDERRANGE_CH4 - range fallen short of, channel 4\n38: ANALOG_IN_OVERRANGE_CH1 - range exceedance, channel 1\n39: ANALOG_IN_OVERRANGE_CH2 - range exceedance, channel 2\n40: ANALOG_IN_OVERRANGE_CH3 - range exceedance, channel 3\n41: ANALOG_IN_OVERRANGE_CH4 - range exceedance, channel 4","",""]
[13102437,"EtherCat - error at safety input, cause %1, address of faulty slave %2","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n256: SAFE_INPUT_ERROR_CH1 - channel 1: e.g. cross-circuit between 2 inputs\n257: SAFE_INPUT_ERROR_CH2 - channel 2: e.g. cross-circuit between 2 inputs\n258: SAFE_INPUT_ERROR_CH3 - channel 3: e.g. cross-circuit between 2 inputs\n259: SAFE_INPUT_ERROR_CH4 - channel 4: e.g. cross-circuit between 2 inputs\n260: SAFE_INPUT_ERROR_CH5 - channel 5: e.g. cross-circuit between 2 inputs\n261: SAFE_INPUT_ERROR_CH6 - channel 6: e.g. cross-circuit between 2 inputs\n262: SAFE_INPUT_ERROR_CH7 - channel 7: e.g. cross-circuit between 2 inputs\n263: SAFE_INPUT_ERROR_CH8 - channel 8: e.g. cross-circuit between 2 inputs\n-----------------\n264: SAFE_INPUT_ERROR_PAIR1 - error at two-channel input pair 1\n265: SAFE_INPUT_ERROR_PAIR2 - error at two-channel input pair 2\n266: SAFE_INPUT_ERROR_PAIR3 - error at two-channel input pair 3\n267: SAFE_INPUT_ERROR_PAIR4 - error at two-channel input pair 4","",""]
[13102438,"EtherCat - error at safety output, cause %1, address of faulty slave %2","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n268: SAFE_OUTPUT_ERROR_CH1 - channel 1:\n269: SAFE_OUTPUT_ERROR_CH2 - channel 2: \n270: SAFE_OUTPUT_ERROR_CH3 - channel 3: \n271: SAFE_OUTPUT_ERROR_CH4 - channel 4:\nThe following may apply to all channels:\n- Minimum current fallen short of.\n- Maximum current exceeded.\n- Short circuit.\n- Error during the test pulses.","",""]
[13102439,"EtherCat - error at safety terminal, cause %1, parameter 2: %2","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n272: SAFE_INTERNAL_TEMPERATURE_ERROR - maximum temperature of terminal exceeded.\n273: SAFE_VOLTAGE_TOO_HIGH - voltage at or in terminal too high.\n274: SAFE_VOLTAGE_TOO_LOW - voltage at or in terminal too low.\n512: SAFE_FB_DISCREPANCY_GROUP1 - discrepancy error at two-channel input.\n513: SAFE_FB_DISCREPANCY_GROUP2 - discrepancy error at two-channel input.\n514: SAFE_FB_DISCREPANCY_GROUP3 - discrepancy error at two-channel input.\n515: SAFE_FB_DISCREPANCY_GROUP4 - discrepancy error at two-channel input.\n516: SAFE_FB_DISCREPANCY_SECURE_N - discrepancy error at two-channel input.\n517: SAFE_FB_DISCREPANCY_GROUPS - discrepancy error between input groups.\n518: SAFE_FB_DISCREPANCY_OSSD - discrepancy error at two-channel input.\n519: SAFE_FB_EDM1 - feedback contact error.\n520: SAFE_FB_EDM2 - feedback contact error.\n521: SAFE_FB_SWITCH_OFF_TIMER - EDM time overrun when switching off.\n522: SAFE_FB_SWITCH_ON_TIMER - EDM time overrun when switching on.\n523: SAFE_FB_TWOHAND_ERROR - error during two-hand operation.\n524: SAFE_FB_MUTING_SEQUENCE - error in the muting sequence.\n525: SAFE_FB_MUTING_TIME - The maximum muting time was exceeded.","","Cause - meaning of parameter 2:\nCause 272 … 274 - param. 2 = address of faulty slave.\nCause 512 … 525 - param. 2 = number of safety function module"]
[13102440,"EtherCat - internal PLC error, cause %1","2016-10-17","The laser beam is switched off or cannot be switched on.\nThe safety PLC switches off all safe outputs.","Cause:\n4093: MAILBOX_ERROR\n4094: DIAGNOSTICS_FAILED - error in PLC program.\n4095: ERROR_LIST_FULL - internal error list in PLC program is full","",""]
[13102441,"EtherCat - error when saving or loading the security software, process %1, cause %3","2017-02-22","The laser beam is switched off/cannot be switched on.","Process:\n770: SAFE_PROJECT_BACKUP_ERROR - error when saving the security software from assembly EL6900 on the EtherCat PLC.\n786: SAFE_PROJECT_RESTORE_ERROR - error when restoring the security software on assembly EL6900.\n-----------\nCause:\nError number described in the Beckhoff documentation.","",""]
[13102442,"EtherCat terminal detects idle run, ID %1, slave address %2, port no. %3","2019-05-13","The laser beam is switched off or cannot be switched on.\nThe safety PLC shuts down all secure outputs.","ID = 787\nSAFE_OPEN_LOAD. The minimum current is less than 20 mA.","",""]
[13102443,"EtherCat - discrepancy error at on two channel input, Id %1, group no. %2, safety function block no. %3","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 788\nDiscrepancy error","",""]
[13102445,"EtherCat - error in safety function block, Id %1, funktion block no. %3","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 790","",""]
[13102446,"EtherCat - error at EL69xx, Id %1, slave address %2, cause %3, status %4","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 791\nCause:\n\n0  =  OFFLINE - no safety project loaded.\n1  =  RUN - safety projekt is loaded,  EtherCAT is at state SAFEOP oder OP.\n2  =  STOP - Safety Projekt is loaded, but stopped, because e.g. a user is logged in.\n3  =  START - Safety Projekt is loaded, EtherCAT is at state INIT or PREOP.\n4  =  RESTORE - If RESTORE mode is configured: Project CRC will be read from configured FSoE Slaves.\n7  =  FAULT - The device EL69xx was switched off due to a serious error. Safety project cannot be loaded or started.","",""]
[13102448,"EtherCat - safety logic not loaded correctly. Id %1,  slave address %2, Port no. %3","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 793\nThe length of the 'input' data does not match the calculated data length from the safety logic.\n\n\nId = 800\nThe length of the 'output' data does not match the calculated data length from the safety logic.","",""]
[13102449,"EtherCat - module state, Id %1, Saveaddress %2, cause %3","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 794\nThe cause is a bit coded decimal number. Please convert it into a binary number.\nSet bits indicate the following cause(s).\n\nBit 0:  Slave in 'INIT' state, \nBit 1:  Slave in 'PREOP' state,\nBit 0+1:  Slave in 'BOOT' state,\nBit 2:  Slave in 'SAFEOP' state,\nBit 3:  Slave in 'OP' state,\nBit 4:  Slave signals errror,\nBit 5:  Invalid 'vendor-Id', invalid 'Product-code', etc.  read,\nBit 6:  Initialization error occurred,\nBit 7:  Slave disabled,\nBit 8:  Slave not present,\nBit 9:  Slave signals link error,\nBit 10: Slave signals missing link,\nBit 11: Slave signals unexpected link,\nBit 12: Error at communication port A,\nBit 13: Error at communication port B,\nBit 14: Error at communication port C,\nBit 15: Error at communication port D","",""]
[13102450,"EtherCat - CRC error in safety logic, Id %1, slave address %2","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 795\nMaybe an old file or no file has been imported.","",""]
[13102451,"EtherCat - Ethernet connection is faulty, Id %1","2019-02-25","The laser beam is switched off/cannot be switched on.\nThe safety PLC shuts down all secure outputs.","Id = 796\nNo communication at EtherCat network.","Check  EtherCat network cable.",""]
[13102452,"EtherCat error at safety input, cause %1, address of the faulty slave %2","2019-05-13","The laser beam is switched off or cannot be switched on.","ID = 797: e.g., cross-circuit between 2 inputs.","",""]
[13102457,"SEED error flow at Seed laser unit (18D9)","2013-08-09","","","","Input E200.1"]
[13102458,"SEED error flow at BB (18DA)","2013-08-09","","","","Input E201.1"]
[13102459,"SEED - Flow error at BB2 (18DB)","2014-08-11","","","","Tasc_inp(S) 202.3\n(Coax+BTSFFA) IN11\n(MasterC) =CT+CB-K29, IN11"]
[13102460,"Fuse of the motor circuit breaker has blown, parameter: %1 (18dc)","2016-04-15","","","","Parameter: 1937:\nTasc_Inp(A) 193.7\n(PreA1+BTSFFA): =CT+CB-K29, IN1\n(HPSS): =CT+CB-K30, IN1\n\nParameter: 1940:\nTasc_inp(A) 194.0\n(Coax+BTSFFA) =CT+CB-K29, IN2\n(MasterC) =CT+CB-K29, IN2\n(HPSS) =CT+CB-K30, IN2\n\nParameter: 1941:\nTasc_Inp(A) 194.1\n(Coax+BTSFFA) =CT+CB-K29, IN3\n(MasterC) =CT+CB-K29, IN3\n(HPSS) =CT+CB-K31, IN14"]
[13102461,"Attenuator in front of camera PA3out not in high-performance position","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the attenuator is not in the high-performance position, laser radiation may escape. Therefore, the PAs may not be ignited in this condition. PreA1 may only be ignited in service mode 1 (or 3).","- Check position of the attenuator.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.0 =CT+CB.EP2-K5:IN4-5"]
[13102462,"Crosshairs PA0in in the beam guidance","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted with alignment performance in service mode 1 (or 3).","- Check position of the crosshairs.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.1 =CT+CB.EP3-K2:IN4-5"]
[13102463,"Crosshairs PA3out in the beam guidance","2015-05-04","If the system is not in service mode 1, the RF supply of PreA1 and the PAs is switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted in service mode 1.","- Check position of the crosshairs.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is not permitted in service mode 1.\nTASC_Input E211.2 =CT+CB.EP3-K2:IN6-7"]
[13102464,"Crosshairs PA0out in the beam guidance","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted with alignment performance in service mode 1 (or 3).","- Check position of the crosshairs.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.3 =CT+CB.EP3-K3:IN0-1"]
[13102465,"Crosshairs PA1out in the beam guidance","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted with alignment performance in service mode 1 (or 3).","- Check position of the crosshairs - Check service mode selection if work is to be carried out in this position and an alarm is active","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.4 =CT+CB.EP3-K3:IN2-3"]
[13102466,"Crosshairs PA2out in the beam guidance","2015-05-04","The RF supply of the PAs is switched off. If the system is not in service mode 1 (or 3), the RF supply of the PreA1 is also switched off.","If the crosshairs are retracted in the beam guidance, work is only permitted with alignment performance in service mode 1 (or 3).","- Check position of the crosshairs.\n- Check service mode selection if work is to be carried out in this position and an alarm is active.","This status is permitted in service modes 1+3 if work is not to be carried out with the PAs.\nTASC_Input E211.5 =CT+CB.EP3-K3:IN4-5"]
[13102467,"Power supply of EtherCat Safety bus switched off due to overcurrent, cause %1","2016-10-17","System is switched to a safe status.","Cause: \n1: Overload of bus supply for EtherCat safety components.\n\n2: Overload of power supply for EtherCat safety components.\n\n- Power pack defective or overloaded.","","Cause:\n1: TASC_inp(A) 130.1\n=CT+CB-K3.IN1/14\n\n2: TASC_inp(A) 130.2\n=CT+CB-K3.IN1/15"]
[13102468,"Power supply of EtherCat bus switched off due to overcurrent, cause %1","2016-10-17","System is switched to a safe status.\nNumerous subsequent errors may appear.","Cause: \n1: Overload of supply 1 for EtherCat components.\n\n2: Overload of supply 2 for EtherCat components.\n\n- Power pack defective or overloaded.","","Cause:\n1: TASC_inp(A) 130.5\n=CT+CB-K3.IN2/15\n\n2: TASC_inp(A) 130.6\n=CT+CB-K3.IN2/16"]
[13102469,"Fan in gas supply unit switched off due to overcurrent","2016-10-17","The laser beam is switched off or can no longer be switched on.","- Overload.\n- Fan defective.\n- Motor circuit-breaker switched off manually.","- Check fan mounting.\n- Check motor circuit-breaker.","TASC_inp 130.0\nTruFlow EtherCat: =CT+CB-K3.IN2/14"]
[13102471,"TASC watchdog circuit open","2016-10-17","Laser can no longer be controlled.","- CO2 laser PLC software is no longer working correctly.\n- The EtherCat software no longer identifies the status of the watchdog relay in the TASC.\n- The watchdog relay in the TASC is defective.","Check watchdog LEDs on TASC.\nThe 'CPU WD' and 'WD' LEDS must normally light up.",""]
[13102472,"Switch cabinet door, output side open, cause %1","2016-10-17","The laser beam is switched off or cannot be switched on.","Cause\n1: The left door of the output side is open.\n2: The middle door of the output side is open.\n3: The right door of the output side is open.","Close the switch cabinet door.","Cause 1:\nTASC_inp 165.0\nTruFlow EtherCat =CT.SY+CB-K2.IN1/1+5\n\n\nCause 2:\nTASC_inp 165.1\nTruFlow EtherCat =CT.SY+CB-K2.IN1/3+7\n\n\nCause 3:\nTASC_inp 165.2\nTruFlow EtherCat =CT.SY+CB-K2.IN2/1+5"]
[13102473,"Flow rate in the RF generator is insufficient. Measured value: %3, limit value: %1","2018-04-16","The laser beam is switched off.","The flow rate of the PCW water is lower than the minimum permitted value.\nMeasured value = flow rate in 0.1l/min.\nLimit value = lower alarm limit value in 0.1l/min.","Check the RF generator for leaks.\nIncrease the flow rate of the PCW water.","The message only appears in PreA1C or TruC."]
[13102474,"Flow rate in the RF generator is too high. Measured value: %3","2018-04-16","The laser beam is switched off.","The flow rate of the PCW water is higher than the maximum permitted value.\nMeasured value = flow rate in 0.1l/min.","Decrease the flow rate of the PCW water.","The message only appears in PreA1C or TruC."]
[13102504,"BTS-BB/PER - Mirror M%1 not closed - S%2 (19A4)","2014-08-11","","","","Tasc_inp(A) 178.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 178.6\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 178.7\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 179.0\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 179.1\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 179.2\n(Coax+BTSFFA) IN2-3"]
[13102505,"BTS-BB/PER - Alignment tool M%1 not closed -S%2 (19A5)","2014-08-11","","","","Tasc_inp(A) 179.3\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 179.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 179.6\n(Coax+BTSFFA) IN2-3"]
[13102506,"PER - Drop in pressure due to laser burn-through -S%2 (19A6)","2014-08-11","","","","Tasc_inp(A) 179.7\n(Coax+BTSFFA) IN4-5"]
[13102507,"PER – Housing not closed (19A7)","2013-02-22","","","",""]
[13102508,"BTS-BB - BB not in required position -S%2 (18A8)","2014-08-11","","","","Tasc_inp(A) 180.1\n(Coax+BTSFFA) IN0-1"]
[13102509,"BTS-BB – 40 kW shutter overtemperature (18A9)","2014-08-11","","","","Not used.\nEx Tasc_inp(A) 180.2 is linked to input 105.3 in the EtherCat."]
