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1、 THYSSEN AUFZUGSWERKE Operating Instructions Diagnostic Unit I Functions 6510 046 Type Type No. DIAGNOSTIC UNIT I LK sensor Run: IS/RS 2) UP direction with IS DOWN direction with IS Program selector wheel LN sensor W/W1 contactor WO/WU Schütz
2、Pulses Check-back SR module Safety circuit EK HK TK KT Seven-segment-function display flashing1) Start/Stop button Function 01 00 Display of error stack as per: 05.00 显示故障堆栈 Example: Error Explanation Weighting BW 14 03
3、 AAjob-specific error messag任务特性故障信息 N emergency stop 紧急停梯 XX landing 楼层 S stopping 停止 YY undefined 未定义 M spontaneous message 自发信息 NN explanations from page 21 解释见21页 B lift blocked 电梯被锁定 ZZ Number of marking flag 标志编号 ..B operation phase 运行阶段 Signi
4、ficance: Frequency levels of error: 含义：故障频繁度 Level 1 infrequent 1度不频繁发生 Error code number 故障代码 Level 10 frequent 10度频繁发生 Error Error description Causes, remedy or instructions BW 01 XX Interlock contact RK or RKD is jamming in landing XX. 门锁触点RK或RKD在XX楼层处卡住/在XX层检
5、查门锁触点或门的机械部件。在任务特性程序中必须将门的型号编程输入 Check interlock contact or mechanical parts of door in landing XX. A correct door type must be programmed in the job-specific program. 6 02 01 Calls inhibited via monitoring 召唤因监控作用被禁止 An 8-kbyte RAM is required in CPU. CPU 中需要一块8-KBYTE RAM 1 02 02 Quasi
6、 ZSE in lift-specific program released, but Siemens CPU still used. 在电梯特性程序中QUASI的ZSE开关被删掉，但在SIEMENS的CPU中仍使用 Use Thyssen CPU with battery-backed RAM chip (storage of position in the event of power failure or if HS is switched off).用THYSSEN的CPU后备电池的RAM芯片（停电或HS断开时存储位置信息） 1 02 03 TCM control
7、 TCM控制 8 k-RAM not recognized; F8 00 will follow 8K-RAM未识别；随之以F800 1 02 04 TCM control TCM控制 8 k-EPROM not recognized; F8 00 will follow8K-EPRAM未识别；随之以F800 1 02 80 Undefined or wrong operation phase 未定义或错误的运行阶段 1 03 01 No provision has been madefor disconnect landing in lift-spe
8、cific program. 在电梯特性程序中没有编入关梯楼层 Disconnect landing not programmed (check data sheet) or incorrect order number on lift-specific EPROM. 关梯楼层未编程（检查数据表）或电梯特性EPROM中的定单号不正确 1 03 02 No provision has been made for parking landing in lift-specific program. 在电梯特性程序中没有编入停泊楼层 Parking landing not progr
9、ammed, etc., same as for error 03 01. 停泊楼层未编程 03 03 No provision has been made for fireman’s landing in lift specific program. 在电梯特性程序中没有编入消防员楼层 Fireman’s landing not programmed, etc., same as for error 03 01. 消防员 楼层未编程 04 NN TCI: error caused by solenoid switch ZSE. 由磁开关ZSE引起的故障/C
10、PU检查是否有一个以上ZSE开关动作，如果是则停梯并故障连续储存4 次/检查ZSE开关/参考来自21页的说明 TCI: CPU checks whether more than one ZSE switch is actuated. If so, the lift will be stopped and error 04 NN stored four times in succession. Check ZSE solenoid switch. SM3 04 XX TCM: error caused by soldenoid switch ZSE. 由磁开关ZSE引起的故障/C
