SM-05蒂森门机板使用说明
蒂森控制板操作器说明书

DIAGNOSTIC UNIT IFunction 01 00 Display of error stack as per:05.00显示故障堆栈 Example:ErrorExplanationWeighting BW任务特N emergency stop 紧急停梯 landing 楼层S stopping 停止undefined 未定义M spontaneous message 自发信息 explanations from page 21 解释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Significance: Frequency levels of error: 含义:故障频繁度Level 1 infrequent 1度不频繁1) can be suppressed with switch 6S1 on circuit board MZ or with switch S5 on circuit board MZ1.1) Dependenton the function involved, reset can either mean emergency stop following by adjusting run or stopping of the lift installation2) Handshake is defined as cyclical data exchange (telegram) between two data carriers.1) SR module can be masked out via teach-in mode function AF 0d. Running-open operation and re-levelling with door open is not possible.1) Error from TCI work program 03.89/7 – no longer used.2) Error 35 00 and 3b 00 can no longer occur from work program 02.87/4 and error 36 00 can no longer occur from 06.95/25.1) SR module can be masked out through teach-in-mode function AF 0d. N Runnin-open operation andre-levelling with open door not possible.2) 0C 04 to 0C 0C leads also to stopping, if not provided otherwise in the lift-specific EPROM !1) If errors 65 00 to 74 00 occur more than 3 times, error 4F 00 will follow afterwards, which leads tospontaneous message and stopping1) DSP is the digital signal processor in the CPI controller2) Handshake is defined as cyclical data exchange (telegram) between two data carriers.Explanations of the existing error code numbers04 NN TCI control – Interrogation of ZSE solenoid switchesNN is represented as a hexadecimal number; in the event of errors, it indicates the number of ZSE switches (no other than the ZSE switch of the car position may be actuated).04 00 applies to ZSE 25 t o ZSE 3104 00 applies to ZSE 17 t o ZSE 2404 00 applies to ZSE 9 to ZSE 1604 0C applies to ZSE 1 to ZSE 8Example: 0 4 0 CHexadecimal number 0C∣∣Binary number 0 0 0 0 1 1 0 0∣∣∣∣∣∣∣∣assigned ZSE switch 8 7 6 5 4 3 2 1The example shows that ZSE switches ZSE3 and ZSE4 (in 3. and 4. landing) havebeen activated. (Also compare hexadecimal code in part 4, page 2)04 NN TCM control – Interrogation of ZSE solenoid switchesIf ZSE switches are closed in the third and fourth landing, the TCM controlwill file two errors: 04 03 und 04 0406 XX TCI control–Door locking not possible (from work program version 08.91/9)The lift will be put out of service for 15 min. after 3 unsuccessful doorlocking attempts. A new locking attempt will be initiated after expiry ofthis period