[13102510,"FabFM - Mirror M%1 not closed -S%2 (19AA)","2014-08-11","","","","Tasc_inp(A) 182.6\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 182.7\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 183.0\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 183.1\n(Coax+BTSFFA) IN6-7"]
[13102511,"OP/PPB - Mirror M%1 not closed -S%2 (19AB)","2014-08-11","","","","Tasc_inp(A) 183.2\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 183.3\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 183.4\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 183.5\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 183.6\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 183.7\n(Coax+BTSFFA) IN2-3"]
[13102512,"BTS-BB - Mirror overtemperature M%1 -S%2 (19AC)","2014-08-11","","","","Tasc_inp(A) 184.0\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 184.4\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 184.5\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 184.6\n(Coax+BTSFFA) IN0-1"]
[13102513,"BTS-BB - Main shutter overtemperature - Folding mirror -S%2 (19AD)","2015-01-30","The laser beam is switched off or cannot be switched on.","The cooling water flow at the main shutter is too low or not present.\nThe cooling water temperature in the supply is too high.\nThe temperature sensor is defective.\nThe input PCB is defective.","Check whether cooling water flows through the main shutter and its components.\nCheck the cooling water temperature in the supply to the main shutter.\nCheck the temperature sensor or replace it.\nCheck the input PCB or replace it.","Tasc_inp(A) 184.2\n(Coax+BTSFFA) =CT+CB.EP5-K1, IN0-1"]
[13102514,"BTS-BB - Main shutter overtemperature - Beveled mirror -S%2 (19AE)","2015-01-30","The laser beam is switched off or cannot be switched on.","The cooling water flow at the main shutter is insufficient or not present.\nThe cooling water temperature in the supply is too high.\nThe temperature sensor is defective.\nThe input PCB is defective.","Check whether cooling water flows through the main shutter and its components.\nCheck the cooling water temperature in the supply to the main shutter.\nCheck the temperature sensor or replace it.\nCheck the input PCB or replace it.","Tasc_inp(A) 184.3\n(Coax+BTSFFA) =CT+CB.EP5-K1, IN2-3"]
[13102515,"BTS-BB - Main shutter overtemperature - Beam dump -S%2 (19AF)","2015-01-30","The laser beam is switched off or cannot be switched on.","The cooling water flow at the main shutter is insufficient or not present.\nThe cooling water temperature in the supply is too high.\nThe temperature sensor is defective.\nThe input PCB is defective.","Check whether cooling water flows through the main shutter and its components.\nCheck the cooling water temperature in the supply to the main shutter.\nCheck the temperature sensor or replace it.\nCheck the input PCB or replace it.","Tasc_inp(A) 184.1\n(Coax+BTSFFA) =CT+CB.EP5-K3, IN2-3"]
[13102516,"BTS-BB – Excess temperature, mirror M%1 (19B0)","2013-02-22","","","",""]
[13102517,"PER/OP/PPB - BTS/FFA mirror overtemperature M%1 -S%2 (19B1)","2014-08-11","","","","Tasc_inp(A) 184.7\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 185.0\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 186.2\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 186.3\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 186.4\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 186.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 187.0\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 187.1\n(Coax+BTSFFA) IN2-3"]
[13102518,"PER - Aperture overtemperature -S%2 (19B2)","2014-08-11","","","","Tasc_inp(A) 185.1\n(Coax+BTSFFA) IN6-7"]
[13102519,"BTS - Beam tower aperture overtemperature %1 -S%2 (19B3)","2014-08-11","","","","Tasc_inp(A) 185.2\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 185.3\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 185.4\n(Coax+BTSFFA) IN4-5"]
[13102520,"FabFM - Mirror overtemperature M%1 -S%2 (19B4)","2014-08-11","","","","Tasc_inp(A) 185.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 185.6\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 185.7\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 186.0\n(Coax+BTSFFA) IN6-7"]
[13102521,"OP - Aperture overtemperature %1 -S%2 (19B5)","2014-08-11","","","","Tasc_inp(A) 186.1\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 186.6\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 186.7\n(Coax+BTSFFA) IN2-3"]
[13102522,"PPB - Pre-pulse box overtemperature (W210) -S%2 (19B6)","2014-08-11","","","","Tasc_inp(A) 187.2\n(Coax+BTSFFA) IN4-5"]
[13102523,"FabFM - Mirror/alignment tool M%1 not closed -S%2 (19B7)","2014-08-11","","","","Tasc_inp(A) 187.3\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 187.4\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 187.5\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 187.6\n(Coax+BTSFFA) IN6-7"]
[13102524,"BTS mirror/alignment tool M%1 not closed -S%2 (19B8)","2014-08-11","","","","Tasc_inp(A) 187.7\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 188.0\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 188.1\n(Coax+BTSFFA) IN6-7"]
[13102525,"PER - Beam guard bellows not closed -S%2 (19B9)","2014-08-11","","","","Tasc_inp(A) 188.2\n(Coax+BTSFFA) IN0-1"]
[13102526,"FabFM - Beam protection tube M100-M101 not closed - Pos. 1 -S%2 (19BA)","2014-08-11","","","","Tasc_inp(A) 188.3\n(Coax+BTSFFA) IN0-1"]
[13102527,"FabFM - Beam protection tube M101-M102 not closed - Pos. 1 -S%2 (19BB)","2014-08-11","","","","Tasc_inp(A) 188.4\n(Coax+BTSFFA) IN2-3"]
[13102528,"FabFM - Beam protection tube M102-M103 not closed - Pos. 1 -S%2 (19BC)","2014-08-11","","","","Tasc_inp(A) 188.5\n(Coax+BTSFFA) IN4-5"]
[13102529,"FabFM - Beam protection tube M103-OP not closed -S%2 (19BD)","2014-08-11","","","","Tasc_inp(A) 188.6\n(Coax+BTSFFA) IN6-7"]
[13102530,"OP - External beam guard bellows (in front of OP) not closed -S%2 (19BE)","2014-08-11","","","","Tasc_inp(A) 189.2\n(Coax+BTSFFA) IN6-7"]
[13102531,"OP - Beam protection tube behind M%1 -S%2 (19BF)","2014-08-11","","","","Tasc_inp(A) 189.3\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 189.4\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 189.5\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 189.6\n(Coax+BTSFFA) IN0-1"]
[13102532,"OP/BPU - Safety cover not closed -S%2 (19C0)","2014-08-11","","","","Tasc_inp(A) 189.7\n(Coax+BTSFFA) IN4-5"]
[13102533,"OP/BPU - Alignment cover not closed -S%2 (19C1)","2014-08-11","","","","Tasc_inp(A) 190.0\n(Coax+BTSFFA) IN2-3"]
[13102534,"OP - Beam protection tube to FFM not closed -S%2 (19C2)","2014-08-11","","","","Tasc_inp(A) 190.3\n(Coax+BTSFFA) IN4-5"]
[13102535,"FFM - Check cover of FFM filters -S%2 (19C3)","2014-08-11","","","","Tasc_inp(A) 190.5\n(Coax+BTSFFA) IN6"]
[13102536,"FU - Flow error (Cu) to W%1 -S%2 (19C4)","2014-05-12","","","","E190.6: W10, -S117\nE190.7: W20, -S119\nE195.3: W200, -S95\nE195.4: W210, -S96"]
[13102537,"PPB/FU - Error, flow (Cu) to W%1 -S%2 (19C5)","2013-05-08","","","",""]
[13102538,"FU - Error, flow (Cu) to M130+M140 -S%2 (19C6)","2013-05-08","","","",""]
[13102539,"FU - Error, flow (Al) to M130+M140+M150 -S%2 (19C7)","2013-05-08","","","",""]
[13102540,"FU - Error, flow (Cu) to M150 -S%2 (19C8)","2013-05-08","","","",""]
[13102541,"Seed – EOM driver 1 indicates error (19C9)","2015-01-30","","","","Tasc_inp(A) 191.4\n(PreA1) =CT+CB-K32, IN1"]
[13102542,"Seed – EOM driver 2 indicates error (19CA)","2015-01-30","","","","Tasc_inp(A) 191.5\n(PreA1) =CT+CB-K32, IN12"]
[13102543,"Seed - Laser driver %1 indicates error (19CB)","2015-01-30","","","","Driver 1:\nTasc_inp(A) 191.6\n(PreA1): =CT+CB-K32, IN13\n\nDriver 2:\nTasc_inp(A) 191.7\n(PreA1): =CT+CB-K32, IN14\n\nDriver 3:\nTasc_inp(A) 192.0\n(PreA1): =CT+CB-K32, IN15\n\nDriver 4:\nTasc_inp(A) 192.1\n(PreA1): =CT+CB-K32, IN16"]
[13102544,"Seed – AOM driver %1 indicates error (1ACC)","2015-01-30","","","","Driver 1:\nTasc_inp(A) 192.2\n(PreA1): =CT+CB-K32, IN6\n\nDriver 2:\nTasc_inp(A) 192.3\n(PreA1): =CT+CB-K32, IN7\n\nDriver 3:\nTasc_inp(A) 192.4\n(PreA1): =CT+CB-K32, IN8\n\nDriver 4:\nTasc_inp(A) 192.5\n(PreA1): =CT+CB-K32, IN9\n\nDriver 5:\nTasc_inp(A) 192.6\n(PreA1): =CT+CB-K32, IN10\n\nDriver 6:\nTasc_inp(A) 192.7\n(PreA1): =CT+CB-K32, IN11"]
[13102545,"Fuse of distribution box 2 has blown (19cd)","2014-08-11","","","","Tasc_inp(A) 202.6\n(Coax+BTSFFA) IN12\n(MasterC) =CT+CB-K29, IN12"]
[13102546,"Fuse of distribution box 1 has blown (19ce)","2014-08-11","","","","Tasc_inp(A) 202.7\n(Coax+BTSFFA) IN13\n(MasterC) =CT+CB-K29, IN13"]
[13102602,"BTS-FFA, FU: Plausibility error no. %1","2014-05-12","- If no. 1 applies, flow is detected at W20 via E190.7 although valve for water circulation (A156.2) was closed at W20.","- If no. 1 applies, gas pressure in beam guidance of FU is too low or valve for water circulation is not installed at W20.","","- If no.1 applies: A156.2 has been switched off"]
[13102603,"FFM - Cover %1 not closed -S%2 (1AA3)","2014-08-11","","","","Tasc_inp(A) 193.0\n(Coax+BTSFFA) IN6-7\n\nTasc_inp(A) 193.1\n(Coax+BTSFFA) IN2-3"]
[13102604,"FFM - Pressure switch triggered -S%2 (1AA4)","2014-08-11","","","","Tasc_inp(A) 193.2\n(Coax+BTSFFA) IN0"]
[13102605,"Water leak in the FFM -S%2 (1AA5)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the FFM indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the FFM and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nIf no water can be seen, check the leak detector or input terminal.","Tasc_inp(A) 193.3\n(Coax+BTSFFA) =CT+CH.EP8-K9, IN6\n\nFFM = 'final focusing metrology'"]
[13102606,"FFM - FFM beam dump overtemperature -S%2 (1AA6)","2014-08-11","","","","Tasc_inp(A) 193.4\n(Coax+BTSFFA) IN2"]
[13102607,"BTS-BB - Mirror holder at M%1 not closed -S%2 (1AA7)","2014-08-11","","","","Tasc_inp(A) 193.5\n(Coax+BTSFFA) IN4-5\n\nTasc_inp(A) 193.6\n(Coax+BTSFFA) IN6-7"]
[13102608,"Fuse blown = EP.RF+CB-F1 (1AA8)","2014-08-11","","","","Tasc_inp(A) 193.7\n(Coax+BTSFFA) IN1\n(HPSS) =CT+CB-K30, IN1"]
[13102609,"Fuse has blown =EP+CB-F24 (1AA9)","2014-08-11","","","","Tasc_inp(A) 194.0\n(Coax+BTSFFA) IN2\n(MasterC) =CT+CB-K29, IN2\n(HPSS) =CT+CB-K30, IN2"]
[13102610,"Fuse has blown = EP+CB-F17 (1AAA)","2014-08-11","","","","Tasc_inp(A) 194.1\n(Coax+BTSFFA) IN3\n(MasterC) =CT+CB-K29, IN3\n(HPSS) =CT+CB-K31, IN14"]
[13102611,"Fuse blown =EP.WT+CB-F3 (1AAB)","2014-08-11","","","","Tasc_inp(A) 194.2\n(Coax+BTSFFA) IN4\n(MasterC) =CT+CB-K29, IN4"]
[13102612,"Fuse blown =EP.SL+CB-F1 (1AAC)","2014-08-11","","","","Tasc_inp(A) 194.3\n(Coax+BTSFFA) IN5\n(MasterC) =CT+CB-K29, IN5"]
[13102613,"Fuse blown =EP.WT+CB-F6 (1AAD)","2014-08-11","","","","Tasc_inp(A) 194.4\n(Coax+BTSFFA) IN6\n(MasterC) =CT+CB-K29, IN6"]
[13102614,"PER/OP - Mirror holder at M%1 not closed -S%2 (1AAE)","2014-08-11","","","","Tasc_inp(A) 194.5\n(Coax+BTSFFA) IN0-1\nM90 = S145\n\nTasc_inp(A) 194.6\n(Coax+BTSFFA) IN2-3\nM95 = S146\n\nTasc_inp(A) 196.0\n(Coax+BTSFFA) IN6-7\nM105 = S133"]
[13102615,"FabFM - Mirror holder %1 not closed -S%2 (1AAF)","2014-08-11","","","","Tasc_inp(A) 194.7\n(Coax+BTSFFA) IN0-1\n100 = S151\n\nTasc_inp(A) 195.0\n(Coax+BTSFFA) IN2-3\n101 = S152\n\nTasc_inp(A) 195.1\n(Coax+BTSFFA) IN4-5\n102 = S153\n\nTasc_inp(A) 195.2\n(Coax+BTSFFA) IN6-7\n103 = S154"]
[13102616,"FFM - Flow error (Al) at FFM -S%2 (1AB0)","2014-05-12","","","","E195.5: S113"]
[13102618,"Water leak in the OP -S%2 (1AB2)","2014-08-11","The line contactor of TLAmp is switched off and all PAx are switched off or shut down by force.\nThe generation of laser radiation is also blocked by this. 'Water leak' is reported to the MSC via the safety interface.","The leak detector in the OP indicates a water leak.\nThe leak detector or input terminal may be defective.","Open the OP and check whether there is a water leak.\nIf water can be seen in the collecting pan, search for and eliminate the water leak. Drain and dry the collecting pan.\nCheck the leak detector or input terminal if no water can be seen.","Tasc_inp(A) 195.7\n(Coax+BTSFFA) =CT+CH.EP8-K9, IN4\nS132\nOP = 'optics platform'"]
[13102619,"FabFM - Beam protection tube M100-M101 not closed - Pos. 2 -S%2 (1AB3)","2014-08-11","","","","Tasc_inp(A) 196.1\n(Coax+BTSFFA) IN0-1\nS147"]
[13102620,"FabFM - Beam protection tube M101-M102 not closed - Pos. 2 -S%2 (1AB4)","2014-08-11","","","","Tasc_inp(A) 196.2\n(Coax+BTSFFA) IN2-3\nS148"]
[13102621,"PPB/FU - OMS triggered at W%1 -S%2 (1AB5)","2014-05-12","","","","E196.3: W200 = S138\nE196.4: W210 = S139\nE196.5: W10 = S140"]
[13102623,"FAB - EMO triggered on Fab level -S%2 (1AB7)","2014-08-11","The discharge in PreA1 and PA0 to PA3 is switched off. The line contactors drop out. As a result, the entire TLAmp is de-energized. The heat exchanger is also switched off.\nOnly the TASC laser control systems and the LP04 laser operating devices are switched on.","- The EMO button on the operating box in the OP area has been pressed.\n- The respective input terminal in the EtherCat system is defective.\n\nFor details on the allocation, refer to the 'Comment' section.","Unlock the EMO button on the operating box in the OP area. Reset the alarm. Restart PreA1 and PA0 to PA3 after energizing the line contactors.","EUV system (EtherCat):\nThe message appears if there is no signal at the following input:\n\nTasc_inp(A) 197.3\n(Coax+BTSFFA) IN6-7\nS142"]
[13102624,"Mirror for alignment laser in beam guidance -S%2 (1AB8)","2014-08-11","","","","Tasc_inp(A) 199.1\n(Coax+BTSFFA) IN2\nS159"]
[13102625,"FabFM - Beam protection tube M102-M103 not closed - Pos. 2 -S%2 (1AB9)","2014-08-11","","","","Tasc_inp(A) 199.2\n(Coax+BTSFFA) IN4-5\nS149"]
[13102626,"FU - External beam guard bellows %1 not closed -S%2 (1ABA)","2014-08-11","","","","Tasc_inp(A) 190.1\n(Coax+BTSFFA) IN0-1\n\nTasc_inp(A) 190.2\n(Coax+BTSFFA) IN2-3\n\nTasc_inp(A) 199.3\n(Coax+BTSFFA) IN4-5\nS158"]
[13102627,"PPB - Overtemperature/reserved position (1ABB)","2014-08-11","","","","Tasc_inp(A) 199.4\n(Coax+BTSFFA) IN6-7"]
[13102628,"FabFM - Aperture overtemperature upstream of M%1 -S%2 (1ABC)","2014-08-11","","","","Tasc_inp(A) 199.5\n(Coax+BTSFFA) IN0-1\nM101 = S160\n\nTasc_inp(A) 199.6\n(Coax+BTSFFA) IN2-3\nM102 = S162\n\nTasc_inp(A) 199.7\n(Coax+BTSFFA) IN4-5\nM103 = S164"]
[13102629,"BTS – Error, BTS exhaust system insufficient -S%2 (1ABD)","2014-05-12","","","","E201.3: S212"]
[13102630,"FU – Quartz window holder monitoring triggered -S%2 (1ABE)","2014-08-11","","","","Tasc_inp(A) 201.4\n(Coax+BTSFFA) IN6-7\nS213"]
[13102631,"BTS: beam guidance in alignment mode -S%2 (1ABF)","2017-10-17","The laser beam cannot be switched on at PA0 to PA3.","","","Tasc_Inp(A) 200.5\n(Coax+BTSFFA) IN0-1\nS215\nInterface signal from external beam delivery."]
[13102632,"BTS: beam guidance not ready for operation -S%2 (1AC0)","2017-10-17","","","","Tasc_Inp(A) 200.6\n(Coax+BTSFFA) IN2-3\nS214\nInterface signal from external beam delivery."]
[13102639,"Nitrogen gas pressure in BTS beam guidance too low, measured value: %2 hPa, alarm limit: %3 hPa","2016-08-04","The gas pressure has fallen below the alarm threshold. The laser beam is switched off.","","",""]
[13102640,"Temperature of 40 kW beam trap too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","","",""]
[13102641,"Temperature at aperture in the periscope too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","","",""]
[13102642,"Temperature at mirror M%1 too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","","","Sensor location:\nM10 - M40: BTS-BB\nM90, M95: FO periscope\nM100 - M103: FFA\nM105 - M210: FFA-OP"]
[13102643,"Temperature at AL mirror M130 / M140 too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","","",""]
[13102644,"Temperature at CU mirror M130/M140 too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","","",""]
[13102645,"Temperature at aperture %1 too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","If the error only occurs with the laser beam switched on:\n- The laser beam is aligned poorly.\n- The beam diameter is too large.\n- The limit values for temperature group T11 are set to the wrong values.\n-------------------\nIf the error occurs with the laser beam switched off:\n- The cooling water temperature is too high.\n- Calibration of the temperature sensors was carried out incorrectly.\n- The limit values for temperature group T11 are set to the wrong values.","- Check position of the laser beam.\n- Check beam diameter.\n- Compare the limit value setting via MD170 / MD171 with the reference values and correct them, if necessary.\n- Correct the inlet temperature of the cooling water.",""]
[13102646,"Nitrogen gas pressure in FFA beam guidance too low, measured value %2 hpa, alarm limit %3 hPa","2016-08-04","The gas pressure has fallen below the alarm threshold. The laser beam is switched off.","","",""]
[13102647,"Temperature at aperture %1 in FFA-OP too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","If the error only occurs with the laser beam switched on:\n- The laser beam is aligned poorly.\n- The beam diameter is too large.\n- The limit values for temperature group T11 are set to the wrong values.\n-------------------\nIf the error occurs with the laser beam switched off:\n- The cooling water temperature is too high.\n- Calibration of the temperature sensors was carried out incorrectly.\n- The limit values for temperature group T11 are set to the wrong values.","- Check position of the laser beam.\n- Check beam diameter.\n- Compare the limit value setting via MD170 / MD171 with the reference values and correct them, if necessary.\n- Correct the inlet temperature of the cooling water.",""]
[13102648,"Temperature at window W%1 too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","","","Sensor location:\nW200, W210: FFA-OP/prepulse box\nW10, W20: FFA-FU"]
[13102649,"Temperature of FFM beam trap in FFA-OP too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","","",""]
[13102650,"Temperature of aperture at mirror M%1 too high, measured value %2 °C, alarm limit %3 °C","2016-08-04","The temperature has exceeded the alarm threshold. The laser beam is switched off.","If the error only occurs with the laser beam switched on:\n- The laser beam is aligned poorly.\n- The beam diameter is too large.\n- The limit values for temperature group T11 are set to the wrong values.\n-------------------\nIf the error occurs with the laser beam switched off:\n- The cooling water temperature is too high.\n- Calibration of the temperature sensors was carried out incorrectly.\n- The limit values for temperature group T11 are set to the wrong values.","- Check position of the laser beam.\n- Check beam diameter.\n- Compare the limit value setting via MD170 / MD171 with the reference values and correct them, if necessary.\n- Correct the inlet temperature of the cooling water.",""]
[13102651,"Gas pressure in space W10-W20 too low, measured value %2 hPa, warning limit %3 hPa","2014-05-12","","The gas pressure has fallen below the alarm limit.","",""]
[13102652,"Seed BB temperature %1 too high, measured value %2 °C, alarm limit %3 °C","2014-05-12","","The temperature has exceeded the alarm limit.","",""]
[13102653,"Seed BB: leak detected in cooling system","2014-08-11","","","","Tasc_inp(A) 202.4\n(Coax+BTSFFA) IN0\n(MasterC) =CT-CH.EP3.1-K2, IN0"]
[13102654,"Al mirror temperature M150 in FFA-FU too high, measured value %2 °C, alarm limit %3 °C","2014-05-12","","The temperature has exceeded the alarm limit.","",""]
[13102655,"M150 Cu mirror temperature in FFA-FU too high, measured value %2 °C, alarm limit %3 °C","2014-05-12","","The temperature has exceeded the alarm limit.","",""]
[13102688,"Toptica laser power supply fuse blown (1AF8)","2014-08-11","","","","Tasc_inp(A) 202.1\n(Coax+BTSFFA) IN1"]
[13102689,"Valve FFA-FU power supply fuse blown (1AF9)","2014-08-11","","","","Tasc_inp(A) 202.2\n(Coax+BTSFFA) IN2"]
[13102704,"No Profibus communication with RF generator, transmission %1, parameter %2","2015-05-04","No data is exchanged between the laser control system and the Stolberg RF generator.\nThe laser beam is switched off.","1) The Profibus cable between the laser control system and the Stolberg RF generator is not connected.\n2) In the Profibus plug at the RF generator, the switch for the terminal resistance is set incorrectly.\n3) The Stolberg RF generator is set to an incorrect Profibus address.","1) Check the Profibus cable between the laser control system and the Stolberg RF generator.\n2) Check positions of switches in all Profibus plugs from the TASC:X16 to the RF generator.\n3) Check the Profibus address of the Stolberg RF generator.","Transmission = 1: The RF generator does not respond any more. (Reception timeout)\nTransmission = 2: The laser control system cannot transmit any data to the RF generator. (Send timeout)\nParameter = -1: The Profibus driver in the laser control system is blocked."]