11、PU检查是否有一个以上ZSE开关动作，所有ZSE动作的楼层XX都会显示/检查ZSE开关/例如消防员梯 CPU checks whether more than one ZSE switch is actuated. All landings XX with ZSE actuated will be displayed. Check ZSE solenoid switch, for example fireman’s lift. 05 YY Incorrect computer request by group (circuit board MG defective or fault
12、in group connection). 来自群控的不正确计算机请求（MG板损坏或群控接线错误）/TCI：检查MG板或群控接线/TCM：检查群控总线（MZ1板）软件故障：核实工作程序版本和次级标志YY并通知蒂森公司VTS部 TCI: Check circuit board MG or group connection (round cable or flat cable). TCM: check group bus (MZ1 circuit board) Software error: identify work program version and subidentificati
13、on (YY) and inform Thyssen Aufzugswerke department VTS ! 2 Error of TCM lift controls TCM电梯控制装置的故障 05 XX Special program error messages from TCM group. Will be output after errors indicated below ! 来自TCM群控的特殊程序故障信息。在指示出下列故障之后会被输出 Inform TU or VTS as soon as this error occurs. XX
14、 Data for detailed error description 一旦发生此故障须通知TU或VTS部 XX=故障详细数据 - 05 42 Number of lifts of group and/or number of landings of group unacceptable. 群内电梯数和/或群控楼层数不能接受 - 05 53 Run telegram in incorrect group phase; 05 XX follows 不正确的群控阶段中的运行电报，随之以XX Poor group connection of lift XX XX = lif
15、t number XX电梯的群控接线不良， XX=电梯号 - 05 A0 Group protocol incompatible 群控协议不兼容 Same program version for all MZ1 circuit boards of the group. 群内所有的MZ1版本程序相同 - 05 A8 Group protocol and group control computer are not compatible 群控协议和群控计算机不兼容 Check program version of MZ1 circuit board and group co
16、ntrol computer 检查MZ1板的程序版本和群控计算机 Error of TCM with destination selection contro (DCS)带目的选择控制（DCS）的TCM中的 故障 05 b0 DCS reset, : 05 XX will follow ZES = destination entry terminal DCS复位随之以05XX ZSE=目的的输入端 ZES always performs. Check voltage supply and CAN connection to respective ZSE. XX =
17、 concerned landing ZSE一直作用；检查电源和去相应ZSE的CAN接线 XX=相关楼层 - 05 b1 Unexpected response from DCS: Hallo (= initialization program: 05 XX follows XX = concerned landing XX=相关楼层 来自DCS的不应有的响应HALLO（＝初始化程序） - 05 b2 DCS send unexpected ready message (= initialization terminated); 05 XX will fol
18、low XX = concerned landing XX=相关楼层 /DCS送出不应有的就绪信息（＝初始化终止）随之XX05 - 05 b3 DCS initialization time-out, table start: 05 XX will follow DCS初始化时限到，表尾随之05XX XX=相关楼层 Failure to initialize destination selection control DSC. Check voltage supply and CAN connection to respective ZSE. XX = con
19、cerned landing/未能开始目的的选择控制DCS检查电源和去 相应的ZSE的CAN接线 - 05 b4 DSC initialization time-out, table end DCS初始化时限到，表尾 - 05 b5 DSC-life-time-out; 05 XX will follow DCS寿命时限到。随之05XX/没有周期响应来自DSC.检查电源和去 相应的ZSE的CAN接线 No cyclical response from DSC. Check voltage supply and CAN connection to respective ZSE.