of time.XX = StandortDoor variant – hinged door:A new locking attempt will also be made within these 15 min. after opening ofthe landing door (TK open) and closingit again (TK closed).Door variant D4 (with mechanical locking device)A start attempt will be enabled within 15 min., as soon as the controlreceives the bolt contact.06 XX TCM control–Door locking not possibleIf open bolt contact is recognized in the command chain preceding theposition the following error will follow14 XX (XX = bolt contact main side)18 XX (XX = bolt contact rear side)09 NN Car will be blocked in the landing >4 minExample LED Signal name (LED display on diagnostic unit Irow A)0 KKD0 LSD1 KK O.K.1 LS O.K.0 TSUD0 TSOD0 TSU1 TSO activatedFor LEDs and signal names see Operating Instructions of Diagnostic Unit I,function 05 00, column 0d (display of predefined memory locations, from page25).19 NN Door zone not detectedExample 1 9 C 81 VR1 A5A0 TO0 TU1 FL0 FS0 FO0 FUIn the operation phase STOP (lift at standstill), the CPU recognizes that thedoor zone calculated from the landing vanes was left.For LEDs and signal names see Operating Instructions Diagnostic Unit Ifunction 05 00, column 05 (display of predefined memory locations,from page25)1d NN Emergeny stop (wrong run direction)No run direction or both run directions were produced with the run contactoractivated and the brake disengaged.For LEDs and signal names see Operating Instructions, Diagnostic Unit I,function 05 00, column 05 (display of predefined memory locations from page25).In case of error 1d C8 the processor outputs the signals VR, A5A and FL (butwithout run directions); compare above representation of error 19 NN1E NN Deceleration not effectiveBinary display of car positionIt will be examined whether deceleration has been initiated already onreaching the marked terminal landing vanes.The position is indicated by the five bitst 20 to 25 as binary number.Example:27FO (run direction UP)26FU activated (run direction DOWN)252423Position (hexadecimal number converted into22binary number)211 201 E 9d: bits 20 to 27 stand for landing 29, therefore only run direction UPexists, since 26 = 0 and 27 = 1, and consequently 9 d will follow.Function 02 00 Display of order number (fromTCI work program version 06.88/6 and with TCM)显示定单号码(从TCI 06.88/6版工作程序起以及TCM梯)Example: Order No.: 27 70 06 42 10∣∣∣∣∣LED 5 12 3 10 1B A B A BFunction 03 00 Position indicator (decimal)楼层显示(十进制)Function 04 00 Operation phaseFunction 05 00 Display of specified memory locations1) Set function 05 00 with program selector wheel2) Press start-stop button3)Select