[13102705,"The RF generator signals an error, cause %1","2016-04-15","High voltage is switched off.\nThe alarm is displayed.","The value of the 'Cause' parameter indicates which alarm is signaled by the generator.\nCause:\n101: Command 'RF=On' recognized although RF generator is not ready for operation.\n201: First interlock circuit open on the RF generator while 'RF=On'.\n202: Second interlock circuit open on the RF generator while 'RF=On'.\n203: RF plug not connected.\n205: No DC supply voltage during 'RF+ On'.\n207: Overtemperature in RF stage.\n208: Power pack over-temperature. \n219: Reflected RF power too high.\n253: DDS signal was switched to high level for too long.\n254: Work point of the DDS signal unstable while 'RF=On'.\n255: Work point of the CEX frequency unstable.\n257: CEX frequency not detected.\n258: CEX frequency too high.\n259: CEX frequency too low.\n260: CEX level too low.\n270: SynchBus: Slave error. Master detects error on slave while 'RF=On'.\n---------------------------------------------------------------------\nThe following errors can only be cleared by switching off the supply voltage.\n272: SynchBus: Too many masters, master detects RF pulse not generated by it. \n273: SynchBus: 'RF=On' signal detected although error signal active.\n274: SynchBus: Master detects pulse signal although error signal active.\n275: SynchBus: No error signal although error state detected.\n---------------------------------------------------------------------\nUser messages:\n311: 'RF-On' time exceeded.\n312: Reflected RF power has exceeded user limit value. \n---------------------------------------------------------------------\nInitialization or hardware error: 8xx\n825: Faulty fan. At least one fan is not working correctly. \n844: No DC voltage available.\n845: DC voltage is too low.\n891: More than 15 errors are pending.\n---------------------------------------------------------------------\nSoftware error: 9xx","Cause:\n844: Activate fuses of the DC supply.\n845: If an error occurs only about five minutes after switching on the beam, the cooling of the DC supply may be insufficient.\n- In case of DC supply with water cooling: Check whether the flow is sufficient or whether the inlet temperature is too high.\n- In case of DC supply with blower cooling only: Check whether the air supply is sufficient or whether all the fans of the DC supply are in operation.","If the cause cannot be determined based on the parameter, an investigation using the 'Stolberg Commander' is required."]
[13102706,"RF generator: Command %1 for changing parameters not received, parameter %2","2015-05-04","Generator does not accept transferred parameters.\nThe laser beam is switched off.\nThe DC supply for the RF generator is switched off.","","","Commands:\n1206 = nominal power specification \n1301 = switch over pulse operating mode between internal and external.\n1302 = specification of a pulse frequency for internal pulsing mode.\n1303 = specification of a gating ratio for internal pulsing mode\n--------------------------------------------------\nParameters:\n129: Command number not permitted.\n130: Value not permitted.\n132: Error in generator control / value faulty.\n134: Generator control cannot receive command at the moment."]
[13102707,"OEM RF generator: Profibus connection is interrupted","2017-05-17","The laser beam is switched off.","Stolberg RF generator:\n- The Profibus cable is not plugged into the RF generator or it is defective.\n- The Profibus module in the RF generator is defective or the supply voltage is missing.\n- The terminal resistor on the Profibus plug is in the wrong position. \n- The plug for the voltage supply of the control electronics in the RF generator is not plugged in, or was briefly unplugged.\n\nLaser control TASC:\nShould the Profibus master not work correctly, then other error messages must have appeared from the Profibus.","Stolberg RF generator:\n- Check the Profibus connection at the RF generator.\n- Is the green LED on the Profibus module in the RF generator on?\nIf not, then check the supply voltage of the control electronics in the RF generator.\nIf yes, then switch the laser off at the control panel. Afterwards, switch off the entire system for approx. 2 min.",""]
[13122501,"User alarm was triggered during the computer run with parameter %1 (E1A1)","2014-02-04","High voltage is switched off.","The alarm was triggered by the MAKEALARM() command in the computer run.","Exit the computer run. Here, an output table with the extension .OUT is created. This file contains a reference to the line of the computer run program in which the alarm was triggered.",""]
[13122901,"Maintenance machine data for cyclic save not readable (E5A1)","2001-03-08","The maintenance module cannot operate correctly, therefore the ON-times are not being determined correctly","- There is an error in the maintnc.mdf file \n- File system of control system is corrupt","Check and correct the maintnc.mdf file, as required",""]
[13122902,"Maintenance, number of maintenance flags machine data not readable (E5A2)","2001-03-08","The maintenance objects are not being created and therefore the unit ON-times are not being correctly determined.","- There is an error in the maintnc.mdf file \n- Corrupt TASC3 file system","Check and correct the maintnc.mdf file, as required",""]
[13122903,"Maintenance, Timeout machine data not readable when initializing (E5A3)","2001-03-08","Maintenance is not being started correctly, so the unit operating times are not being correctly determined.","- There is an error in the maintnc.mdf file \n- Corrupt TASC3 file system","Check and correct the maintnc.mdf file, as required",""]
[13122904,"Evaluation of the maintenance data faulty (E5A4)","2002-11-19","The correct function of the maintenance is not guaranteed.","The data needed by the maintenance can not be read without error.","If the problem occurs repeatedly when switching on the system, please contact the TRUMPF customer service.",""]
[13123001,"An error occurred while determining the analog I/O parameters (E6A1)","2001-03-08","The system is not changing over to cyclic operation, because the name of an analog channel could not be found. Both decimal points stay on in the seven segment numeric display.","The channel name used in the system was not described in an MDF file, was not described correctly or the Modul_Id used in the file does not match.","Check MDF files. The system must be restarted after correcting an error.",""]
[13123002,"Analog I/O driver could not be created (E6A2)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123003,"Analog I/O driver could not be created (E6A3)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123004,"An error occurred reading the analog channels (E6A4)","2001-03-08","","","Contact Trumpf Customer Service.",""]
[13123005,"An error occurred writing the analog channels (E6A5)","2001-03-08","","","Contact Trumpf Customer Service.",""]
[13123006,"An analog I/O input could not be created (E6A2)","2001-03-08","The system is not changing over to cyclic operation.  Both decimal points stay on in the seven segment numeric display.","The number of an analog input was probably already assigned by another module.","Check MDF files. The system must be restarted after correcting an error.",""]
[13123007,"An analog I/O input could not be created (E6A7)","2001-03-08","The system is not changing over to cyclic operation.  Both decimal points stay on in the seven segment numeric display.","System error","Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123008,"An analog I/O output could not be created (E6A8)","2001-03-08","The system is not changing over to cyclic operation.  Both decimal points stay on in the seven segment numeric display.","The number of an analog output was probably already assigned by another module.","Check MDF files. The system must be restarted after correcting an error.",""]
[13123009,"An analog I/O output could not be created (E6A9)","2001-03-08","The system is not changing over to cyclic operation.  Both decimal points stay on in the seven segment numeric display.","System error","Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123010,"Error setting the filter parameters for analog channels (E6 AA) error number: %1","2001-03-08","The system is not changing over to cyclic operation.  Both decimal points stay on in the seven segment numeric display.","The number of an analog channel was probably already assigned by another module.","Check MDF files. The system must be restarted after correcting an error.",""]
[13123011,"An error occurred while determining the analog I/0 parameters (E6AB)","2001-12-11","The system does not go into cyclic mode because the name of an analog channel has not been found. Both decimal points light up on the seven segment numeric display.","The channel name used in the system was not described in an MDF file, was not described correctly or the Modul_Id used in the file does not match.","Check MDF files. Restart system after fault elimination.",""]
[13123012,"An error occurred while determining the analog I/0 parameters (E6AB)","2001-12-11","The system does not go into cyclic mode because the name of an analog channel has not been found. Both decimal points light up on the seven segment numeric display.","The channel name used in the system was not described in an MDF file, was not described correctly or the Modul_Id used in the file does not match.","Check MDF files. Restart system after fault elimination.",""]
[13123013,"Voltage at the MFB analog inputs is too high for zero balancing (E6AD)","2003-02-24","Zero balancing cannot be carried out because the voltage at one of the 6 analog inputs is larger than 100 mV.","Plug X4 at control unit TASC 3 was not disconnected before zero balancing","",""]
[13123014,"Added up errors of analog inputs (wire breakage or saturation) (E6AE)","2004-06-29","Beam is switched off","Wire breakage or saturation at one of the analog ASI inputs\nThis error is triggered, if the TASC control reads out value 0x7fff from the DP/ASI link twice","Check luminous diodes of ASI slaves\nExchange ASI slaves.\nCheck cables and contacts and exchange them if necessary.","By means of luminous diodes you can check on the ASI slave if a wire breakage or saturation has occured. On a terminal that is connected to plug X10, the channel number of the defective channel can be displayed vial job 162."]
[13123101,"An error occurred while determining the digital I/O parameters (E7A1)","2001-12-11","The system is not changing over to cyclic operation, because the name of a digital channel could not be found. Both decimal points stay on in the seven segment numeric display.","The channel name used in the system was not described in an MDF file, was not described correctly or the Modul_Id used in the file does not match.","Check MDF files. Restart system after fault elimination.",""]
[13123102,"Digital I/O driver could not be created (E7A2)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123103,"Digital I/O driver could not be created (E7A2)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123104,"Digital I/O driver could not be created (E7A4)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123105,"Profibus could not be initialized (E7A5)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123106,"Profibus write access failed (E7A6)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123107,"A digital input could not be created (E7A7)","2001-03-08","The system is not changing over to cyclic operation.  Both decimal points stay on in the seven segment numeric display.","The bit/byte combination entered in the MDF file has probably already been assigned by a different module.","Check MDF files. The system must be restarted after correcting an error.",""]
[13123108,"A digital input could not be created (E7A8)","2001-03-08","The system is not changing over to cyclic operation.  Both decimal points stay on in the seven segment numeric display.","System error","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123109,"A digital output could not be created (E7A9)","2001-03-08","The system is not changing over to cyclic operation.  Both decimal points stay on in the seven segment numeric display.","The bit/byte combination entered in the MDF file has probably already been assigned by a different module.","Check MDF files. The system must be restarted after correcting an error.",""]
[13123110,"A digital output could not be created (E7AA)","2001-03-08","The system is not changing over to cyclic operation.  Both decimal points stay on in the seven segment numeric display.","System error","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123112,"Error copying data block ls3dp.bin (E7AC)","2001-12-11","The system does not go into cyclic mode. Watch dog is not triggered. The 24V supply remains switched off. The laser cannot be switched on. Both decimal points light up on the seven segment numeric display.","System error","- switch the machine off and on again.\n- contact TRUMPF Technical Customer Service and state error number and exact error text.",""]
[13123113,"An error was detected reading back the digital outputs/inputs (E7AD)","2001-12-11","At input 104.7 a signal '1' was read, but a signal '0' was expected. The watchdog is switched off. The 24V supply is switched off. The laser cannot be switched on.","(1) The connection between input 104.7 and output 102.7 is missing. (2) Communication via the profibus is faulty. (3) The Bosch PLC module has been incorrectly configured or there is a hardware defect.","(1) Check connection between input 104.7 and output 102.7. (2) Check seven segment numeric display of Bosch PLC module. After start-up of the TASC3 control the right-hand decimal point must light up on the display.",""]
[13123114,"An error was detected reading back the digital outputs/inputs (E7AE)","2001-12-11","At input 104.7 a signal '0' was read, but a signal '1' was expected. The watchdog is switched off. The 24V supply is switched off. The laser cannot be switched on.","(1) The connection between input 104.7 and output 102.7 is missing. (2) Communication via the profibus is faulty. (3) The Bosch PLC module has been incorrectly configured or there is a hardware defect.","(1) Check connection between input 104.7 and output 102.7. (2) Check seven segment numeric display of Bosch PLC module. After start-up of the TASC3 control the right-hand decimal point must light up on the display.",""]
[13123115,"An error occurred while determining the digital I/O parameters (E7AF)","2001-12-11","The system does not go into cyclic mode, as the name of the digital channel could not be found. Both decimal points light up on the seven segment numeric display.","The channel name used in the system was not described in an MDF file, was not described correctly or the Modul_Id used in the file does not match.","Check MDF files. Restart system after error elimination.",""]
[13123116,"An error occurred while determining the digital I/O parameters (E7B0)","2001-12-11","The system does not go into cyclic mode, as the name of the digital channel could not be found. Both decimal points light up on the seven segment numeric display.","The channel name used in the system was not described in an MDF file, was not described correctly or the Modul_Id used in the file does not match.","Check MDF files. Restart system after error elimination.",""]
[13123117,"Mailbox:  No connection to DP/ASI link  (E7B1, E7L1)","2005-07-27","Beam is not enabled","The Profibus cable is defective.\nThe terminal resistances of the Profibus cable have been set incorrectly.\nThe power supply for the DP/ASI gateway is not working.","Check Profibus cable.","The attempt to form a connection to the DP/ASI gateway was cancelled after a Timeout time of 20 seconds."]
[13123118,"Mailbox:  Error during command execution (E7B2, E7L2)","2005-07-27","Beam is not enabled","The Profibus cable is defective.\nThe terminal resistances of the Profibus cable have been set incorrectly.\nThe power supply for the DP/ASI gateway is not working.","If the error re-occurs after pressing the reset key, please inform Customer Service.","An error has occurred while executing a mailbox command. The command processing was cancelled after a Timeout time of 20 seconds. The error occurred during the initialization of the ASI slaves."]
[13123119,"Error during communication with the DP/ASI gateway (E7B3, E7L3)","2005-07-27","Beam is not enabled","ASI slave defective, gateway defective.\nThe slaves in the ASI circuit are configured incorrectly","DP/ASI gateway, check cable and slave module. Contact Trumpf Customer Service.",""]
[13123130,"Copy disable of the input image active on the master module","2019-05-13","Laser is switched off or shut down because the I/O bus is switched off. Only the EtherCat system errors from the range 13102433 -13102456 appear.","EtherCAT subsystem detects system error and activates the copy disable of the input image on the TASC. This is done by setting the input bit E162.1 = E162.2 = 1 on the Profibus master of the TASC.","Follow the instructions for errors 13102433 - 13102456.","This mechanism prevents the output of nearly all other laser errors, which appear in this case as consequential errors."]
[13123401,"An IP address does not match the format xxx.xxx.xxx.xxx (EAA1)","2016-08-04","The displayed values are retained until they are corrected.","One or more IP addresses are entered in invalid form in the file: 'sysdat.mdf'.","Perform software update at the TASC.","All IP addresses specified must have the format: xxx.xxx.xxx.xxx."]
[13123402,"The TASC3 network settings have been changed, the system needs to be restarted (EAA2)","2008-02-08","The alarm is constantly active. The beam cannot be switched on.","1) The IP address of TASC3 has been changed.\n2) The network settings of TASC3 are corrupt. The software driver for the network chip and/or the set IP address are defective.","1) The new IP address is active only after the control system is booted. Switch the control system off and on again.\n2) Two restarts are required. The standard values for the network settings are thus loaded and activated.","If the manual changes are incorrect, two restarts are required. The standard values for the network settings are thus loaded."]