20、 XX = concerned landing XX=相关楼层 - 05 C0 Special run-RESET 特殊运行复位 RESETdue to timeout 因时限到而复位 - General errors 普通故障 06 XX Emergency stop after 3 unsuccessful locking attempts in landing XX. 在XX楼层处门锁动作3次失败后紧急停梯 检查XX楼层处门锁触点或门的机械部件。见21页说明 M2 07 01
21、 TSO故障.主门：发出命令后30秒内TSO开关未动作.CPU于是模拟TSO信号，因此当正常的等待时间到达后门就可以再次关闭 TSO开关损坏或调整的不对。在有轿门锁装置的电梯中轿门未锁的信息丢失.如果TSO命令没有执行时，也可能是门控制器造成的故障 3 07 02 TSO error – main door (also see 0b 04) TSO故障.主门（也见OB04） 虽然TK（门锁触点）接通，但TSO仍发出轿箱主门开信号.造成复位 N1 08 01 TSOD error – rear door TSOD故障.后门/ TSO开关损坏或调整的不对/见0701 T
22、SOD switch defective or incorrectly adjusted (same as error 07 01). 1 08 02 TSOD error–rear door TSOD故障.后门/虽然TK（门锁触点）接通TSOD仍发出轿箱主门开信号 TSOD signals car rear door open, although TK TK (door contact) is closed. N3 09 NN Blocking > 4 min: car is in a landing and fails to start within 4 min. alth
23、ough commands or calls are present. 轿箱在某层锁定大于4分钟虽有命令或召唤，但在4分钟内不能启动 问题在再开门装置；见功能0500，OD列.如果轿箱下溜或是限速器轮粘滞，则在液压梯带防爬行装置的限速器上的安全开关可能跳脱（解释见21页） M3 0A 2F Slack rope 绳索松弛 0A 30 Strop outside doorzone 吊索在门区之外 0A 31 Car door not closed 轿门未关 0A 32 Landing door not locked 厅门未关 0A 33 Oilt
24、emperature over 70°C 油温超过70度 0A 34 Oil level monitoring 油位监控 0A 46 Maintenance switch ON 检修开关ON 0A 47 Maintenance switch OFF 检修开关OFF 0A AA 0A XX Job-specific error Teach-in error 特性任务故障 校入故障 2 0b 01 Error in light barrier – main door 主门光幕故障（挡门时间过长） M2 0b 02 Error in l
25、ight barrier – rear door 后门光幕故障（挡门时间过长） M2 0b 03 Lift for group operation faulty for more than 1 hour 电梯群控运行不正常超过1小时/如电梯和厅门应答无关如专用.满载等。则故障只可能从群控送入（软件故障：采用06.95版及更新版的TCI程序） Error can only be entered for groups, if lift is not involved in landing call answering. E.g. in priority, occupied, etc.
26、software error; use TCI program version from 06.95). M2 0b 04 TSO error – main door TSO故障.主门/虽然门已关但在复位3次后TSO开关仍发出轿门开启信号 TSO switch signals car main door open after three resets, although door is closed. SM2 0b 05 TSOD error – rear door TSOD故障.后门/虽然门已关但在复位3次后TSO开关仍发出轿门开启信号 TSOD switch sig
27、nals car rear door open, although door is closed. SM2 0b 06 Earthquake active 地震作用 Only with CPU MCx SM1 TCM-(CAN) error (events) which are tripped by CPU (E60)/TCM-(CAN)中由CPU（E60）引发的 故障 0C 01 CPU: MZ1 failed to understand table CPU: MZ1不能理解表格/CPU至MZ1连接有问题 S1 0C 02 CPU: MZ1 faile
28、d to understand table CPU: MZ1不能理解表格/CPU至MZ1连接有问题 S1 0C 03 CPU: MZ1 failed to understand table CPU: MZ1不能理解表格/CPU至MZ1连接有问题 S1 0C 04 CPU: Initialization of car reference ¹ actuaI 产生的轿箱给定1不等于实际a电梯特定程序不对b总线插头接触不良C检查电梯特性程序EPROM的地址 a) Lift-specific program not correct b) Poor contact at bus pl
29、ugs. Check lift-specific EPROM (addresses) - 0C 05 CPU: Initial. of MP reference 1 ¹ actual 1 CPU:产生的MP给定1不等于实际1 a) Number of MP boards wrong/MP号码不对 b) MP boards not coded correctly-/ MP编码不对 - 0C 06 CPU: Initial. of MP reference 2 ¹ actual 2 CPU:产生的MP给定2不等于实际2 c) Bus connection faulty/