desired column in 7-segment display with program selector wheelExample: Column 0d is desired. For example, select 0C 0d in 7-segment display, then left LED row B applies to column 0C and right LED row A applies to column0d, etc.4) Interrogate LED display (compare overview and signal description)5) Exit: press start-stop button for longer than 2 s.The LEDs listed in the table will light on selecting the respective column (Col) :1) Error markingExtension of columns for TCM control with MC1 or MC2 circuit boards1) pulses are counted dependent on the run direction (20 to 27 is displayed in LED row A/B)1) will be displayed as hexadecimal number in LED row A. Example: 09 in LED row A LEDs 0000 1001 light up2) displays last failure before current failure cause column 2C. Is displayed in hexadecimal numbers as in column 2C1) MF3 (VA) stands for circuit board MF3 with double-sided insertion 1) MF3 (VA) stands for circuit board MF3 with double-sided insertion1) MF3 (VA) stands for circuit board MF3 with double-sided insertion1) not assigned currently.Function 07 00 Display of parameters of CPI controller (only with TCM controls) 显示CPI。
蒂森tic控制系统插脚定义说明

SM-01板1. 主控制器SM-01-B 输入输出接口定义★JP3.01 - JP4.06 为外部开关信号输入口,※TE-MRL、TE-GL及TE-E型控制柜,对于SM-01板的软件版本在3C021227以下(不含3C021227)JP5JP2: LCD 人机界面接口DB1: RS232/RS485 MODEM 远程监控接口。
DB1.1: DCDDB1.2: RXDDB1.3: TXDDB1.4: DTRDB1.5: SGNDDB1.6: RS485-ADB1.7: RS485-BDB1.8: XDB1.9: X3. 跳线的配置说明:J1:并联口终端电阻,总是短接J2: 编码器电源电压选择,J2短接1-2,控制器提供15V/40mA电源到端口JP6.02(仅在调速器不能提供编码器电源的情况下,才由控制器给编码器供电)J2短接2-3,控制器提供5V/100mA电源到端口JP6.02(仅在调速器不能提供编码器电源的情况下,才由控制器给编码器供电)J3,J4: 编码器类型选择J3和J4同时短接1-2,控制器使用JP6.03,JP6.04输入的OC或推挽输出编码器信号。
J3和J4同时短接2-3,控制器使用JP6.05,JP6.06,JP6.07,JP6.08输入的差分编码器信号。
J5: RS232/RS485 选择,短接<J5.2-J5.3>,通讯方式为RS232,可以配置MODEM 和电话线,进行远程监控。
短接<J5.1-J5.2>,通讯方式为RS485,进行集中监控。
SM-02板1. 轿厢控制器(SM-02-B)的接口定义JP6:四芯通讯线JP6.01: TXV+JP6.02: TXV-JP6.03: TXA+JP6.04: TXA-JP5: 输入端JP5.01: 输入TX0-TX18 信号公共端,0V.JP5.02: 输入TX0, 前门开门到位JP5.03: 输入TX1, 前门关门到位JP5.04: 输入TX2, 前门安全触板JP5.05: 输入TX3, 超载( >= 110% )JP5.06: 输入TX4, 满员( >= 100% )JP5.07: 输入TX5, 重载( >= 65% )JP5.08: 输入TX6, 轻载( >= 35% )JP5.09: 输入TX7, 空载( <= 10% )JP5.10: 输入TX8, 司机JP5.11: 输入TX9, 专用JP5.12: 输入TX10,司机直驶JP5.13: 输入TX11, 后门开门到位JP5.14: 输入TX12, 后门关门到位JP5.15: 输入TX13, 后门安全触板JP5.16: 输入TX14, 备用JP5.17: 输入TX15, 备用JP5.18: 输入TX16, 备用JP5.19: 输入TX17, 备用JP5.20: 输入TX18, 备用JP2: 输出端JP2.01: 输出TY0, 上到站钟JP2.02: 输出TY0, 上到站钟JP2.03: 输出TY1, 下到站钟JP2.04: 输出TY1, 下到站钟JP2.05: 输出TY2, 轿厢照明JP2.06: 输出TY2, 轿厢照明★JP2.05,JP2.06 断开时,轿厢照明打开JP2.05,JP2.06 闭合时,轿厢照明关闭JP2.07: 输出TY3, 备用JP2.08: 输出TY3, 备用★JP2.01-JP2.08共8个点为继电器触点输出JP2.09: 输出TY4, 超载灯-JP2.10: 输出TY4, 超载灯+JP2.11: 输出TY5, 蜂鸣器-JP2.12: 输出TY5, 蜂鸣器+JP2.13: 输入模拟量负载信号+JP2.14: 输入模拟量负载信号-(模拟量负载信号为0-5V 信号,满载时调整到4V,空载为0V) JP2.15: RS485+JP2.16: RS485-(RS485+,RS485-为通讯口,预定义为语音接口)JP2.17: 备用JP2.18: 备用JP2.19: 隔离电源输入+JP2.20: 隔离电源输入-JP3:JP3.1: 开门指示灯-JP3.2: 开门指示灯+JP3.3: 开门按键JP3.4: 开门按键TX19JP4:JP4.1: 关门指示灯-JP4.2: 关门指示灯+JP4.3: 关门按键JP4.4: 关门按键TX20JP1为CAN 通讯口终端电阻跳线,一般不接。