[13123501,"An error occurred while determining the machine data parameters (EBA1, ELA1)","2001-03-08","The system is not changing over to cyclic operation, because the name or module ID of the machine data could not be found. Both decimal points stay on in the seven segment numeric display.","The machine data name used in the system was not described in an MDF file, was not described correctly or the Modul_Id used in the file does not match.","Check MDF files. The system must be restarted after correcting an error.",""]
[13123502,"An error occurred while determining the machine data array parameters (EBA2, ELA2)","2001-03-08","The system is not changing over to cyclic operation, because the name or module ID of the machine data array could not be found. Both decimal points stay on in the seven segment numeric display.","The machine data array name used in the system was not described in an MDF file, was not described correctly or the Modul_Id used in the file does not match.","Check MDF files. The system must be restarted after correcting an error.",""]
[13123503,"An error occurred while determining the machine parameters (EBA3)","2001-12-11","The system does not go into cyclic mode, as the name of the machine data could not be found. Both decimal points light up on the seven segment numeric display.","The machine data used in the system was not described in an MDF file, was not described correctly or the Modul_Id used in the file does not match.","Check MDF files. Restart system after error elimination.",""]
[13123504,"Error while creating a machine data object (EBA4, ELA4)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","System error","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123505,"Error while creating a machine data array object (EBA5, ELA5)","2001-12-11","The system is not starting up. Both decimal points light up on the seven segment numeric display.","System error","Turn main switch off and back on once again. \nNotify customer service if the error cannot be corrected.",""]
[13123506,"Error while creating a machine data array object (EBA6, ELA6)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123509,"File cannot be opened for reading (EBA9, ELA9)","2001-03-08","No machine data could be saved.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123510,"TMP file cannot be opened for writing (EBA9, ELA9)","2001-03-08","No machine data could be saved.","","Remove \nwrite protection. \nTurn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123511,"File cannot be opened for reading (EBAB, ELAL)","2001-03-08","No machine data could be saved.","","Turn off main switch once again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123512,"TMP file cannot be opened for writing (EBAC, ELAC)","2001-03-08","No machine data could be saved.","","Remove \nwrite protection.  \nTurn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123513,"Writing access attempt failed (EBAD, ELAD)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123514,"Writing access attempt failed (EBAE, ELAE)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123515,"Writing access attempt failed (EBAF, ELAF)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123516,"Writing access attempt failed (EBB0, ELL0)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123517,"Writing access attempt failed (EBB1, ELL1)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123518,"Writing access attempt failed (EBB2, ELL2)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123519,"Writing access attempt failed (EBB3, ELL3)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123521,"An error occurred writing the file extension (EBB5, ELL5)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123522,"An error occurred writing the file extension (EBB6, ELL6)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123523,"An error occurred writing the file extension (EBB7, ELL7)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123524,"An error occurred writing the file extension (EBB8, ELL8)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123525,"An error occurred writing the file extension (EBB9, ELL9)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123527,"An error occurred checking the file extension (EBBB, ELLL)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123528,"An error occurred checking the file extension (EBBC, ELLC)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123529,"Deleting a TMP file failed (EBBD, ELLD)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123530,"An error occurred checking the machine data (EBBE, ELLE)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123531,"An error occurred checking the file extension (EBBF, ELLF)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123532,"An error occurred checking the file extension (EBC0, ELC0)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123533,"Deleting a TMP file failed (EBC1, ELC1)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123535,"An error occurred checking the machine data (EBC3, ELC3)","2001-03-08","No machine data could be saved.","","Call 'Save machine data' again. \nIf the error cannot be corrected, customer service must be notified.",""]
[13123901,"An error occurred evaluating the module description files (MDF) (EFA1)","2001-03-08","The all.mdf file cannot be opened and analyzed.      The system is not starting up. Both decimal points stay on in the seven segment numeric display.","The all.mdf file is corrupt or contained by the file system.","Check module description files.  Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123902,"An error occurred evaluating the module description files (MDF) (EFA2)","2001-03-08","An error occurred processing the all.mdf file.      The system is not starting up. Both decimal points stay on in the seven segment numeric display.","The all.mdf file is corrupt.","Check module description files.  Turn off main switch once again.  If the error cannot be corrected, customer service must be notified.",""]
[13123903,"An error occurred evaluating the module description files (MDF) (EFA3)","2001-03-08","The switch.dif file cannot be opened and analyzed.      The system is not starting up. Both decimal points stay on in the seven segment numeric display.","The switch.dif file is corrupt or not contained by the file system.","Check module description files.  Turn off main switch once again.   If the error cannot be corrected, customer service must be notified.",""]
[13123904,"An error occurred evaluating the module description files (MDF) (EFA4)","2001-03-08","An error occurred processing the switch.dif file.      The system is not starting up. Both decimal points stay on in the seven segment numeric display.","The switch.dif file is corrupt.","Check module description files. Turn off main switch once again.  If the error cannot be corrected, customer service must be notified.",""]
[13123905,"An error occurred evaluating the module description files (MDF) (EFA5)","2001-03-08","An error occurred processing the all.mdf file.      The system is not starting up. Both decimal points stay on in the seven segment numeric display.","To determine the required memory, all description files which have been entered in the all.mdf file are opened. One of the files entered here is corrupt or does not exist.","Check module description files.  Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123906,"An error occurred evaluating the module description files (MDF) (EFA6)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","The wrong hardware address was entered in the hardware.mdf file when defining the copying events for the digital channels.","Correct the entry where #3 $nn appears.  Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123907,"An error occurred evaluating the module description files (MDF) (EFA7)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","The wrong hardware address was entered in the hardware.mdf file when defining the copying events for the analog channels.","Correct the entry where #3 $nn appears.  Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123908,"An error occurred evaluating the module description files (MDF) (EFA8)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","A bad data type was entered in a module description file when defining a machine data array.","Correct the entry where #3 $nn appears.  Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123909,"An error occurred evaluating the module description files (MDF) (EFA9)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","An error occurred sorting copy functions.                     No transmission direction was entered in the hardware.mdf file when defining the copying events.","The entry at the #2 $nn point in hardware.mdf file must be checked and corrected if required.  Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123910,"An error occurred evaluating the module description files (MDF) (EFAA)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123911,"An error occurred selecting the module description files (MDF) (EFAB, EFAL)","2001-03-08","An error occurred opening a module description file.  The system is not starting up. Both decimal points stay on in the seven segment numeric display.","The selected file does not exist.                                                    The entry in the first line of the file does not match the file name.","Check module description files.  Turn off main switch once again. If the error cannot be corrected, Trumpf Customer Service must be notified.",""]
[13123912,"An error occurred determining useful data lines within a module description file (MDF) (EFAC)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Check module description files.  Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123913,"An error occurred determining useful data lines within a module description file (MDF) (EFAD)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Check module description files.  Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13123914,"An error occurred evaluating a module description file (MDF) (EFAE)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","","Check module description files.  Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13124401,"Timeout has occurred during initialization the COM2 channel (F4A1)","2001-03-08","The system is changing over to cyclic operation with a delay. Communication over the serial interface is not possible. This means that no control panel can be connected to the control system via the V24 interface.","The machine data accompanying the COM2 channel cannot be read or is corrupt.","Due to an error, the initialization of the COM2 channel cannot be completed. This error has already triggered an alarm. So that system can change over to cyclic operation for enhanced start-up and diagnostics, this alarm will be triggered and the initialization ended after a delay. Please determine the real cause of the error by checking the alarms which have already occurred whose number begins with 131244.",""]
[13124402,"The send loop buffer for the COM2 channel is full (F4A2)","2001-03-08","The COM2 channel received more transmission requests than can be processed. This caused a queue to overflow. Individual telegrams were lost.","No telegram recipient connected to the interface.","Saving the logged telegrams. Check if logging indicates unusual items such as frequently retransmitted telegrams or similar events. Cancel alarm with RESET. \nIf the alarm cannot be deleted, notify technical customer service. It may be necessary to switch off and then switch the system again.",""]
[13124404,"Alarm machine data is not readable when the buffer overflows (F4A4)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttlsv2.mdf file\nEntry for ttlsv2 in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttlsv2.mdf file:\n#1 $MD_ALARM_BUFFER_OVERFLOW  #2 $0 #3 $UNS_LONG #4   \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttlsv2.mdf  \n\nContact Trumpf Customer Service",""]
[13124405,"Timeout machine data cannot be created at initialization (F4A5)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttlsv2.mdf file \nEntry for ttlsv2 in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttlsv2.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttlsv2.mdf \n\nContact Trumpf Customer Service",""]
[13124406,"Timeout machine data could not be created when sending (F4A5)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttlsv2.mdf file \nEntry for ttlsv2 in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttlsv2.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file:\n#1 $ttlsv2.mdf  \n\nContact Trumpf Customer Service",""]
[13124407,"Timeout 3 machine data could not be created (F4A7)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttlsv2.mdf file \nEntry for ttlsv2 in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttlsv2.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttlsv2.mdf  \n\nContact Trumpf Customer Service",""]
[13124408,"Internal channel active machine data could not be created (F4A8)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttlsv2.mdf file \nEntry for ttlsv2 in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttlsv2.mdf file:\n#1 $MD_AKTIV  #2 $0 #3 $UNS_LONG #4   \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttlsv2.mdf  \n\nContact Trumpf Customer Service",""]
[13124701,"Timeout has occurred during initialization of the Profibus master channel (F7A1)","2001-03-08","The system is changing over to cyclic operation with a delay. Communication over the Profibus master channel is not possible. This means the Profibus slaves do not have a connection to the control system.","The machine data accompanying the Profibus master channel cannot be read or is corrupt.","Due to an error, the initialization of the Profibus master channel cannot be completed. This error has already triggered an alarm. So that system can change over to cyclic operation for enhanced start-up and diagnostics, this alarm will be triggered and the initialization ended after a delay. Please determine the real cause of the error by checking the alarms which have already occurred whose number begins with 131247.",""]
[13124702,"The send loop buffer for the Profibus master channel is full (F7A2)","2001-12-11","The Profibus master channel received more transmission requests than can be processed. This caused a queue to overflow. Individual telegrams were lost.","No telegram recipient connected to the interface\nDefective Profibus cable, terminal resistances set incorrectly, wrong generator software version, incorrect description file hardware.mdf.","Save the logged telegrams. Check if logging indicates unusual items such as frequently retransmitted telegrams or similar events. Cancel alarm with RESET. \nIf the alarm cannot be deleted, notify technical customer service. It may be necessary to switch off and then switch the system again.",""]
[13124703,"Transmission timeout for Profibus master (F7A3)","2001-12-11","The transmission of a telegram has exceeded the allowable time limit. The telegram will be lost.","One of the connected Profibus slaves is no longer being operated. The Profibus connection has been interrupted. Defective Profibus cable, incorrectly set terminal resistances, wrong generator software version, incorrect description file hardware.mdf.","Check if the Profibus connections are in working order and if the lines are correctly terminated. \nNotify customer service.",""]
[13124704,"Alarm machine data is not readable when the buffer overflows (F7A4)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofim.mdf file \nEntry for ttprofim in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofim.mdf file: \n#1 $MD_ALARM_BUFFER_OVERFLOW  #2 $0 #3 $UNS_LONG #4   \n\nCheck if the following line is contained in the all.mdf file:\n#1 $ttprofim.mdf  \n\nContact Trumpf Customer Service",""]
[13124705,"Timeout machine data cannot be created at initialization (F7A5)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofim.mdf file \nEntry for ttprofim in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofim.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofim.mdf  \n\nContact Trumpf Customer Service",""]
[13124706,"Timeout machine data could not be created when sending (F4A6)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofim.mdf file \nEntry for ttprofim in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofim.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofim.mdf  \n\nContact Trumpf Customer Service",""]
[13124707,"Timeout 3 machine data could not be created (F7A7)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofim.mdf file \nEntry for ttprofim in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofim.mdf file:\n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofim.mdf  \n\nContact Trumpf Customer Service",""]
[13124708,"Profibus channel active machine data could not be created (F7A8)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofim.mdf file \nEntry for ttprofim in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofim.mdf file: \n#1 $MD_AKTIV  #2 $0 #3 $UNS_LONG #4   \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofim.mdf  \n\nContact Trumpf Customer Service",""]
[13124709,"Profibus station addresses machine data could not be created (F7A9)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofim.mdf file \nEntry for ttprofim in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofim.mdf file: \n#1 $MD_PROFITELEADDR #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofim.mdf  \n\nContact Trumpf Customer Service",""]
[13124710,"Profibus position address assigned twice (F7AA)","2001-03-08","The system is not changing over to cyclic operation, because there is an error in the address data. At least one of the bitbus slave addresses contained in the ttbitbus.mdf file has already been assigned to a different telegram position. Both decimal points stay on in the seven segment numeric display.","The ttprofim.mdf filed contains an incorrect address.","Check the following line contained in the ttprofim.mdf file: \n#1 $MD_PROFITELEADDR #2 $0 #3 $UNS_LONG #4 $3\nand see if the numbers preceded by a $ which come after #4 really match the addresses of the existing Profibus positions. If this is not the case, correct the address values and start the unit once again. If the data is correct, contact Trumpf Customer Service.",""]
[13124711,"Transmission telegram has an invalid address (F7AB, F7AL)","2001-03-08","The Profibus channel has received a telegram for transmission, but there is no Profibus position for that address. The telegram will be lost.","","Cancel alarm with RESET. \nContact Trumpf Customer Service.",""]
[13124712,"Transmission telegram contains too much data (F7AC)","2001-03-08","Some positions on the Profibus only have 80 Bytes or less as their useful data length. The useful data of this telegram exceeds the maximum allowable length and will be lost.","A telegram having useful data exceeding the allowable length was transmitted in the control system. This can occur if a telegram exceeding the allowable length is transmitted to several stations and one of the stations has a shorter useful data length.","Cancel alarm with RESET. \nContact Trumpf Customer Service.",""]
[13124713,"Received telegram has bad check sum (F7AD)","2001-03-08","The telegram data is corrupt and the telegram will not be transmitted further.","","Cancel alarm with RESET. \nIf the alarm cannot be deleted or occurs repeatedly, check the Profibus system of the master module for missing or bad line termination. Contact Trumpf Customer Service.",""]
[13124714,"Received telegram has bad check sum and the buffer is too low (F7AE)","2001-03-08","The telegram data is corrupt and the telegram length is invalid. The telegram will not be transmitted further","","Cancel alarm with RESET. \nIf the alarm cannot be deleted or occurs repeatedly, check the Profibus system of the master module for missing or bad line termination. Contact Trumpf Customer Service.",""]
[13124715,"Machine data for Profibus station useful data lengths could not be created (F7AF)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofim.mdf file \nEntry for ttprofim in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofim.mdf file:\n#1 $MD_PROFITELE_LEN #2 $0 #3 $UNS_LONG #4 \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofim.mdf  \n\nContact Trumpf Customer Service",""]
[13124716,"Profimaster machine data MP_master cannot be read (F7L0/ F7B0)","2001-04-09","Control system is no longer ready for use","System error","Switch off the main switch again.\nIf the error cannot be resolved, Customer Service must be notified.",""]
[13124717,"There is no sign of life at the remote station (F7B1, F7L1)","2004-10-01","The beam is being switched off.","Replace the laser control system using Profibus data with a remote station. A symbol will be switched on and off repeatedly in cycles to indicate to the remote station that the data are valid. If this signal change of the machine is missing for more than 0.5 seconds, the laser control system will trigger this alarm.","Check to see whether the machine control system is switched on and running normally.\n\nCheck to see whether the profibus cable between machine control and laser control system is plugged in and the terminal resistances on the plugs are adjusted correctly.","The appearance of this alarm after a warm start is normal, because the cyclical signal change can not be guaranteed during the start-up of the machine control system."]
[13124718,"This function is not yet allocated.","2004-10-01","","","",""]
[13124801,"Timeout has occurred during initialization of the Profibus slave channel (F7A1)","2001-03-08","The system is changing over to cyclic operation with a delay. Communication on the Profibus slave channel is not possible. This means the control system cannot receive commands on the Profibus channel.","The machine data accompanying the Profibus slave channel cannot be read or is corrupt.","Due to an error, the initialization of the Profibus slave channel cannot be completed. This error has already triggered an alarm. So that system can change over to cyclic operation for enhanced start-up and diagnostics, this alarm will be triggered and the initialization ended after a delay. Please determine the real cause of the error by checking the alarms which have already occurred whose number begins with 131248.",""]
[13124802,"The send loop buffer for the Profibus slave channel is full (F8A2)","2001-03-08","The Profibus slave channel received more transmission requests than can be processed. This caused a queue to overflow. Individual telegrams were lost.","No telegram recipient connected to the interface.","Saving the logged telegrams. Check if logging indicates unusual items such as frequently retransmitted telegrams or similar events. Cancel alarm with RESET. \nIf the alarm cannot be deleted, contact Trumpf Customer Service. It may be necessary to switch the system off and then switch it on again.",""]
[13124803,"Send timeout for Profibus master (F8A3)","2001-03-08","The transmission of a telegram has exceeded the allowable time limit. The telegram will be lost.","The partner Profibus master module is no longer being operated correctly. \nThe Profibus connection has been interrupted.","Check if the Profibus connections are in working order and if the lines are correctly terminated. \nContact Trumpf Customer Service.",""]
[13124804,"Alarm machine data is not readable when the buffer overflows (F8A4)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofi.mdf file \nEntry for ttprofi in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofi.mdf file: \n#1 $MD_ALARM_BUFFER_OVERFLOW  #2 $0 #3 $UNS_LONG #4   \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofi.mdf  \n\nContact Trumpf Customer Service",""]
[13124805,"Timeout machine data cannot be created at initialization (F8A5)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofi.mdf file \nEntry for ttprofi in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofi.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofi.mdf  \n\nContact Trumpf Customer Service",""]
[13124806,"Timeout machine data could not be created when sending (F8A6)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofi.mdf file \nEntry for ttprofi in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofi.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofi.mdf  \n\nContact Trumpf Customer Service",""]
[13124807,"Timeout 3 machine data could not be created (F8A7)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofi.mdf file \nEntry for ttprofi in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofi.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofi.mdf  \n\nContact Trumpf Customer Service",""]
[13124808,"Machine data could not be created for active Profibus slave channel (F8A8)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofi.mdf file \nEntry for ttprofi in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofi.mdf file: \n#1 $MD_AKTIV  #2 $0 #3 $UNS_LONG #4   \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofi.mdf  \n\nContact Trumpf Customer Service",""]
[13124809,"Profibus station addresses machine data could not be created (F8A9)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofi.mdf file \nEntry for ttprofi in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofi.mdf file: \n#1 $MD_PROFITELEADDR #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofi.mdf  \n\nContact Trumpf Customer Service",""]
[13124810,"Profibus position address assigned twice (F8AA)","2001-03-08","The system is not changing over to cyclic operation, because there is an error in the address data. At least one of the bitbus slave addresses contained in the ttbitbus.mdf file has already been assigned to a different telegram position. Both decimal points stay on in the seven segment numeric display.","The ttprofi.mdf file contains an incorrect address.","Check the following line contained in the ttprofi.mdf file \n#1 $MD_PROFITELEADDR #2 $0 #3 $UNS_LONG #4 $3\nand see if the numbers preceded by a $ which come after #4 really match the addresses of the existing Profibus positions. If this is not the case, correct the address values and start the unit once again. If the data is correct, you have to contact Trumpf Customer Service.",""]
[13124811,"Transmission telegram has an invalid address (F8AB, F8AL)","2001-03-08","The Profibus channel has received a telegram for transmission - but there is no Profibus position for that address. The telegram will be lost.","","Cancel alarm with RESET. \nContact Trumpf Customer Service.",""]
[13124812,"Transmission telegram contains too much data (F8AC)","2001-03-08","Some positions on the Profibus only have 80 Bytes or less as their useful data length. The usefully data of this telegram exceeds the maximum allowable length and will be lost.","A telegram having useful data exceeding the allowable length was transmitted in the control system. This can occur if a telegram exceeding the allowable length is transmitted to several stations and one of the stations has a shorter useful data length.","Cancel alarm with RESET. \nContact Trumpf Customer Service.",""]
[13124813,"Received telegram has bad check sum (F8AD)","2001-03-08","The telegram data is corrupt and the telegram will not be transmitted further.","","Cancel alarm with RESET. \nIf the alarm cannot be deleted or occurs repeatedly, check the Profibus system of the slave module for missing or bad line termination. Contact Trumpf Customer Service.",""]
[13124814,"Received telegram has bad check sum and the buffer is too low (F8AE)","2001-03-08","The telegram data is corrupt and the telegram length is invalid. The telegram will not be transmitted further","","Cancel alarm with RESET. \nIf the alarm cannot be deleted or occurs repeatedly, check the Profibus system of the slave module for missing or bad line termination. Contact Trumpf Customer Service.",""]
[13124815,"Machine data for Profibus station useful data lengths could not be created (F8AF)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttprofi.mdf file \nEntry for ttprofi in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttprofi.mdf file: \n#1 $MD_PROFITELE_LEN #2 $0 #3 $UNS_LONG #4 \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttprofi.mdf  \n\nContact Trumpf Customer Service",""]
[13124816,"Profimaster machine data MP_master cannot be read (F8L0/ F8B0)","2001-04-09","Control system is no longer ready for use","System error","Switch off the main switch again.\nIf the error cannot be resolved, Customer Service must be notified.",""]
[13124817,"Profibus slave, life sign of opposite side missing (F8B1, F8L1)","2014-08-11","Beam enable is reset.","The laser is connected to the machine via the Profibus. The machine must change one bit cyclically from 0 to 1 and back to 0 as life sign. This change did not take place. The machine control may not be working correctly. A malfunction at the Profibus can also cause this alarm.","Check the Profibus connection to the superordinate machine control which has to be connected to plug X17 of the TASC laser control system.\nCheck whether the superordinate machine control is still running.",""]
[13124901,"Timeout has occurred during initialization of the bit bus channel (F9A1)","2001-03-08","The system is changing over to cyclic operation with a delay. Communication on the bitbus is not possible, telegrams on this bus are not being transmitted to the positions found on the bitbus.","The machine data accompanying the bitbus cannot be read or is corrupt. \nThe bitbus module is defective","Due to an error, the initialization of the bitbus channel cannot be completed. This error has already triggered an alarm. So that system can change over to cyclic operation for enhanced start-up and diagnostics, this alarm will be triggered and the initialization ended after a delay. Please determine the real cause of the error by checking the alarms which have already occurred whose number begins with 131249.",""]
[13124902,"The send loop buffer for the bit bus channel is full (F9A2)","2001-03-08","The bitbus channel received more transmission requests than can be processed. This caused a queue to overflow. Individual telegrams were lost.","Malfunction on Bitbus channel \nToo many telegrams were transmitted, for example as a result of a bouncing switch","Saving the logged telegrams. Check if logging indicates unusual items such as frequently retransmitted telegrams or similar events. Cancel alarm with RESET. \nIf the alarm cannot be deleted, notify technical customer service. It may be necessary to switch the system off and then switch it on again.",""]
[13124903,"Transmission timeout in the bitbus module (F9A3)","2001-03-08","A telegram could not be transmitted on the bitbus. The system status is not defined because information could not be transmitted.","Bitbus master module disturbance","Check and make a note of which light emitting diodes at the bitbus stations are on, including those of the master. Notify customer service. Confirm the alarm reset. \nIf the alarm cannot be deleted, the control system must be started up again before further operation with the system.",""]
[13124904,"Alarm machine data is not readable when the buffer overflows (F9A4)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttbitbus.mdf file \nEntry for ttbitbus in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttbitbus.mdf file:\n #1 $MD_ALARM_BUFFER_OVERFLOW  #2 $0 #3 $UNS_LONG #4   \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttbitbus.mdf  \n\nContact Trumpf Customer Service",""]
[13124905,"Timeout machine data cannot be created at initialization (F9A5)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttbitbus.mdf file \nEntry for ttbitbus in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttbitbus.mdf file:\n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttbitbus.mdf  \n\nContact Trumpf Customer Service",""]
[13124906,"Timeout machine data could not be created when sending (F9A6)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttbitbus.mdf file \nEntry for ttbitbus in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttbitbus.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttbitbus.mdf  \n\nContact Trumpf Customer Service",""]
[13124907,"Timeout 3 machine data could not be created (F9A7)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttbitbus.mdf file \nEntry for ttbitbus in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttbitbus.mdf file: \n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttbitbus.mdf \n\nContact Trumpf Customer Service",""]
[13124908,"Bitbus active machine data could not be created (F9A8)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read.","Corrupt ttbitbus.mdf file \nEntry for ttbitbus in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttbitbus.mdf file: \n#1 $MD_AKTIV  #2 $0 #3 $UNS_LONG #4   \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttbitbus.mdf  \n\nContact Trumpf Customer Service",""]
[13124909,"Bitbus station addresses machine data could not be created (F9A9)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttbitbus.mdf file \nEntry for ttbitbus in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttbitbus.mdf file: \n#1 $MD_BITBUSADDR #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttbitbus.mdf  \n\nContact Trumpf Customer Service",""]
[13124910,"Bitbus position address assigned twice (F7AA)","2001-03-08","The system is not changing over to cyclic operation, because there is an error in the address data. At least one of the bitbus slave addresses contained in the ttbitbus.mdf file has already been assigned to a different telegram position. Both decimal points stay on in the seven segment numeric display.","The ttbitbus.mdf filed contains an incorrect address.","Check the following line contained in the ttbitbus.mdf file \n#1 $MD_BITBUSADDR #2 $0 #3 $UNS_LONG #4 $8 \nand see if the numbers preceded by a $ which come after #4 really match the addresses of the existing bitbus positions. If this is not the case, correct the address values and start the unit once again. If the data is correct, you have to contact Trumpf Customer Service.",""]
[13124911,"Bitbus is master machine data could not be created (F7A8)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttbitbus.mdf file \nEntry for ttbitbus in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttbitbus.mdf file: \n#1 $MD_MASTER  #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file:\n#1 $ttbitbus.mdf  \n\nContact Trumpf Customer Service",""]
[13124912,"The Bitbus group cannot be addressed (F9AC)","2001-03-08","The system is not changing over to cyclic operation, because the machine data is indicating that the control system is equipped with a bitbus module but it cannot be addressed. Both decimal points stay on in the seven segment numeric display.","The bitbus was activated by means of machine data, although there is no module in the control system  The bitbus module is defective","Turn off main switch once again.\nIf the error cannot be corrected, customer service must be notified.",""]
[13124913,"Bitbus test machine data could not be created (F9AD)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttbitbus.mdf file \nEntry for ttbitbus in all.mdf is missing \nFile system of control system is corrupt","Check if the following line is contained in the ttbitbus.mdf file: \n#1 $MD_BBTEST  #2 $0 #3 $UNS_LONG #4  \n\nCheck if the following line is contained in the all.mdf file: \n#1 $ttbitbus.mdf  \n\nContact Trumpf Customer Service",""]
[13124914,"Bitbus master module has reported a fatal error (F9AE)","2001-03-08","The positions connected to the bitbus cannot exchange any more data with the control system. Safe operation of the system is no longer possible.","Defective bitbus master module \nMalfunctions at the connected slaves","Carry out check of bitbus system:  \n- Are optical fiber cable connections secure \n- Are any of the position LEDs on \n- Are any switch cabinet doors open \n- Are any positions unusually warm  \n\nContact Trumpf Customer Service.  \n\nContinuing operation of the system is only possible after the control system has been started again.",""]
[13124915,"Bitbus position timeout (F9AF)","2001-03-08","A bitbus position is no longer responding to the cyclic polling scan by the master","The fiber optic network is interrupted \nOne of the bitbus positions has no distribution voltage \nThe bitbus module of the position is defective \nThe optical fiber cables are defective or has buckled or is bent at too sharp an angle","Check and note down the state of the red and green LEDs at all the bitbus stations. \nCheck the distribution voltage of the positions Are the optical fiber cables connected and properly laid \nCheck if one of the bitbus positions is unusually warm \nAre the switch cabinet doors closed and is the switch cabinet cooling unit on? \nContact Trumpf Customer Service. \nConfirm the alarm reset. If required, switch the system off and switch it on again","If the alarm occurs with Alarm 13124918 Timeout at several bitbus positions, then the fiber optic network has presumably been interrupted. The cause should not be attributed to the position modules, but instead to the optical fiber cable or the distribution voltage of the stations."]