30、总线连接错误检查电梯特性 Check lift-specific EPROM (addresses)程序EPROM - 0C 07 CPU: Initial. of local bus ref. 1 ¹ actual 1 CPU:产生的本梯总线1不等于实际1 和故障OC05 - 0C 08 CPU: Initialization of local bus ref.2 ¹ act.2 CPU:产生的本梯总线2不等于实际2 及C相同 - 0C 09 CPU: Initial. of MF4 ref.1 ¹ act. 1 基准
31、¹实际 No acknowledge received from MF4 board, but MF4 - 0C 0A CPU: Initial. of MF4 ref.2 ¹ act. 2 基准¹实际 is correct ! 收不到MF4的确认信号，但MF4没有问题 - 0C 0b CPU: Initial. of MF4 ref.3 ¹ act. 3 基准¹实际 - 0C 0C CPU: Initial. of MF4 ref.4 ¹ act. 4 基准¹实际 - 0C 0d CPU: Initial. of FKZ r
32、ef.1 ¹ act.1 基准¹实际 FKZ = car accessories (e.g. door drive, load-weighing device) - 0C 0E CPU: Initial. of FKZ ref2 ¹ act2 基准¹实际 /FKZ=轿箱的辅助性能（门机/称重） - 0C 10 CPU: timing error initialization of MZ1 MZ1发生定时故障 No acknowledge received from MZ1 收不到来自MZ1的确认信号 S1 0C 11 CPU:
33、 timing error initialization of MZ1 MZ1发生定时故障 Neither acknowledgement nor initial. finished received确认信号和发生完毕信号均收不到 S1 0C 12 CPU: timing error initial. of MF1 MZ1发生定时故障 Initial. finished not received after 20 s 20秒后收不到发生完毕信号 S1 0C 13 CPU: Reset received from MZ1 来自MZI的复位信号 MZ1 error, u
34、se program from V10 MZ1故障使用V10版本 N1 0C 1C CPU: No CPI connection 无CPI连接 Error F3 1C will follow 随之以F31C故障 CAN events from MZ1 concerning shaft/car CAN 来自MZ1和井道/矫箱有关的事件 0C 20 MZ1: Shaft buffer overflow 井道缓存溢出 Data for shaft/car cannot be read in. There may be connection pr
35、oblems MZ1 – terminal block shaft bus – car bus 井道/轿箱数据不能读入；可能连接有问题 MZ1-端子排-井道总线-轿箱总线 - 0C 21 MZ1: Shaft buffer overflow 井道缓存溢出 - 0C 22 MZ1: Shaft buffer overflow 井道缓存溢出 - 0C 23 MZ1: Shaft buffer overflow 井道缓存溢出 - 0C 24 MZ1: Shaft buffer overflow 井道缓存溢出
36、 - 0C 25 MZ1: Shaft buffer overflow 井道缓存溢出 - 0C 30 MZ1: Shaft bus faulty 井道总线故障 New initialization through MZ1 通过MZ1新发生 N1 0C 31 MZ1: Transmission error in shaft bus 井道总线传送故障 MZ1 detects error to shaft MZ1检测到去井道的故障 - 0C 32 MZ1: Overflow error in shaft
37、 bus 井道总线溢出故障 - 0C 3A MZ1: Telegram from MF3D lost 来自MF3D的电报丢失 - 0C 3b MZ1: Telegram from MF3 lost 来自MF3的电报丢失 - 0C 3C MZ1 MF3 fails to answer MF3无应答 Connection/plug problem MZ1 - terminal连接插件有 - 0C 3d MZ1 MF3D fails to answer MF3D无应答 block – car bus - MF3问题MZ1-端
38、子排-轿箱总线-MF3 - CAN events from MZ1 concerning the local bus CAN来自MZ1和本梯总线有关的事件 0C 40 MZ1: Local buffer overflow 本梯缓存溢出 More data has been read in than MF1 could process 读入的数据比MF1能够处理的还要多 - 0C 42 MZ1: Local buffer overflow 本梯缓存溢出 - 0C 43 MZ1: Local buffer overflow
39、 本梯缓存溢出 - 0C 45 MZ1: Local buffer overflow 本梯缓存溢出 - 0C 50 MZ1: Local bus faulty 梯总线故障 New initialization through MZ1 通过MZ1新发生 - 0C 51 MZ1: Transmission error in local bus 本梯总线传送故障 - 0C 52 MZ1: Overflow error in local bus 本梯总线溢出故障 0C 53 MZ1: Reset
40、request in local bus 本梯总线中复位请求 0C 60 MZ1: Clock divider tumbled down CAN test 时钟损坏分频器/CAN测试 CAN events MC1/MC2/MC3 interface (CANL = local bus) CAN-MC1.MC2.MC3接口事件 0C 70 CANL test: Clock divider tumbled down CAN测试：时钟分频器损坏 CAN controller is being initialized CAN控制器正初始化