蒂森电梯板脚说明、基本维修、指示灯

蒂森MC2 板部分管脚说明电梯技术配件交流2017-07-10X31(1) +24VFM(灯)--R848---IC815(15)脚地X31(2) IC716 的14脚KT(灯)--R852---IC716(11)脚G(灯)---R853---IC716(12)脚X30(1) +24VX30(2) IC815 的10脚SRI(灯)X91的1脚SR11(灯) X92的1脚X36(1) +24VX36(2) IC811 的2脚X34(1)脚,+24V输出:X34(2)IC716的15脚X23(1) +24VX23(2) IC716 的16脚X35(1)脚,+24V输出:X35(2)IC716的13脚X26(2) IC715 的4脚X26(3) IC715 的5脚输出:X8(2)IC615的12脚X26(4) IC715 的6脚输出:X8(3)IC615的13脚输出:X8(5)IC815的11脚X27(2) IC313 的3脚输出:X8(6)IC815的12脚输出:X8(7)IC815的13脚X24(1) +24V输出:X8(8)IC815的16脚X24(2) IC715 的1脚输出:X8(9)IC716的10脚X24(3) IC811 的7脚(R718)输出:X8(10)I 9的2脚X25(1) +24VX25(2) IC715 的7脚X25(3) IC313 的4脚X25(4) 0VX22(1)X22(2)+24VIC313 的1脚X21(1)X21(2)+24VIC313 的2脚X20(2)X20(1)IC313+24V的5脚16 15 14 13 12 11 10 91 2 3 4 5 6 7 8ULN 2003 (A)N2001A蒂森mc2主板说明原创:电梯技术配件交流电梯技术配件交流2017-05-17点击蓝色字免费订阅,每天收到电梯资料标识插头孔销类型信号备注诊断单元VI和监控(串行接口)(→MC)X11 -未使用2 E RXD 收到的数据3 A TXD 传送的数据4 -未使用5 - GND(接地)6 -未使用7 -未使用8 -未使用9 -未使用诊断单元I(并联接口)(→MC) X21 A +5V2 A +5V3 - GND(接地)4 - GND(接地)5 E输入端口1,位06 E输入端口1,位17 -未使用8 -未使用9 E输入端口1,位410 E输入端口1,位511 E输入端口1,位612 -n.c.13 A输出端口1,位014 A输出端口1,位115 A输出端口1,位216 A输出端口1,位317 A输出端口1,位418 A输出端口1,位519 A输出端口1,位620 A输出端口1,位7本地总线(→MZ)X31 E/A CAN-H2 E/A CAN-L3 - GND(接地)群控总线(→MZ)X41 E/A CAN-H2 E/A CAN-L3 - GND(接地)驱动CPI(→MC)X51 -未使用2 -未使用3 A +24V4 A SWF5 E Channel A(槽道A)A脉冲6 E Channel B(槽道B)B脉冲7 - 0V8 E/A CAN-L 本地总线9 -未使用10 E STR11 A FO12 A +5V13 E Channel A(槽道A)*A脉冲14 E Channel B(槽道B)*B脉冲15 E/A CAN-H 本地总线旋转脉冲(减速的及液压的)(→MC)X61 A +24V2 A +12V3 E Pulses(脉冲)4 - GND(接地)额外串行接口MC(→MC)X71 A +24V2 E +12V (V)3 A Pulses(脉冲)4 - GND(接地)液压式驱动(→MZ,MC)X81 A +24V 输出I≤40mA2 A V2 备用输出1,X39:23 A V14 A FO FO←MC(V0)5 A FJR FJR←MZ(V)6 A FUR FUR←MZ(向下)7 A FOR FOR←MZ(向上)8 A FLR FLR←MZ(V2)9 A FSR FSR←MZ10 -平稳启动完成(启动)11 E STR STR(X5:10)12 - 0V平稳启动(→MC)X91 A SWF SWF←MC2 平稳启动完成电压供应5V X101 E +5V2 GND(接地)电压供应24V X111 E +24V2 GND(接地)额外串行接口MZ(→MZ)X121 A +5V2 E R×D (TTL)3 A T×D (TTL)4GND(接地)随行电缆(→MZ,MC,SR模块)X131 E ZS ZS-区域开关→SR模块2 A +24V 24V3 - 0V 0V4 E LK1 LK1-光幕选择器1→MC5 E LK LK-光幕选择器→MC6 E/A CAN-H 井道总线→MZ7 E/A CAN-L 井道总线→MZ井道总线主端(→MZ)X141 A INIH 初始化(站层号的编码)2 E/A CAN-H 井道总线3 E/A CAN-L 井道总线4 - GND(接地)GND(接地)井道总线后进口端(→MZ)X151 A INIH 初始化2 E/A CAN-H 井道总线→MS2等3 E/A CAN-L 井道总线→MS2等4 - GND(接地) GND(接地)附加作用的插头优选权(→MZ)X201 A +24V2 E V 优选权温度监控X211 A +24V2 E V 温度监控过载(→MZ)X222 E ül 过载启动抱闸(→MZ)X231 A =24V2 A VRB 抱闸磁铁启动1) 直接连接到平稳启动插头上。