[13124916,"Bad data from a Bitbus position, error response (F9B0, F9L0)","2001-03-08","Data transfer via the bitbus can no longer be guaranteed; the system can revert to an undefined status.","Defective bitbus module","Check and note down the state of the red and green LEDs at all the bitbus stations. \nCheck the distribution voltage of the positions \nAre the optical fiber cables connected and properly laid? \nCheck if one of the bitbus positions is unusually warm \nAre the switch cabinet doors closed and is the switch cabinet cooling unit on? \nContact Trumpf Customer Service. \nConfirm the alarm reset. If required, switch the system off and switch it on again",""]
[13124917,"Send data was not accepted by recipient. (F9B1, F9L1)","2001-03-08","","Defective recipient module \nThe control which was the intended recipient of the transmission telegram, is not working or is not working correctly.","Check and note down the state of the red and green LEDs at all the bitbus stations. \nCheck the distribution voltage of the positions \nAre the optical fiber cables connected and properly laid?\nCheck if one of the bitbus positions is unusually warm \nAre the switch cabinet doors closed and is the switch cabinet cooling unit on? \nContact Trumpf Customer Service. \nConfirm the alarm reset. If required, switch the system off and switch it on again",""]
[13124918,"Timeout occurred for several Bitbus positions (F9B2, F9L2)","2001-03-08","Data transfer via the bitbus can no longer be guaranteed; the system can revert to an undefined status because the bitbus slaves are neither receiving data from the control system nor can data be transmitted to it.","Because several positions are no longer responding to the cyclic polling scan by the master, then the cause should be diagnosed on the optical fiber cable or the distribution voltage of the bitbus position.","Check and note down the state of the red and green LEDs at all the bitbus stations.\nCheck the distribution voltage of the positions Are the optical fiber cables connected and properly laid.\nCheck if one of the bitbus positions is unusually warm.\nAre the switch cabinet doors closed and is the switch cabinet cooling unit on?\nContact Trumpf Customer Service. Confirm the alarm reset. If required, switch the system off and switch it on again",""]
[13125001,"Timeout has occurred during initialization of the internal channel (FAA1)","2001-03-08","The system is changing over to cyclic operation with a delay. Communication on the internal channel is not possible. This means the control system's software module cannot receive or transmit any telegrams.","The machine data accompanying the internal channel cannot be read or is corrupt.","Due to an error, the initialization of the internal channel cannot be completed. This error has already triggered an alarm. So that system can change over to cyclic operation for enhanced start-up and diagnostics, this alarm will be triggered and the initialization ended after a delay. Please determine the real cause of the error by checking the alarms which have already occurred whose number begins with 131250.",""]
[13125002,"The send loop buffer for the internal channel is full (F4A2)","2001-03-08","The internal channel received more transmission requests than can be processed. This caused a queue to overflow. Individual telegrams were lost.","","Saving the logged telegrams. Check if logging indicates unusual items such as frequently retransmitted telegrams or similar events. Cancel alarm with RESET.\nIf the alarm cannot be deleted, notify technical customer service. It may be necessary to switch off and then switch the system again.",""]
[13125004,"Alarm machine data is not readable when the buffer overflows (FAA4)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read.","Corrupt ttintern.mdf file\nEntry for ttintern in all.mdf is missing\nFile system of control system is corrupt","Check if the following line is contained in the ttintern.mdf file:\n#1 $MD_ALARM_BUFFER_OVERFLOW  #2 $0 #3 $UNS_LONG #4\n\nCheck if the following line is contained in the all.mdf file:\n#1 $ttintern.mdf\n\nContact Trumpf Customer Service",""]
[13125005,"Timeout machine data cannot be created at initialization (FAA5)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttintern.mdf file Entry for ttintern in all.mdf is missing File system of control system is corrupt","Check if the following line is contained in the ttintern.mdf file:\n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4\n\nCheck if the following line is contained in the all.mdf file:\n#1 $ttintern.mdf\nContact Trumpf Customer Service",""]
[13125006,"Timeout machine data could not be created when sending (FAA6)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttintern.mdf file\nEntry for ttintern in all.mdf is missing\nFile system of control system is corrupt","Check if the following line is contained in the ttintern.mdf file:\n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4\n\nCheck if the following line is contained in the all.mdf file:\n#1 $ttintern.mdf\n\nContact Trumpf Customer Service",""]
[13125007,"Timeout 3 machine data could not be created (FAA7)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttintern.mdf file\nEntry for ttintern in all.mdf is missing\nFile system of control system is corrupt","Check if the following line is contained in the ttintern.mdf file:\n#1 $MD_ZEITEN #2 $0 #3 $UNS_LONG #4\n\nCheck if the following line is contained in the all.mdf file:\n#1 $ttintern.mdf\n\nContact Trumpf Customer Service",""]
[13125008,"Internal channel active machine data could not be created (FAA8)","2001-03-08","The system is not changing over to cyclic operation, because machine data could not be read. Both decimal points stay on in the seven segment numeric display.","Corrupt ttintern.mdf file\nEntry for ttintern in all.mdf is missing\nFile system of control system is corrupt","Check if the following line is contained in the ttintern.mdf file:\n#1 $MD_AKTIV  #2 $0 #3 $UNS_LONG #4\n\nCheck if the following line is contained in the all.mdf file:\n#1 $ttintern.mdf\n\nContact Trumpf Customer Service",""]
[13125101,"All telegram memories are allocated (FLA1, FBA1)","2001-03-08","There is no more system memory available for telegram data; communication between the control system and connected components is partially or completely faulty. The system is changing over to a secure state.","- The same telegram is being transmitted at each loop of the control due to a program error\n- A large number of status change telegrams are being transmitted, because there is currently a bouncing signal at one input","Backup the current telegram buffer Confirm the alarm reset.\nIf the alarm persists, consult information provided by Trumpf Customer Service, shutdown and restart the main switch to continue operation","This alarm will occur during intermittent overloading of the system and can then be deleted in this case. No statement can be made in this case as to which telegrams failed to be transmitted. In such a case, the state of the system is undefined. No damaging effects will occur, but for example, the desired laser output could not be set."]
[13125305,"Data logger (FDA5) : Not enough memory could be allocated.","2001-04-09","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","System error","Switch off the main switch again.\nIf the error cannot be resolved, Customer Service must be notified.",""]
[13125311,"Data logger (FDAB, FDAL) :  Error deleting the last logging file (TASC200.log)","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125312,"Data logger (FDAC) :  Logging file (1) could not be created","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125313,"No memory could be created for the logging entries (FDAD)","2001-03-08","The system is not starting up. Both decimal points stay on in the seven segment numeric display.","System error","Turn off main switch once again. If the error cannot be corrected, customer service must be notified.",""]
[13125314,"Data logger (FDAE) : Error writing a digital input, error code = %1","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125315,"Data logger (FDAF) : Error writing a digital output, error code = %1","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125316,"Data logger (FDB0, FDL0) : Error writing an analog input, error code = %1","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125317,"Data logger (FDB1, FDL1) : Error writing an analog output, error code = %1","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125318,"Data logger (FDB2, FDL2) :  Error writing an alarm, error code = %1","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125319,"Data logger (FDB3, FDL3) :  Error writing a telegram, error code = %1","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125320,"Data logger (FDB4, FDL4) :  Logging file (2) could not be created","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125321,"Data logger (FDB5, FDL5) :  Logging file (3) could not be created","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125322,"Data logger entry could not be read (FDB6, FDL6)","2001-03-08","","","Contact Trumpf Customer Service.",""]
[13125323,"Attempt to write to logging file failed (FDB7, FDL7)","2001-03-08","Bad logging entries","","Contact Trumpf Customer Service.",""]
[13125401,"The watchdog has been triggered (FEA1)","2013-02-22","The watchdog relay is opened. The system changes to a secure status and can only be operated again after a restart of the control.","The watchdog has the job of transferring the system to a secure status if it does not receive any signs of life from the control over a longer period of time. For this, the watchdog shuts off the power supply to its own components via a relay.\n\nPossible causes include:\nThe machine data is faulty.\nImportant machine data has been modified.\nThe maintenance data is not initialized yet.\nThere is an error in the software so that it cannot transmit any signs of life (e.g. endless loop).","Based on further error messages, it might be possible to narrow down what caused the triggering of the watchdog. To be able to put the system into an operational status, a restart of the control is required.",""]
[13200301,"The following cycles have been changed: %1 %2 %3 %4","2008-09-18","The laser power control reports that individual cycles have been changed.","-","-","-"]
[13200302,"Telegram %2 of address %1 wrong service mode.","2012-04-02","The command is not carried out","- The system is in Service mode 1 and an attempt was made to change the beam data via an operating computer with LP04 software.\n- The system is in Service mode 2 and an attempt was made to change the beam data via an LP04 control panel.","","The option 'Differentiated Service mode' was activated by MD156 bit 1. The activation of the two modes is performed by two service switches, each of which is assigned to a mode."]
[13200601,"The gas cylinder is almost empty. After the gas replacement, there are still %1 gas replacements possible.","2008-09-18","The message displays how many gas replacements are still possible with the CO2 laser even though the gas cylinder is empty.","-","-","-"]
[13200842,"Temperature below the lower measured value","2012-04-02","The high voltage is switched off","At least one of the sensors for the following temperatures has measured a temperature that is below than the lower limit of the measurement range: supply aluminum, supply copper, return outer electrode, return outer electrode, return output coupler, return rear mirror","",""]
[13201401,"Update generator software: %1 seconds of %2 seconds are finished.","2006-02-10","The message informs the operator how much time the update of the generator software needs in total and how much of this time has already passed.","-","-","-"]
[13201402,"Controller output ST1 of generator %1 reaches the limit value","2017-05-17","-","The transmission tube might have reached the consumption limit.","Contact TRUMPF Customer Service.","The RF tube will soon have reached the end of its service life."]
[13201403,"Amplification of the transmitting tube should be checked","2008-09-18","-","The transmitting tube amplification monitoring has been activated by setting MD140. The monitoring can be done only if the generator is operated with 100% nominal power for a sufficient period. This message is displayed measurement could not be carried out for a long time.","Provide the measuring conditions as soon as the production mode allows. For this, select a nominal power of 100% for closed beam trap and ignite the beam. If the message with number 13201404 is displayed, the measurement is ended and you can switch back to the production mode.",""]
[13201404,"The transmitting tube amplification test is complete","2008-09-18","-","The transmitting tube amplification monitoring is activated via MD140. Cyclical measurement of analog value ST1 is a part of this. If this measurement could not be carried out for a long time, the operator is requested to provide the measuring conditions. This message indicates that the measurement was carried out successfully.","You can switch back to the production mode.",""]
[13202001,"Warning mirror %d sensor %d. Counter %d of the maximum permissible %d warnings was not increased.","2017-05-17","A message is output.","","",""]
[13222501,"Message from the computer run with %1 parameter","2008-04-03","Display of a message on the control panel","A message was triggered by the DISPLVAL command in the computer run. The message contains a numerical value (parameter).","","Messages can show whether a prominent point in the computer run was passed. The message contains a parameter that can help in determining the point in the computer run at which this message was triggered."]
[13222502,"Computer run has been started.","2013-05-08","","","","The computer run can be ended at any time by starting job 354."]
[13222503,"Computer run active for %1 minutes","2013-05-08","","","","The computer run can be ended at any time by starting job 354."]
[13222504,"The computer run was ended after %1 seconds, alarms %2 ended by %3.","2013-05-08","","There are several causes for ending the computer run:\n1: The input file was machined until the end.\n2: Too many alarms occurred.\n3: The computer run was ended by job 352.\n4: The computer run was ended by job 354.\n5: The maximum size of the output table was reached.","",""]
[13300001,"Selftest successfully finished","1999-09-24","","","",""]
[13300002,"Change of the beam operation mode","1999-09-24","","","",""]
[13300003,"Test pressure for leakage test reached","1999-09-24","","","",""]
[13300004,"Leakage test aborted","1999-09-24","","","",""]
[13300005,"Leakage test finished","1999-09-24","","","",""]
[13300006,"Calibration finished","1999-09-24","","","",""]
[13300007,"Data back up finished","1999-09-24","","","",""]
[13300008,"Check oil level","1999-09-24","","","",""]
[13300009,"Change oil gas circulation","1999-09-24","","","",""]
[13300010,"Check water level","1999-09-24","","","",""]
[13300011,"Check water conductivity","1999-09-24","","","",""]
[13300012,"Check sacrificial anode","1999-09-24","","","",""]
[13300013,"Change battery","2001-03-09T14:11:00","","","",""]
[13300014,"Max. write cycles EEPROM","2001-03-09T14:11:00","","","",""]
[13300015,"Timeout of telegrams","2001-03-09T14:11:00","","","",""]
[13300016,"Power cycle finished","2001-03-09T14:11:00","","","",""]
[13300017,"Main switch off allowed","2001-03-09T14:11:00","","","",""]
[13300018,"Do not switch off main switch","2001-03-09T14:11:00","","","",""]
[13300019,"Change cooling water or top up additives","2010-04-08T09:04:00","","","",""]
[13300020,"Error telegram code","2001-03-09T14:11:00","","","",""]
[13300021,"Error telegram data length","1999-09-24","","","",""]
[13300022,"Error invalid sender","1999-09-24","","","",""]
[13300023,"Panel connected to wrong interface","1999-09-24","","","",""]
[13300024,"Save maschine data?","2001-03-09T14:11:00","","","",""]
[13300025,"Beam lock active","1999-09-24","","","",""]
[13300026,"Beam lock inactive","1999-09-24","","","",""]
[13300027,"Save power cycle data?","2001-03-09T14:11:00","","","",""]
[13300028,"Calibration started","1999-09-24","","","",""]
[13300029,"Initialization fault","1999-09-24","","","",""]
[13300030,"Switch off main switch (5 sec)","1999-09-24","","","",""]
[13300031,"Set clock","1999-09-24","","","",""]
[13300032,"Analog power active","1999-09-24","","","",""]
[13300033,"Analog power inactive","1999-09-24","","","",""]
[13300034,"Analog frequency active","1999-09-24","","","",""]
[13300035,"Analog frequency inactive","1999-09-24","","","",""]
[13300036,"Oil change vacuum pump","1999-09-24","","","",""]
[13300037,"Oscillation sensor battery defective","1999-09-24","","","",""]
[13300038,"Change water filter in the cooling unit","1999-09-24","","","",""]
[13300039,"Grease ventilator bearing","1999-09-24","","","",""]
[13300040,"Exchange cartridge bearings","1999-09-24","","","",""]
[13300041,"Oil change in compressor","1999-09-24","","","",""]
[13300042,"Exchange of diaphragm vacuum pump 1 recommended","2002-07-22T10:06:00","","","",""]
[13300043,"Exchange of diaphragm vacuum pump 2  recommended","2002-07-22T10:06:00","","","",""]
[13300044,"Temperature calibration finished","2003-05-09T13:53:00","","","",""]
[13300045,"Please wait, HF tube is pre-heated","2003-09-30T10:49:00","","","",""]
[13300046,"Gas exchange sequence in progress","2020-02-04T08:28:00","","","",""]
[13300047,"Gas exchange completed","2020-02-04T08:28:00","","","",""]
[13300048,"Signal 'Beam on without delay' not available","2004-06-29T13:58:00","","","",""]
[13300049,"Power reduction started","2004-12-07T11:10:00","","","",""]
[13300050,"Power reduction completed","2004-12-07T11:10:00","","","",""]
[13300051,"Reset lock active","2005-05-06T15:53:00","","","",""]
[13300052,"Carry out gas change","2005-07-27T07:30:00","","","",""]
[13300053,"Wrong date/time in the laser control. End the operating program and restart!","2017-10-17","The times for executing maintenance works on the CO2 laser show incorrect values.\nThe function of the laser is not restricted.","The TASC laser control was restarted without a restarting of the PC with the operating software for this control system.","- TRUMPF machine tool with CO2 laser:\nExit the operating software of the Trumpf machine tool and restart this application. Or switch the machine tool completely off and on again.\n- OEM CO2 laser:\nExit the LP04 operating software and restart this application.","Laser control systems of the TASC3 and TASC series up to software version V05.07.00.00 require the current time and date values during each restart. These values are transferred from the operating software to the laser control system."]