41、 - 0C 73 CANL test: RESET request from CAN controller CAN测试：来自CAN控制器的复位请求 CAN controller is being initialized CAN控制器正初始化 - OC 74 CANL test: error in status register (EMC) CAN测试：状态登记故障 CAN controller is being initialized CAN控制器正初始化 - 0C 75 CANL test: Output buffer overflow 输出缓存溢出 -
42、 0C 76 CANL test: Output buffer overflow 输出缓存溢出 - CAN events MC3 interface (CANS = shaft bus) 0C 78 CANS test: Clock divider tumbled down CAN测试：时钟分频器损坏 CAN controller is being initialized CAN控制器正初始化 - 0C 7A CANS test: Overflow error shaft bus CAN测试：井道总线溢出故障 - 0C 7b CANS test
43、 Reset request in shaft bus 井道总线复位请求 CAN controller is being initialized CAN控制器正初始化 - 0C 7C CANS test: Error in status register EMC CAN测试：状态登记故障 - CAN events from MF3 or MF3D board (main or rear side) 0C 80 MF3: Reset from MF3 来自MF3的复位信号 - 0C 81 MF3: Telegram from MZ1 lost 来自M
44、Z1的电报丢失 - 0C 85 MF3: Overflow error in shaft bus 井道总线溢出故障 - 0C 86 MF3: Transmission error in shaft bus 井道总线传送故障 - 0C 87 MF3: Shaft bus faulty 井道总线故障 - 0C 88 MF3: Acknowledge with MF2 not possible 不能和MF2确认 - 0C 89 MF3: CAN chip tumbled down CAN芯片损坏/复位请求或时钟分频 - 0C 8A MF3: Init
45、ialization error MF3 MF3初始化故障 0C A0 MF3D: Reset from MF3D 来自MF3D的复位信号 - 0C A1 MF3D: Telegram from MZ1 lost 来自MZ1的电报丢失 - 0C A5 MF3D: Overflow error in shaft bus 井道总线溢出故障 - 0C A6 MF3D: Transmission error shaft bus 本梯总线传输故障 - 0C A7 MF3D: Shaft bus faulty 井道总线损坏 - 0C A8 MF3D: Ac
46、knowledge with MF2 not possible 不能和MF2确认 - 0C A9 MF3D: CAN chip tumbled down CAN芯片损坏 - 0C AA MF3D: Initialisation error MF3D MF3D初始化故障 - Door drive main side 主侧门机 0C d0 RESET 复位 0C d2 Error overflow of memory 存储器溢出故障 0C d3 Bus error 总线故障 0C d4 Bus interruptio
47、n 总线中断 0C d5 Incomplete transmission 传送不完整 0C d8 Run time error 运行时间故障 0C d9 Watchdog 监视器 0C dA Overcurrent 过电流 0C db Overvoltage 过电压 0C dC Overtemperature – heat sink 过热 散热器 0C dd Overtemperature – door motor 过热 门机 0C dE No controller enable 控制器未开通
48、0C dF F2/1: overtemperature housing F2/1过热 Door drive rear side 0C E0 RESET 复位 0C E2 Error overflow of memory 存储器溢出故障 0C E3 Bus error 总线故障 0C E4 Bus interruption 总线中断 0C E5 Incomplete transmission 传送不完整 0C E8 Run time error 运行时间故障 0C E9 Watchdog 监视器 0C
49、 EA Overcurrent 过电流 0C Eb Overvoltage 过电压 0C EC Overtemperature heat sink 过热 散热器 0C Ed Overtemperature door motor 过热 门机 0C EE No governor enable 控制器未开通 0C EF F2/1: overtemperature housing F2/1过热 MZ1 / CPU 0C FF CPU: unknown command from MZ1 来自MZ1的不明命令 -
50、 Reference-to-actual value monitoring ) can be suppressed with switch 6S1 on circuit board MZ or with switch S5 on circuit board MZ1. ) 给定值/实际值监控 0d1B Reference-to-actual value monitoring MW1 (B=operating phase, applies to all 0d errors)) Pulses are missing (only in inspection or emerg
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