[13300054,"There is no beam enable","2012-06-29","Message is displayed.","It was attempted to switch on the high voltage via the digital input 'Beam on', via Profibus or via enable key, although there is no beam enable yet.","Wait for the beam enable before attempting to activate the high voltage.",""]
[13300055,"It is recommended to replace the UV lamp","2015-08-05","The UV lamp has exceeded the typical value for their service life. This may result in ignition difficulties for a CO2 laser.","As the hours of operation increase, the light energy of a UV lamp decreases.","Order a new UV lamp.",""]
[13300056,"It is recommended to replace the Quartz tubes","2018-08-01","","","Please have the Quartz tubes checked by a Service Department engineer during a maintenance visit.","Simply acknowledging the maintenance message will automatically reduce the maintenance interval to 1/10 of its original value."]
[13300101,"The debugging variable has the value %1","2012-01-20","-","The machine data of the laser control system includes an entry that does not equal 0 for the MD_DEBUG_MASK machine data. This entry can cause monitoring or functions to be disabled.","Get in touch with Service so that they can delete the entry from the machine data.",""]
[13300102,"The simulation variable has the value %1","2012-01-20","-","The machine data of the laser control system includes an entry that is not equal to 0 for the MD_SIMUL_MASK machine parameter. This entry can cause monitoring or functions to be disabled.","Get in touch with Service so that they can delete the entry from the machine data.",""]
[13300103,"Processing of the command %2 of the telegram address %1 refused.","2012-04-02","Message on the control panel","The option 'Differentiated Service mode' was selected by bit 1 of the machine data 156. The control panels connected to the control system no longer have equal status. Certain command can be issued only from one particular control panel. The other control panels serve merely as display instruments.\n\nCommands\n0x1: Beam on/off","",""]
[13300104,"Laser shutdown is complete","2012-06-29","Message is displayed.","The laser was shut down and is in its idle state. It is possible, however, that the cooling unit is still switched on, since it is required for cooling the machine axes.","",""]
[13300106,"MDF file for laser safety circuit was replaced! Control system start up required!","2013-08-09","Watchdog for TASC laser control system is deactivated.","A software update of the laser control system was performed.","TASC laser control unit must be switched off and then on again.",""]
[13300107,"CO laser: Purging cycle with nitrogen is active. Please wait.","2017-05-17","None.","The manual functions are active, the 'Open vacuum system' function has been started and the purging cycle with nitrogen for this resonator is active.","Please wait until message 13300108 appears.",""]
[13300108,"CO laser: Opening the resonator is permitted.","2017-05-17","None.","The purging cycle with nitrogen is finished. Opening the resonator is permitted. Only nitrogen flows.","",""]
[13300109,"The gas exchange starts in %1 minutes. Please wait.","2020-02-04","The TruC must cool down completely before the gas may be changed. The gas change is then performed automatically.","The discharge was switched on for less than 30 minutes.\nThe discharge was switched off less than 30 minutes ago.","Please wait for the displayed time and the gas change.\nDo not switch off the laser.\nOnly switch off the control during the waiting time in an emergency!","The message only appears for TruC."]
[13300302,"Service mode 2, access via control panel with address %1 is disabled, command %2 rejected.","2014-08-11","The command sent from the control panel to the control is not executed.","In service mode two, a distinction is made between a LP04 control panel and computer with LP04 software. Either the LP04 control panel or the computer is rejected, depending on the position of service switches 1 and 2.","","The 'Differentiated service mode' option was displayed by means of MD156 Bit1=1. Activation takes place automatically via the EtherCat. The modes are selected with the service switches, which are each assigned to a mode."]
[13300303,"Preheat TruCoax 3200, gating ratio limited from %1 to %2.","2013-05-08","The selected power was too high and is reduced automatically.","This message can only appear with the TruCoax 3200.\nIf the laser was switched off for a long time, a maximum gating ratio must not be exceeded when switching on high voltage in service mode. The gating ratio is automatically reduced if a nominal power is selected.","",""]
[13300304,"Service mode %1, access via control panel with address %2 is blocked, command %3 rejected.","2014-08-11","The command sent from the operating device currently used to the laser control system is not executed.","The EUV system is in service mode.\nAn attempt was made to make a change to the laser control system from an operating location currently not permitted.","If permissible, switch to a different service mode or change to a different operating location from where it is currently permitted to control the TLAmp.","The EUV system distinguishes between several service modes. The TLAmp may be controlled from exactly one operating location, depending on the position of the service switches."]
[13300305,"TruCoax: Gas conditioning is active","2019-11-22","During gas conditioning, the laser beam is switched on and off several times for 10s each.","Automatic gas conditioning after a gas change is activated. Maschine parameter MD160 shows a value >= 64.","Please wait for the end of the process without switching off the laser beam. The TASC indicates the end of the automatic gas conditioning with the message 13300306.","Automatic gas conditioning starts the first time the beam is switched on after a gas exchange, provided that it is an EUV TruCoax laser, i.e. MD157 = 512 and MD160 > = 64."]
[13300306,"TruCoax: Gas conditioning is finished","2019-11-22","No.","Automatic gas conditioning after a gas change is activated. Maschine parameter MD160 shows a value >= 64.","No.","Automatic gas conditioning starts the first time the beam is switched on after a gas exchange, provided that it is an EUV TruCoax laser, i.e. MD157 = 512 and MD160 > = 64."]
[13300401,"Energy-saving mode active. The blower %1 works at reduced RPM","2009-10-05","Beam enable is canceled","","The energy-saving mode can be switched off by means of machine data 134 = 0.\nThe turbine then remains independent of the activation of the machines at nominal RPM.","The machine control switches the ventilator over to energy-saving mode when the laser is not used for longer periods.\n(Profibus byte 99, bit 0)"]
[13300601,"The pressure control valve parameters have not been switched to values for RF phase calibration, cause %1.","2018-11-14","The parameters of the pressure control valve have not been switched over to the values for fast control. The values in MD7 and MD102 are still active. Parameter 1 describes the cause.","1 : The laser is not configured as a PR.\n2 : Service mode has not been activated.\n3 : The power supply to the RF module has not been switched on.\n4 : The phase calibration process is taking too long,","If cause =\n2 : Switch service mode on.\n3 : Switch the beam on in service mode.\n4 : At least one transistor module cannot be calibrated.","If cause =\n1 : Phase calibration will be started on a TruFlow Laser with a transistor generator for machine tools."]
[13300603,"HF phase calibration in progress, modified pressure control valve parameters are active.","2019-02-21","The 'Purge slowly' valve switches more frequently than normal. The gas pressure in the resonator fluctuates minimally.","The calibration of the HF modules with modified parameters for the pressure control valve of the resonator was started via the 'TruControlPower' operating software. The generator control requires the TASC control to make the pressure control react faster and more precisely.","Wait for the RF generator to complete the RF calibration.","Function can only be activated on RF generators with HF11 or MP23 modules if a Powercombiner is installed and the beam is switched on in service mode."]
[13301501,"'Modify machine data' telegram: incorrect service mode","2015-01-30","The command is not executed.","- The system is in service mode 1 and an attempt was made to modify machine data on an operating computer with LP04 software.\n- The system is in service mode 2 and an attempt was made to modify machine data on an LP04 control panel.","","The 'Differentiated service mode' option was selected by means of MD156 bit 1. The different modes are activated by means of several service switches, which are each assigned to a mode."]
[13301601,"Calibration active: duty cycle: %1, frequency: %2 Hz","2013-05-08","None","None","",""]
[13301602,"Laser power: Calibration procedure completed. No. %1","2015-05-04","None","The automatic laser calibration procedure was ended. Nominal power specifications are implemented correctly.","","The number is an indication of the type of calibration procedure and is only of interest for Trumpf development."]
[13301603,"Laser power: Please perform power calibration!","2015-05-04","None","The laser control system has determined that no characteristic curves for correct power preselection in pulsing mode have been created and saved yet.","Please start the power calibration.",""]
[13301901,"Blower is switched off","2017-10-17","","The blower can be switched off via Profibus byte 99, bit 6.\nByte 99.6 = 0 Blower on\nByte 99.6 = 1 Blower Off","","This switching function must be activated via the machine parameter MD134.\nThe machine parameter MD134 is bit-coded:\n0x00 function: 'Blower Standby' and 'Blower off' via Profibus\nare not active\n0x01 function: 'Blower Standby' active\n0x02 function: 'Blower off' active via Profibus\n0x03 Both functions are active"]
[13302431,"The monitoring of BTS-FFA is being activated","2015-11-18","In the EtherCat subsystem, the initialization of the additional EtherCAT terminals starts which is responsible for the control and monitoring of the BTS-FFA system.\nIf activation is performed before the EtherCAT terminals are connected, error messages from the BTS-FFA appear.","Bit5=0 was set in the laser machine data MD159.","Please wait until the initialization has been completed.\nBy repeatedly pressing the fault reset button, check whether the current alarms of the BTS-FFA can be deleted permanently.\nIf the activation is carried out during PreA1 ready-for-operation, the OK sign must be displayed again after successful completion.","The message only occurs for PreA1.\nThe EtherCAT subsystem reports this status via the mailbox functionality to the laser control.\nIn the EtherCAT system, the laser machine MD 159 bit 5 is remains active until the initialization has been successfully completed."]
[13302441,"EtherCat - status when saving or loading the security software, cause: 0x%1, checksum: 0x%3","2017-02-22","None.","Cause:\n0x300 = SAFE_PROJECT_BACKUP_STARTED: saving the software from a safety PLC has started.\n0x301 = SAFE_PROJECT_BACKUP_COMPLETE: saving is completed.\n0x310 = SAFE_PROJECT_RESTORE_STARTED: loading the software into a safety PLC has started.\n0x311 = SAFE_PROJECT_RESTORE_COMPLETE: loading is completed.","None.","The checksum always involves the CRC code of the security software to be saved or loaded."]
[13324701,"Profibus diagnostic address %1 Parameters %2 %3 %4","2012-04-02","The message is displayed.","Diagnostics were initiated by job 240. Only those participants that do not match the expected pattern are reported.","","The data are bit-coded. Bits 0 to 7 indicate error states."]
[20080002,"Warning: Laser power cycle no.: %1 contains incorrect data identifier '$%2'.","2009-05-29","The parameter identifier is incorrect for the uploaded power cycle. The parameters of the power cycle cannot be interpreted correctly.","- Defective manual modifications to the file '..\\dh\\mpf.dir\\pcycle.mpf'.- The file '.\\dh\\mpf.dir\\pcycle.mpf' is corrupt.","Default data is displayed for the power cycle with this number.","The parameters of this Laser power cycle are read from the file '..\\dh\\mpf.dir\\pcycle.mpf'. The identifier of at least one parameter type is incorrect.Permissible parameter types are $1, $2, $3, $4."]
[20080011,"Laser mach.data: incorrect object id no. %1 received","1996-09-13","","","",""]
[20080012,"Laser mach. read data: incorrect object type","1996-09-13","","","",""]
[20080013,"Laser mach. data incorrect identification (%1) received","1996-09-13","","","",""]
[20080014,"Incorrect data identification during storage of data on laser EEPROM,  Value: %1","1997-05-26","Telegram (0x5d) for storage of data in EEPROMS in the TASC 200 laser control is NOT transmitted because the code is unknown there.","1error in MMC software","",""]
[20080020,"Beam mode does not fit the parameters","1996-09-13","","","",""]
[20080031,"MMC-Laser: display control data not complete: %1 Timeouts reported","1998-01-30","The channel designations or physical sizes are missing from the RF-generator values. Or no analog values are displayed. In this case all division factors have not been received.\nThe physical units are missing from the laser-machine data. No values are dis","NCDDE-server has interrupted connection to NCK, then note additional  DDE-Errors.\nOr the laser control system is not running.\nOr the  bitbus connection is interrupted, then additional telegram exchange errors occur, reported by the NCK.","If additional  DDE-Errors arise, then wait until these have been automatically deleted from the alarm window. Make a note of the DDE-Errors and refer to Trumpf. Afterwards restart the scanning of the display control data by pressing the softkey 'Laser Ini",""]
[20080032,"MMC-Laser: Display control data not complete: %1 Neg. acknowledgements received","1997-03-24","The cable designations or physical sizes are missing from the display from RF-generator values. Or no analog values are displayed.  In this case all division factors have not been received. \nThe physical units are missing from the laser-machine data. No v","The ordering telegram to the laser control system contains  corrupted utility data.","Refer to Service Department or switch the control system on and off again.","If no further messages via the neg. acknowledgements of the laser control system, then the error has no effect on the function of the laser during program execution. Only RF-generator values or laser-machine data are displayed."]
[20105001,"MMC Internal error: Too many utility data in telegram (>80bytes)","1997-07-14","The telegram is not sent by the MMC.","The telegram to be sent in PLC teleformat contains over 80 bytes of utility data.","","Error message is created by the central telegram handler in the MMC."]
[20105002,"MMC Internal error: Ring buffer for telegrams to be sent is full","1997-07-14","This telegram in PLC telegram format is not received by central Telegramhandler in the MMC and not transferred further.","1) The number of memory locations in the transmission ring buffer is too small or\n2) The transmission is subject to interruption","Manual operation: Wait a while between separate processes.\nIn production mode: Halt program briefly. It may be necessary to program a dwell time at these points in the program.\nPlease inform Trumpf TK.",""]
[20105003,"MMC Internal error: Ring buffer for autotelegrams is full","1997-07-14","The central telehandler does not register this autotelegram in PLC telegram format. This autotelegram is not processed.","1) The number of memory locations in this ring buffer is too small, or\n2) MMC software has registered a telegram several times.","",""]
[20105004,"MMC Internal error: Telegramhandler misses transmission telegram to be repeated","1997-07-14","","","","Internal markers in the central telegram handler indicate that a telegram is to be repeated in the PLC telegram format. But the telegram to be repeated is not found in the transmission ring buffer."]
[20105011,"No communication between the laser control system and laser operation via the network. Parameter %1","2011-06-27","Laser cannot be operated. The displays are no longer updated.","Parameter = 2: Socket connection cannot be created.\n\nParameter = 3: During initialization: The connection to the laser control system cannot be set up. \n- The laser control system or network switch is switched off or defective.\n- The network cable is defe","- Check whether the laser control system has crashed:\nHas the Watchdog software on the control system tripped?\nCheck whether the relay, which is connected to the X8 plug is switched off.\nIf available, check whether the LEDs 'Wd' or 'CPU WD' on the laser c","Parameter = 5:\nThis is a sequence error as the laser control system cannot reply to the operating software queries. This error is often caused by the laser control system. Check the status of the laser control system in the switch cabinet. (See section 'M"]
[20105012,"The laser control IP address in the MMC is saved in the wrong format","2003-09-30","No laser control connection possible","IP address format in file\nc:\\tcommc\\exe\\tcommc.ini is incorrect","Correct IP address entry in file tcommc.ini","IP address must be in www.xxx.yyy.zzz format"]
[20105013,"Data exchange to TCP-IP laser control is interrupted","2003-09-30","Laser cannot be operated anymore. Displays are no more updated","- No control signal\n- Network cable defective or not set\n- Network switch defective or without supply voltage","- Check if control and network switch are switched on\n- If the 'Link' LED is permanently illuminated and the 'Act' LED flashes, a network connection to the control unit is available\n- Has the software Watchdog on the control released ?\n- Are all network c",""]
[20180001,"The file 'pcycle.mpf' was not transferred to the NC.","2009-03-11","NC program is possibly operating with incorrect laser power during the execution of a laser power cycle because the file pcycle.mpf was not transferred to the NC together with the modified data.","NC is not ready for operation.\nThere is no more memory is available in the NC. Then additional messages will appear which draw attention to this cause.","(Did DDE errors appear shortly before?)\n- Check service readiness of the machine PLC and NC and/or wait for the start-up of this/these module(s).\n- If the system was previously free of errors, then shut down the operating PC when there is a ready-for-oper",""]
[20180003,"The file 'pcycle.mpf' cannot be updated. It will not be transferred to the NC. Parameter %1","2009-05-29","NC program is possibly operating with incorrect parameters during the execution of a laser power cycle because the file pcycle.mpf was not transferred to the NC together with the modified data.","Parameter =-1: Selected cycle number is not permissible.-2: The file 'pcycle.mpf' cannot be renamed to 'pcycle.old'.-3: The temporary file with the modified cycle data, 'pcycleInsert.mpf', cannot be renamed to 'pcycle.mpf'.","Have the file '..\\dh\\mpf.dir\\pcpycle.old' deleted manually from the Technical Customer Support. Enter the data of the desired cycle once again.",""]
[20180004,"The new file 'pcycle.mpf' cannot be created.","2009-05-29","No parameters are available for piercing cycles. No pcycle.mpf file can be transferred to the NC. No piercing cycles can be created. At the time of program start, the NC comes to a stop with an error message during the first piercing operation.","","Inform the Technical Customer Support.",""]
[20180010,"ls_readMd_send: faulty object identification %1","1996-09-13","","","",""]
[20180012,"Write laser mach. data: incorrect object type %1","1996-09-13","","","",""]
[20180015,"Laser machine data no.46 holds the value 0 Watt","1997-08-25","The Laser mach. data no.46 = 0 Watt will not be transmitted to the NCU. The NCU will use an old value. So it is possible the NCU calculates a wrong laser power in % and transmits that value to the laser control TASC200.","While starting up the laser this value was not entered. Or the value 0 watt was entered by mistake.","Select menu <Machine data / machine data (laser). Enter at laser machine data no.46 the laser power in Watt, you have measured at 100% nominal power or use the value of the start-up protocol of the laser. Press <Enter> and then <fuse EEPROM>. The new valu","The NCU calculates the laser power in % by dividing the power value of the technology table by the value of laser machine data no.46 or by the nominal laser power in Watt."]
[20180016,"Transmission of the max. laser power to the NCU has failed","1997-08-25","Possibly the NCU will transmit a wrong laser power in % to the laser control and the laser will generate a wrong laser power.","","Select the menu <Machine data / machine data (laser)>.\nPlease enter a new value different from the old one at laser machine data no.46. Then the transmission to the NCU will be started again.",""]
[20180030,"MMC laser: no free memory for sorting the display control memory","1997-02-20","","","",""]
[20180040,"Memory for analog values from RF generator %1 is not available","1996-09-13","","","",""]
[20180041,"With RF-analog value %1 is accompanying Div-factor == 0","1997-03-24","No analog values can be displayed.","During the initialization phase of the user interface (MMC), the division factors in the laser control system are interrogated. One or more telegrams with this data have not arrived in the MMC. Hence the message 'Telegram-Timeout Command-No. 0x56 with  MM","Quit and restart user interface  (MMC).",""]
[20180050,"'Start calibration ' not possible, laser-control not in service-mode !","1997-02-20","The telegram for starting the calibration will not be transmitted to the laser-control.","The laser-control is not switched into the service-mode.\n- The key-switch LASER-SERVICE is in position normal-mode.\n- TASC200: no high-level at digital inp. ib104.1 'Laser in service-mode'.","- Turn the key-switch into the position LASER-SERVICE.\n- Check the wiring between this key-switch and the contactors for laser-service.",""]
[20180060,"Laser power limitation: parameters cannot be displayed. See cause no.%1","2007-10-12","No data is displayed in the 'Laser power limitation' dialog box.","No. 1:\nIn the currently selected language, the Laser.MDB database does not yet have key words for data arrays: T3AIF_LLS_* .\n\nNo. 2:\nIn the currently selected language, the parameters for data identification are missing in the Laser.MDB database for key t","No. 1 + 2 + 3 \nIf the data is of interest to you, change the language or with the help of the Trumpf Customer Service, check whether data in this language is already translated and then change the Laser.MDB database.\n\nNo. 4:\nEnd MMC and restart in TOS. In",""]
[20181640,"Error no. is outside the range presently valid for the TASC200","1997-05-26","","","",""]
[20280001,"Warning: The file 'pcycle.mpf' was not transferred to the NC.","2009-03-11","NC program is possibly operating with incorrect parameters during the execution of a laser power cycle because the file pcycle.mpf was not transferred to the NC together with the modified data.","NC is not ready for operation.\nThere is no more memory is available in the NC. Then additional messages will appear which draw attention to this cause.","(Did DDE errors appear shortly before?)\n- Check service readiness of the machine PLC and NC and/or wait for the start-up of this/these module(s).\n- If the system was previously free of errors, then shut down the operating PC when there is a ready-for-oper",""]
[20280002,"Warning: Laser power cycle No.: %1 contains incorrect data identifier '$%2'.","2009-03-11","The parameter identifier is incorrect for the uploaded power cycle. The parameters of the power cycle cannot be interpreted correctly.","- Faulty manual modifications to the file '..\\dh\\mpf.dir\\pcycle.mpf'.\n- The file '.\\dh\\mpf.dir\\pcycle.mpf' is corrupt.","Default data is displayed for the power cycle with this number.","The parameters of this Laser power cycle are uploaded from the file '..\\dh\\mpf.dir\\pcycle.mpf'. The identifier of at least one parameter type is false.\nPermissible parameter types are $1, $2, $3, $4."]
[20280003,"Warning: The file 'pcycle.mpf' cannot be updated. It will not be transferred to the NC. Parameter %1","2009-03-11","NC program is possibly operating with incorrect parameters during the execution of a laser power cycle because the file pcycle.mpf was not transferred to the NC together with the modified data.","Parameter =\n-1: Selected cycle number is not permissible.\n-2: The file 'pcycle.mpf' cannot be renamed 'pcycle.old'.\n-3: The temporary file with the modified cycle data, 'pcycleInsert.mpf', cannot be renamed 'pcycle.mpf'.","Have Technical Customer Service delete the file '..\\dh\\mpf.dir\\pcpycle.old' manually. Enter the data of the desired cycle once again.",""]
[20280004,"The new file 'pcycle.mpf' cannot be created.","2009-03-11","No parameters are available for piercing cycles. No pcycle.mpf file can be transferred to the NC. No piercing cycles can be created. At the time of program start, the NC comes to a stop with an error message at the time of the first piercing operation.","","Inform Technical Customer Service.",""]

{"sheet":"Help","index":3,"n_rows":82,"n_cols":6,"rows_kept":82,"cut":false,"hidden":false,"merged":[]}
["Help"]
[]
[]
[]
[null,"Fill in the time differences between the PA's and the source time (PA time - SCM time) "]
[null,null,"Ex : SCM = 12:30:00              PA0 = 12:30:15 then PA0 diff = +15 sec               PA1 = 12:29:10 then PA1 diff = -50 sec"]
[null,"Use positive or negative integer numbers to indicate the number of seconds the time difference is."]
[null,"When the .log files are loaded, the timestamps will be adjusted with appropriate time diff. "]
[]
[]
[]
[]
[]
[null,"Select the folder where the .log files are located."]
[null,"The program will go through all subfolders of the selected folder and load the data of the .log files it finds. "]
[null,"It will also add to column C (Unit) the name of the PA and give it a shade of green according to the different PA's"]
[null,null,"Remark : The folder containing the .log files should be named according to the PA they came from => Folder names should contain PA0/PA1/PA2/PA3/Pre"]
[null,"It will then sort the data according to column A (Date & Time)"]
[null,"The Error code in column B is checked with the data in the Error Codes tab and if there is a PCS available then it will mark the error code cell with comment"]
[null,"Double click on the comments to see the related PCS's"]
[null,"The English Description in column J is checked with the data in the ERROR_TLF_ENG tab and if there is a Trumpf description available then it will mark the cell with a comment"]
[null,"Double click on the comments to see the related Trumpf description"]
[null,"In column K (File Name) you can see the file and location the data row belongs to"]
[]
[null,"Use the filter option in the header to focus on the data you prefer"]
[]
[]
[]
[]
[]
[]
[null,"Same as above but only 1 .log file is selected and processed"]
[]
[]
[]
[]
[]
[]
[null,"When switched ON, the errors listed in the \"Excluded Errors\" tab will be colored brown in the \"Trumpf Code\" collumn."]
[null,"These errors can then be filtered out by selecting the color in the filter option."]
[null,"This to exclude the errors that are \"effect\" and not \"Cause\" so to clean up the error log."]
[null,"You can add or remove errors from the \"Excluded Errors\" list as required. (Unselect-Select the switch to color in the new errors)"]
[]
[]
[]
[]
[]
[null,"To synchronise the timing (Within 1 sec) according to the XER logfile."]
[]
[null,"1. Load the XER logfile (From SDT or via Bress) into the \"XER Sync data\" tab."]
[null,"Example : (has to be the same layout)"]
[null,"XER log :","Copy the XER logging (From SDT with filter LAC- or downloaded from the tool) At the same time when the LP04 data was collected ! (Used to syncronize the LP04 PA's)"]
[null,"01/07/2019  14:13:24.0492  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:15466.529213472, LAC_DiagnosticsPolle, LAC::D, 292)"]
[null,"SYSTEM ERROR: LAC-1001"]
[null,"Drive Laser error detected in Power Amplifier 1 (PA1)"]
[null,"[[X1:0XC7E8F8]]Power Amplifier 1 error = 13101304. Sum error in the laser safety circuit is open E106.0 (0DA4)"]
[]
[null,"01/07/2019  14:13:24.0499  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:15466.529213472, LAC_DiagnosticsPolle, LAC::D, 292)"]
[null,"SYSTEM ERROR: LAC-1001"]
[null,"Drive Laser error detected in Power Amplifier 1 (PA1)"]
[null,"[[X1:0XC7ED5D]]Power Amplifier 1 error = 13102429. RF gen.1: contactor 2 for power supply is not switched on"]
[]
[null,"2. Click the SYNC button",null,null,null,"WARNING : Only use when a approximate time diff between the PA's is known, User knowledge is needed to select the correct time diff)"]
[null,"Select the error you want to synchronise XER and LP04 errorlog data with in the pulldown menu (Errors are listed in the Excluded error list) or input the error nr you want to check."]
[null,"Last occuring error for each PA and PreA from XER and LP04 logging is automatically located."]
[null,"The dates in the Overview and XER Sync data fields can be changed manually if required"]
[null,"The Time diff (in seconds) is automatically calculated : Mark the PA's you want to synchronise."]
[null,"Remarks :","NOT FOUND notation means the error is not found in the list, check the time diff's if they compare with the actual LP04 time diff."]
[null,null,"Any dat/time field can be change manually if needed (or Copy paste times in NOT FOUND fields to also sync these PA's)"]
[null,"Select the \"Add the XER error logging to the LP04 logging\" to also add the XER logging to the LP04 error list in the Overview tab."]
[null,"Click OK and the times in the Overview tab will be adjusted accordingly."]
["Extra"]
[]
[]
[]
[null,"The Error Codes tab contains a manual download of the PCS available for Trumpf error codes (NOT UPDATED AUTOMATICALLY !)"]
[null,"The ERROR_TLF_ENG tab contains a manual download of the Trumpf error codes (NOT UPDATED AUTOMATICALLY !)"]
[null,"Cells containing \"ERROR\" are filled RED automatically."]
[null,"Column C (Unit) shows also the PA the data comes from, if\"Pre\" or \"Amp\" for PreAmp or  \"0\",\"1\",\"2\",\"3\" for PA0…3 is mentioned in the folder name."]
[null,"PreAmp, PA0..PA3 cells are filled in with a different shade of green to make identification clearer."]
[]
[null,"For more info or remarks contact : Gert.Bertels@asml.com"]

{"sheet":"Version","index":4,"n_rows":25,"n_cols":3,"rows_kept":25,"cut":false,"hidden":false,"merged":[]}
["Version"]
[]
[null,"v1.3","2016-09-20"]
[]
[null,null,"Added timediff calculation"]
[null,null,"Updated Help file"]
[]
[]
[null,"v1.4","2016-10-04"]
[]
[null,null,"Updated the ErrorCodes list from coach"]
[null,null,"Updated the Help file with time diff explanation and folder naming convention"]
[null,null,"Corrected programming error in time diff calculation"]
[]
[]
[null,"v1.5","Januari 8, 2019"]
[]
[null,null,"Added Excluded errors tab + functionality"]
[null,null,"Added SYNC button to synchronise the timings with XER logging"]
[null,null,"Updated the ErrorCodes list from coach"]
[]
[]
[null,"v1.5.2","2020-12-17"]
[]
[null,null,"Added new TRUMPF error list (ERROR_TLF_ENG_01.43.04_20201210)"]

{"sheet":"Excluded Errors","index":5,"n_rows":13,"n_cols":2,"rows_kept":13,"cut":false,"hidden":false,"merged":[[0,0,0,1]]}
["Excluded errors : Add or remove as required"]
[13101304,"Summenfehler Lasersicherheitskreis ist offen E106.0 (0DA4)"]
[13101405,"HF-Generator 1 meldet Fehler (0EA5)"]
[12141102,"HFG 1: Wechselspannungsfehler"]
[12141204,"HFG 1: 24-V-Verriegelung ist offen"]
[13102420,"HX Cu - Fehler (18b4)"]
[13102458,"SEED - Fehler Durchfluss an BB (18DA)"]
[13102459,"SEED - Fehler Durchfluss an BB2 (18DB)"]
[13102642,"Temperatur am Spiegel M105 zu hoch, Messwert 27 °C, Alarmgrenze 25 °C"]
[13102368,"Vibrationsdämpfersteuerung (EPN-Fast) nicht in Regelung (17e4)"]
[13102457,"SEED - Fehler Durchfluss an Seed Laser Einheit (18D9)"]
[13102411,"Fehler Durchfluss HF-Generator (18ab)"]
[13100209,"Zwangsabschaltung des Kühlaggregats (02A9)"]

{"sheet":"XER Sync data","index":6,"n_rows":332,"n_cols":2,"rows_kept":332,"cut":false,"hidden":false,"merged":[]}
[null,"Copy the XER logging (From SDT with filter LAC- or downloaded from the tool) At the same time when the LP04 data was collected ! (To be used to syncronize the data)"]
["12/02/2019  18:25:11.9482  Machine:62247  (Rel:3.2.7-RC0493, MSE [mscserver:16374.1836300032], LoggerComponent.cpp, LoggerPrivate::t2Tag, 262)"]
["SYSTEM EVENT: MSE-E000"]
["SystemStateController (MSE) T2 State Change occurred"]
["[[T2:READY|READYtoPREPARED|NOK|MSG|v0.9.1]]'READY' --> 'READYtoPREPARED'."]
[]
["12/02/2019  18:25:11.9488  Machine:62247  (Rel:3.2.7-RC0493, MSE [mscserver:16374.1962178304], LoggerComponent.cpp, LoggerPrivate::t2Tag, 262)"]
["SYSTEM EVENT: MSE-E000"]
["SystemStateController (MSE) T2 State Change occurred"]
["[[T2:READY|READYtoPREPARED|NOK|MSS|v0.9.1]]'READY' --> 'READYtoPREPARED'."]
[]
["12/02/2019  18:25:12.0631  Machine:62247  (Rel:3.2.7-RC0493, das [PLC:13184], PLCSIFStatus.cpp, raiseXERError, 637)"]
["SYSTEM UNKNOWN: SIF-0511"]
["MetaData not available for SIF-0511"]
["1 plc_arg: ACT11 ."]
[]
["12/02/2019  18:25:12.1229  Machine:62247  (Rel:3.2.7-RC0493, LRE [mscserver:16503.1887786848], LRE_DiagnosticsPolle, LRE::DiagnosticsPoller::poll, 261)"]
["SYSTEM ERROR: LRE-1000"]
["Drive Laser error detected in TASC of Power PreAmplifier (PreAmp)"]
["[[X1:0XC7E5F4]]TASC - Power PreAmplifier error = 13100532. An error occurred in the contact controller of generator 1 (05C0), parameter VAR1"]
[]
["12/02/2019  18:25:12.1235  Machine:62247  (Rel:3.2.7-RC0493, LRE [mscserver:16503.1887786848], LRE_DiagnosticsPolle, LRE::DiagnosticsPoller::poll, 261)"]
["SYSTEM ERROR: LRE-1000"]
["Drive Laser error detected in TASC of Power PreAmplifier (PreAmp)"]
["[[X1:0XC7E95D]]TASC - Power PreAmplifier error = 13101405. RF generator 1 is reporting errors (0EA5)"]
[]
["12/02/2019  18:25:12.1241  Machine:62247  (Rel:3.2.7-RC0493, LRE [mscserver:16503.1887786848], LRE_DiagnosticsPolle, LRE::DiagnosticsPoller::poll, 261)"]
["SYSTEM ERROR: LRE-1000"]
["Drive Laser error detected in TASC of Power PreAmplifier (PreAmp)"]
["[[X1:0XC7E8F8]]TASC - Power PreAmplifier error = 13101304. Sum error in the laser safety circuit is open E106.0 (0DA4)"]
[]
["12/02/2019  18:25:12.1245  Machine:62247  (Rel:3.2.7-RC0493, LRE [mscserver:16503.1887786848], LRE_DiagnosticsPolle, LRE::DiagnosticsPoller::poll, 232)"]
["SYSTEM WARNING: LRE-1100"]
["Drive Laser warning detected in TASC of Power PreAmplifier (PreAmp)"]
["[[X1:0XC65DBC]]TASC - Power PreAmplifier warning = 13000124. Missing slope at 'Beam on M14' input"]
[]
["12/02/2019  18:25:12.1249  Machine:62247  (Rel:3.2.7-RC0493, LRE [mscserver:16503.1887786848], LRE_DiagnosticsPolle, LRE::DiagnosticsPoller::poll, 244)"]
["SYSTEM EVENT: XER-0FFF (linked to LRE-1100)"]
["DEACTIVATE: LRE-1100"]
["Deactivated"]
[]
["12/02/2019  18:25:12.1629  Machine:62247  (Rel:3.2.7-RC0493, esm [mscserver:15528.706725632], MSCBaseStateMachine., MSCBaseStateMachine::writeT2Tag, 1987)"]
["SYSTEM EVENT: LLS-E000"]
["HSMLaserManagement T2 State Change occurred"]
["[[T2:READY|READYtoPREPARED|OK|LLS|v0.9.0]]'READY' --> 'READYtoPREPARED'."]
[]
["12/02/2019  18:25:12.1680  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1000"]
["Drive Laser error detected in Power Amplifier 0 (PA0)"]
["[[X1:0XC7E8F8]]Power Amplifier 0 error = 13101304. Sum error in the laser safety circuit is open E106.0 (0DA4)"]
[]
["12/02/2019  18:25:12.1688  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1000"]
["Drive Laser error detected in Power Amplifier 0 (PA0)"]
["[[X1:0XC7E95D]]Power Amplifier 0 error = 13101405. RF generator 1 is reporting errors (0EA5)"]
[]
["12/02/2019  18:25:12.1694  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1000"]
["Drive Laser error detected in Power Amplifier 0 (PA0)"]
["[[X1:0XC7ED5D]]Power Amplifier 0 error = 13102429. RF gen.1: contactor 2 for power supply is not switched on"]
[]
["12/02/2019  18:25:12.1700  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1001"]
["Drive Laser error detected in Power Amplifier 1 (PA1)"]
["[[X1:0XC7E8F8]]Power Amplifier 1 error = 13101304. Sum error in the laser safety circuit is open E106.0 (0DA4)"]
[]
["12/02/2019  18:25:12.3452  Machine:62247  (Rel:3.2.7-RC0493, LLH [mscserver:15633], FSDNOTIFYGUIForeignC, FSDNOTIFYGUIForeignComponent::notify_initialized, 115)"]
["SYSTEM EVENT: LLH-E002"]
["Component LLH reached state INITIALIZED"]
["Component LLH reached state INITIALIZED"]
[]
["12/02/2019  18:25:12.3460  Machine:62247  (Rel:3.2.7-RC0493, FSDG [mscserver:16138.51259232], FSDGxCTRL.cpp, FSDGxCTRL::set_driver_status, 157)"]
["SYSTEM EVENT: FSD-0012"]
["Driver HSM Laser Driver (LLH_FSD_SERVER): state changed from DS_INITIALIZED to DS_INITIALIZED."]
["Driver HSM Laser Driver (LLH_FSD_SERVER): state changed from DS_INITIALIZED to DS_INITIALIZED."]
[]
["12/02/2019  18:25:12.3808  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 259)"]
["SYSTEM WARNING: LAC-1106"]
["Drive Laser warning detected in RF generator 1 of Power Amplifier 2 (PA2)"]
["[[X1:0XB807FE]]RF Generator 1 - Power Amplifier 2 warning = 12060670. RFG 1: Main supply on module with CAN ID no. 2 interrupted"]
[]
["12/02/2019  18:25:12.3813  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 260)"]
["SYSTEM EVENT: XER-0FFF (linked to LAC-1106)"]
["DEACTIVATE: LAC-1106"]
["Deactivated"]
[]
["12/02/2019  18:25:12.3819  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 259)"]
["SYSTEM WARNING: LAC-1107"]
["Drive Laser warning detected in RF generator 1 of Power Amplifier 3 (PA3)"]
["[[X1:0XB807FE]]RF Generator 1 - Power Amplifier 3 warning = 12060670. RFG 1: Main supply on module with CAN ID no. 2 interrupted"]
[]
["12/02/2019  18:25:12.3822  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 260)"]
["SYSTEM EVENT: XER-0FFF (linked to LAC-1107)"]
["DEACTIVATE: LAC-1107"]
["Deactivated"]
[]
["12/02/2019  18:25:13.0630  Machine:62247  (Rel:3.2.7-RC0493, das [PLC:13184], PLCSIFStatus.cpp, raiseXERError, 637)"]
["SYSTEM UNKNOWN: SIF-0533"]
["MetaData not available for SIF-0533"]
["1 plc_arg: ACT33 ."]
[]
["12/02/2019  18:25:13.1599  Machine:62247  (Rel:3.2.7-RC0493, LRE [mscserver:16503.1887786848], LRE_DiagnosticsPolle, LRE::DiagnosticsPoller::poll, 261)"]
["SYSTEM ERROR: LRE-1001"]
["Drive Laser error detected in RF generator 1 of Power PreAmplifier (PreAmp)"]
["[[X1:0XB94294]]RF Generator 1 - Power PreAmplifier error = 12141204. RFG VAR1: 24V interlock is open"]
[]
["12/02/2019  18:25:13.1579  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], CNCLClient.c, CNCL_Connect, 314)"]
["SYSTEM ERROR: XCN-00B4"]
["Server task not active."]
["[[S2:LSR_RT17_SERVER]]Server not listening"]
[]
["12/02/2019  18:25:13.1632  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], CNXA_client.c, CNXAsndRqTimeoutMsgId, 630)"]
["SYSTEM ERROR: XCN-0005 (linked to XCN-00B4)"]
["Server not present."]
["[[S2:LSR_RT17_SERVER]]Error occurred in `CNXAsndRqTimeoutMsgId'"]
[]
["12/02/2019  18:25:13.1638  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], CNXA_client.c, CNXAsndRqMsg, 756)"]
["SYSTEM ERROR: XCN-0005 (linked to XCN-0005)"]
["Server not present."]
["[[S2:LSR_RT17_SERVER]]Error occurred in `CNXAsndRqTimeoutMsgId'"]
[]
["12/02/2019  18:25:13.1722  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], FDD_ServerImpl.hpp, FDD::FDD_ServerImpl::unlockAll, 1458)"]
["SYSTEM EVENT: XER-0FFF (linked to XCN-0005)"]
["DEACTIVATE: XCN-0005"]
["Ignore failure to unlock data provider."]
[]
["12/02/2019  18:25:13.2159  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1004"]
["Drive Laser error detected in RF generator 1 of Power Amplifier 0 (PA0)"]
["[[X1:0XB98E5E]]RF Generator 1 - Power Amplifier 0 error = 12160606. RFG 1: System port connection disturbed."]
[]
["12/02/2019  18:25:13.2167  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 259)"]
["SYSTEM WARNING: LAC-1105"]
["Drive Laser warning detected in RF generator 1 of Power Amplifier 1 (PA1)"]
["[[X1:0XB807FE]]RF Generator 1 - Power Amplifier 1 warning = 12060670. RFG 1: Main supply on module with CAN ID no. 2 interrupted"]
[]
["12/02/2019  18:25:13.2171  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 260)"]
["SYSTEM EVENT: XER-0FFF (linked to LAC-1105)"]
["DEACTIVATE: LAC-1105"]
["Deactivated"]
[]
["12/02/2019  18:25:13.4268  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 259)"]
["SYSTEM WARNING: LAC-110A"]
["Drive Laser warning detected in RF generator 2 of Power Amplifier 2 (PA2)"]
["[[X1:0XB807FE]]RF Generator 2 - Power Amplifier 2 warning = 12060670. RFG 1: Main supply on module with CAN ID no. 2 interrupted"]
[]
["12/02/2019  18:25:13.4277  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 259)"]
["SYSTEM WARNING: LAC-110B"]
["Drive Laser warning detected in RF generator 2 of Power Amplifier 3 (PA3)"]
["[[X1:0XB807FE]]RF Generator 2 - Power Amplifier 3 warning = 12060670. RFG 1: Main supply on module with CAN ID no. 2 interrupted"]
[]
["12/02/2019  18:25:13.5790  Machine:62247  (Rel:3.2.7-RC0493, esm [mscserver:15528], MSCSubscribers.cpp, MSCSubscribers::getSubscriberAlarmMsg, 232)"]
["SYSTEM ERROR: MSA-0000"]
["CSLC_TEC7501 is out of range. Current value: 3. Range: > 1,2."]
["CSLC_TEC7501 is out of range. Current value: 3. Range: > 1,2."]
[]
["12/02/2019  18:25:13.8078  Machine:62247  (Rel:3.2.7-RC0493, LAA [mscserver:16363.1037215584], LAAxSTATEHANDLERSync, LAAxSTATEHANDLER::LAAxSTATEHANDLERSyncImpl::amplifier_on_state_check, 3244)"]
["SYSTEM ERROR: LAA-0111"]
["Laser Amplification state monitoring conditions are not satisfied."]
["State Monitoring not ok in Amplifier On State. The status of Main Shutter is not ok. Main Shutter is CLOSE."]
[]
[]
["12/02/2019  18:25:13.8082  Machine:62247  (Rel:3.2.7-RC0493, LAA [mscserver:16363.1037215584], LAAxSTATEHANDLERSync, LAAxSTATEHANDLER::LAAxSTATEHANDLERSyncImpl::amplifier_on_state_check, 3260)"]
["SYSTEM ERROR: LAA-0111"]
["Laser Amplification state monitoring conditions are not satisfied."]
["State Monitoring not ok in Amplifier On State. The status of PA Chain is not ok. PA chain is DISABLED. "]
[]
["12/02/2019  18:25:13.9413  Machine:62247  (Rel:3.2.7-RC0493, FDD_Packager [dasserver:13661.1706645536], FDD_PackagerImpl.hpp, FDDxPACKAGER::FDD_PackagerImpl::finalizePackage, 544)"]
["SYSTEM EVENT: FDD-0004"]
["All data is collected and ready for retrieval (/public/output_equipment_reports/FDD/ADECetdcData_SIF-0009_20191202_182511_0725+0100.zip)"]
["All collected data can be found in: (/public/output_equipment_reports/FDD/ADECetdcData_SIF-0009_20191202_182511_0725+0100.zip)."]
[]
["12/02/2019  18:25:14.0465  Machine:62247  (Rel:3.2.7-RC0493, ERSN [mscserver:14460.1715357728], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 260)"]
["SYSTEM ERROR: XER-0318"]
["Log message repetition detected."]
["[[T1:LAC]] 2 repetitions of XER-0FFF in 1 second. 5 occurrences in 1.66463 seconds (3.00367 Hz)."]
["Text: Deactivated"]
[]
["12/02/2019  18:25:14.0628  Machine:62247  (Rel:3.2.7-RC0493, das [PLC:13184], PLCSIFStatus.cpp, raiseXERError, 637)"]
["SYSTEM UNKNOWN: SIF-0534"]
["MetaData not available for SIF-0534"]
["1 plc_arg: ACT34 ."]
[]
["12/02/2019  18:25:14.1736  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], CNCLClient.c, CNCL_Connect, 314)"]
["SYSTEM ERROR: XCN-00B4"]
["Server task not active."]
["[[S2:LSR_RT27_SERVER]]Server not listening"]
[]
["12/02/2019  18:25:14.1743  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], CNXA_client.c, CNXAsndRqTimeoutMsgId, 630)"]
["SYSTEM ERROR: XCN-0005 (linked to XCN-00B4)"]
["Server not present."]
["[[S2:LSR_RT27_SERVER]]Error occurred in `CNXAsndRqTimeoutMsgId'"]
[]
["12/02/2019  18:25:14.1749  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], CNXA_client.c, CNXAsndRqMsg, 756)"]
["SYSTEM ERROR: XCN-0005 (linked to XCN-0005)"]
["Server not present."]
["[[S2:LSR_RT27_SERVER]]Error occurred in `CNXAsndRqTimeoutMsgId'"]
[]
["12/02/2019  18:25:14.1753  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], FDD_ServerImpl.hpp, FDD::FDD_ServerImpl::unlockAll, 1458)"]
["SYSTEM EVENT: XER-0FFF (linked to XCN-0005)"]
["DEACTIVATE: XCN-0005"]
["Ignore failure to unlock data provider."]
[]
["12/02/2019  18:25:14.3366  Machine:62247  (Rel:3.2.7-RC0493, LDBLTask [lc1:1194850288], TEA_LoggingDataBusyL, LoggingDataBusyLoopTask::transmitLog, 497)"]
["SYSTEM ERROR: TEL-000D"]
["PWM disabled by PLC burst gate"]
["PWM disabled by PLC burst gate"]
[]
["12/02/2019  18:25:14.3376  Machine:62247  (Rel:3.2.7-RC0493, ERSN [mscserver:14460.1711048448], TEA_LoggingDataBusyL, LoggingDataBusyLoopTask::transmitLog, 497)"]
["ASSERTION EVENT: XER-000B"]
["Log code severity attribute - api inconsistency."]
["[[T1:LDBLTask]] Log code severity attribute - api inconsistency: log_code = TEL-000D, severity = ERROR, function_type = EVENT."]
[]
["12/02/2019  18:25:14.3954  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1000"]
["Drive Laser error detected in Power Amplifier 0 (PA0)"]
["[[X1:0XC7E92C]]Power Amplifier 0 error = 13101356. Unknown value,  NO description available"]
[]
["12/02/2019  18:25:14.3959  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1002"]
["Drive Laser error detected in Power Amplifier 2 (PA2)"]
["[[X1:0XC7E8F8]]Power Amplifier 2 error = 13101304. Sum error in the laser safety circuit is open E106.0 (0DA4)"]
[]
["12/02/2019  18:25:14.3964  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1002"]
["Drive Laser error detected in Power Amplifier 2 (PA2)"]
["[[X1:0XC7ED5D]]Power Amplifier 2 error = 13102429. RF gen.1: contactor 2 for power supply is not switched on"]
[]
["12/02/2019  18:25:14.6029  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1003"]
["Drive Laser error detected in Power Amplifier 3 (PA3)"]
["[[X1:0XC7E8F8]]Power Amplifier 3 error = 13101304. Sum error in the laser safety circuit is open E106.0 (0DA4)"]
[]
["12/02/2019  18:25:14.6034  Machine:62247  (Rel:3.2.7-RC0493, LAC [mscserver:16324.546379808], LAC_DiagnosticsPolle, LAC::DiagnosticsPoller::poll, 292)"]
["SYSTEM ERROR: LAC-1003"]
["Drive Laser error detected in Power Amplifier 3 (PA3)"]
["[[X1:0XC7ED5D]]Power Amplifier 3 error = 13102429. RF gen.1: contactor 2 for power supply is not switched on"]
[]
["12/02/2019  18:25:14.8977  Machine:62247  (Rel:3.2.7-RC0493, esm [mscserver:15528.2027923200], FSM.cpp, FSM::ValidateCommandAndExecuteSequence, 251)"]
["SYSTEM EVENT: MBC-E004"]
["FSMLaserControl:TurnOffHVonPAs sequence execution STARTED"]
["FSMLaserControl:TurnOffHVonPAs sequence execution STARTED"]
[]
["12/02/2019  18:25:14.8987  Machine:62247  (Rel:3.2.7-RC0493, TEDServerTask [lc1:1170608160], TED_LAAxACxAMPLSyncI, TED_LAAxACxAMPLSyncImpl::LAAxACxAMPL_stopIgnitionAmplificationChain_impl, 141)"]
["SYSTEM EVENT: TED-0035"]
["TED driver is not initialized, please initialize before sending any commands to TED driver"]
["TED driver not initialized, stop ignition amplification chain failed"]
[]
["12/02/2019  18:25:14.8990  Machine:62247  (Rel:3.2.7-RC0493, esm [mscserver:15528.2027923200], FSMLaserControl.cpp, FSMLaserControl::TurnOffHVonPAs, 376)"]
["SYSTEM ERROR: LLC-0020 (linked to TED-0035)"]
["Linked error"]
["Function TurnOffHVonPAs failed"]
[]
["12/02/2019  18:25:14.8994  Machine:62247  (Rel:3.2.7-RC0493, esm [mscserver:15528.2027923200], FSM.cpp, FSM::ValidateCommandAndExecuteSequence, 296)"]
["SYSTEM ERROR: MBC-0102 (linked to LLC-0020)"]
["FSMLaserControl:TurnOffHVonPAs failed"]
["FSMLaserControl:TurnOffHVonPAs failed"]
[]
["12/02/2019  18:25:14.9442  Machine:62247  (Rel:3.2.7-RC0493, LAA [mscserver:16363.1037215584], LAA_StateMachine.cpp, LAA_statemachine::StateMachine::updateState, 86)"]
["SYSTEM EVENT: LAA-0208"]
["State Change of Laser Amplification successful. "]
["HPAC driver transitions to INTERNAL_STATE_ERROR. "]
[]
["12/02/2019  18:25:14.9447  Machine:62247  (Rel:3.2.7-RC0493, LAA [mscserver:16363.1037215584], LAA_StateMachine.cpp, LAA_statemachine::StateMachine::updateState, 94)"]
["SYSTEM ERROR: LAA-0114 (linked to LAA-0111)"]
["Laser Amplification transitions to error state. "]
["HPAC driver goes to Error state. Requested state: INTERNAL_STATE_ERROR,  Previous State: INTERNAL_STATE_AMPLIFIER_ON, Current State: INTERNAL_STATE_ERROR."]
[]
["12/02/2019  18:25:14.9453  Machine:62247  (Rel:3.2.7-RC0493, LAA [mscserver:16363.1037215584], LAAxSTATEHANDLERSync, LAAxSTATEHANDLER::LAAxSTATEHANDLERSyncImpl::update_state_monitoring, 2669)"]
["SYSTEM ERROR: LAA-0102 (linked to LAA-0114)"]
["Linked error. "]
["HPAC driver is in Error State."]
[]
["12/02/2019  18:25:14.9455  Machine:62247  (Rel:3.2.7-RC0493, FSDG [mscserver:16138.51259232], FSDGxCTRL.cpp, FSDGxCTRL::set_driver_status, 157)"]
["SYSTEM EVENT: FSD-0012"]
["Driver Amplification Chain Driver (LAA_FSDxDC_SERVER): state changed from DS_INITIALIZED to DS_RECOVERY_REQUIRED."]
["Driver Amplification Chain Driver (LAA_FSDxDC_SERVER): state changed from DS_INITIALIZED to DS_RECOVERY_REQUIRED."]
[]
["12/02/2019  18:25:14.9457  Machine:62247  (Rel:3.2.7-RC0493, LAA [mscserver:16363.1037215584], LAAxSTATEHANDLERSync, LAAxSTATEHANDLER::LAAxSTATEHANDLERSyncImpl::update_state_monitoring, 2682)"]
["SYSTEM ERROR: LAA-0102 (linked to LAA-0102)"]
["Linked error. "]
["State Monitoring for HPAC driver not ok. "]
[]
["12/02/2019  18:25:14.9461  Machine:62247  (Rel:3.2.7-RC0493, LAA [mscserver:16363.1037215584], LAA_AbstractObservab, laa::AbstractObservable::notify_state_monitoring_event, 135)"]
["SYSTEM ERROR: LAA-0102 (linked to LAA-0102)"]
["Linked error. "]
["Failure during notification of state monitoring event, continuing."]
[]
["12/02/2019  18:25:14.9661  Machine:62247  (Rel:3.2.7-RC0493, esm [mscserver:15528.706725632], HSM.cpp, HSM::processExecuteResponse, 832)"]
["SYSTEM ERROR: MBC-0200 (linked to MBC-0102)"]
["HSMLaserManagement: transition aborted in FSMLaserControl"]
["HSMLaserManagement: transition aborted in FSMLaserControl"]
[]
["12/02/2019  18:25:15.1764  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], CNCLClient.c, CNCL_Connect, 314)"]
["SYSTEM ERROR: XCN-00B4"]
["Server task not active."]
["[[S2:LSR_RT30_SERVER]]Server not listening"]
[]
["12/02/2019  18:25:15.1771  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], CNXA_client.c, CNXAsndRqTimeoutMsgId, 630)"]
["SYSTEM ERROR: XCN-0005 (linked to XCN-00B4)"]
["Server not present."]
["[[S2:LSR_RT30_SERVER]]Error occurred in `CNXAsndRqTimeoutMsgId'"]
[]
["12/02/2019  18:25:15.1778  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], CNXA_client.c, CNXAsndRqMsg, 756)"]
["SYSTEM ERROR: XCN-0005 (linked to XCN-0005)"]
["Server not present."]
["[[S2:LSR_RT30_SERVER]]Error occurred in `CNXAsndRqTimeoutMsgId'"]
[]
["12/02/2019  18:25:15.1782  Machine:62247  (Rel:3.2.7-RC0493, FDD_Server [dasserver:13676], FDD_ServerImpl.hpp, FDD::FDD_ServerImpl::unlockAll, 1458)"]
["SYSTEM EVENT: XER-0FFF (linked to XCN-0005)"]
["DEACTIVATE: XCN-0005"]
["Ignore failure to unlock data provider."]
[]
["12/02/2019  18:25:15.5465  Machine:62247  (Rel:3.2.7-RC0493, MSE [mscserver:16374.2098546432], LoggerComponent.cpp, LoggerComponent::deactivate, 74)"]
["SYSTEM EVENT: XER-0FFF (linked to MBC-0200)"]
["DEACTIVATE: MBC-0200"]
["Error during fallback not propagated"]
[]
["12/02/2019  18:25:15.5469  Machine:62247  (Rel:3.2.7-RC0493, LLH [mscserver:15633], FSDNOTIFYGUIForeignC, FSDNOTIFYGUIForeignComponent::notify_initialized, 115)"]
["SYSTEM EVENT: LLH-E002"]
["Component LLH reached state INITIALIZED"]
["Component LLH reached state INITIALIZED"]
[]
["12/02/2019  18:25:15.5476  Machine:62247  (Rel:3.2.7-RC0493, FSDG [mscserver:16138.51259232], FSDGxCTRL.cpp, FSDGxCTRL::set_driver_status, 157)"]
["SYSTEM EVENT: FSD-0012"]
["Driver HSM Laser Driver (LLH_FSD_SERVER): state changed from DS_INITIALIZED to DS_INITIALIZED."]
["Driver HSM Laser Driver (LLH_FSD_SERVER): state changed from DS_INITIALIZED to DS_INITIALIZED."]
[]
["12/02/2019  18:25:15.5490  Machine:62247  (Rel:3.2.7-RC0493, MSE [mscserver:16374.1836300032], LoggerComponent.cpp, LoggerPrivate::t2Tag, 262)"]
["SYSTEM EVENT: MSE-E000"]
["SystemStateController (MSE) T2 State Change occurred"]
["[[T2:READYtoPREPARED|PREPAREDtoREADY|OK|MSG|v0.9.1]]'READYtoPREPARED' --> 'PREPAREDtoREADY'."]