SM-05蒂森门机板使用说明

SM-05蒂森门机板使用说明目前SM-05板(蒂森门机板)能响应的编码器脉冲频率最高为4KHz,即:由门机电动机带动编码器旋转,所产生的最高脉冲频率不得高于4KHz。
否则,系统不能准确计算脉冲数目,门机不稳定。
请在使用前确认门机在整个运行过程脉冲频率不会超过4KHz。
SM-05-V1.1有三个按键,两个数码管,三路继电器输出,对应三个发光二极管,四路光耦隔离输入。
数码管能够循环显示标识,按下表中标识栏自上而下单方向循环显示,如果显示的是可设置参数的标识,还可显示参数值。
具体如下表:续前表:*具体显示数值由当时的脉冲数确定注:所有参数均为十六进制显示,最大不超过FFH,最小为0。
三个按键在数码管的下面,从左向右依次为:KEY1,KEY2,KEY3。
定义如下:续前表:三路继电器自左向右依次定义:过力矩输出,关门极限到达输出,开门极限到达输出。
各个继电器上面均有对应的发光二极管。
过程说明1.编码器A/B相的判别在43标识下,记下此时显示的脉冲,然后手动向开门方向轻轻推动轿门约20cm,如果脉冲数增加,说明A/B相连接正确;反之,如果脉冲数减少,则说明A/B相接反。
2.自学习过程:首先,确认门机系统没有收到任何形式的(包括端口和通讯)开门或关门信号;(如果不能保证,变频器会发生通讯故障)其次,确认门机板显示的标识在43标识下;最后,按下复合键;这时无论门在什么地方,都会先关门;到门刀收好后,(请现场安装调试工程师检查门刀是否收好,如果没收好,此次自学习结果无效。
)门才会以恒定的速度打开,并开始累计脉冲;当门开到开门极限,系统会记下此时的脉冲,并以相同的速度关门进行脉冲校验,此时显示的是F 标识;当门刀收好后,此时系统会判断自学习得到的脉冲和校验的得到的脉冲之间的差值,如果小于20个脉冲,则系统会认为自学习成功,自动切换到A 标识,否则,系统认为自学习失败,自动切换到43标识下。
3. 上电过程:系统上电后,首先以恒定的速度关门,在这期间,门不会响应任何端口或通讯请求,也不会响应键盘,直到门不能动,系统会修正脉冲数,并转入正常状态。
蒂森f5门机

一.F5门系统
1.使用
门驱动F5专用于轿门:K8<TB 1200,不带对于TH的任何限制。
门由还有竖直排列滑轮轴心的齿带机械驱动。
由于驱动转轴的竖直轴心,驱动电机也竖直放在门挂件上方。
门齿轮通过齿带向前或向后带动来操作。
因此无需其它额外操作元件。
注:
由于进行了技术升级,也可通过相关适配器紧固角来水平安装门机F5。
2.建筑
作为一个简洁式驱动单元,门机F5由以下部件构成:
-无齿轮同步电机;
-门机包括:
-电源部分带有输入过滤器:它包括变频门机,电源及所有必须过滤器测量装置。
-上电子元件包括:用于实现参考值的处理器,门机及至电梯控制和诊断单元的接口。
-内置脉冲发生器:这就是不需要门位置开关的原因。
连接建筑单元不能分离。
所有电机,发生器和电子控制间必需的电力连接已在内部接好了。
作为驱动的内在部分,电子板不能单独更换。
“0”=信号未作用。
4.1 门机F5至常规24V逻辑级的连接
用于控制和确认信号的可能连接的原则
4.2 通过CAN BUS对门机的连接
在“欠压”模式下不允许参数的存储。
若试图通过dF00存储参数,且门机在“欠
压”模式下,信息F0 00 会出现,且信息15 00会留下,不会存储数值。
对带功能“1200”的CAN BUS的可能测试
从软件版本V3.0起。
蒂森电梯门机调整

3. 门机调整Catalogue目录No. 序号Description说明Page页5.1 检查和确认5-4 5.2 门机的接线5-4 5.3 门机的初始化5-7 5.4 门机的参数设置5-9 5.4.1 参数设定操作5-9 (1)控制板描述5-9 (2)参数设置方式5-10 5.4.2 RCF-1型门机参数一览表5-11 5.4.3 位置参数5-12 5.4.4 力矩参数5-13 5.4.5 速度参数5-14 5.4.6 参数描述5-15 (1)模式参数5-15 (2)电机参数5-16 (3)传动参数5-16 (4)编码器参数5-17 (5)力矩参数5-17 (6)关门力监测的范围限定5-17 (7)显示参数5-19No. Description Page序号说明页(8)插入式直流制动参数5-20 5.5 门机的正常运行5-20 5.6 门机的手动运行5-20 5.7 门机的关门力监测5-215.门机调整TE-E型电梯采用RCF-1型变频门机。
以下部分重点介绍该种门机的电气调整方法。
5.1 检查和确认在调试门机之前,应对门机及相关部件进行仔细地检查。
应重点检查如下项目:1.控制柜,及门机外部电源应关闭;2.检查门机板上有关输入电源的类型;3.安装和操作RCF-1皆须小心谨慎。
尤其防止金属片、油、水或其它杂质进入门机控制器;4.一旦完成机械工作,须再移掉覆盖物以确保轿厢门驱动系统完美安全地运行;5.确保门机控制器电源已切断至少2分钟后才开始接线;6.检查安全开关电路(急停开关)是否正常;7.确保所有电气部件正确接地;8.确保门机控制器电源正确。
否则,可能发生设备和/或其它电气部件损坏,甚至导致火灾;9.确保接线正确;10.严禁将总电源连到门机控制器的控制线端子或电机端子。
否则会导致设备损坏;11.电源、控制和电机线路中都要配置一个封闭式铁氧环;12.连接线要尽可能短,而且控制线要与电机和电源线分开;13.接地电阻必须小于或等于10 欧姆,接地线截面必须至少1,5 mm25.2 门机的接线接线时只要打开小盖子。
蒂森电梯

蒂森电梯I 型诊断仪7 段数字显示屏起动/停止按键(闪烁 1)旋转脉冲LK 传感器运行:IS/RS 2IS 上行 SR 模块反馈 IS 下行程序选择旋钮安全回路 EKLN 传感器HKTK W/W1 接触器 KTWO/WU 接触器当 I 型诊断仪没有进入 15AF 功能时,LK 和 LN 感应器被井道码板遮挡时,诊断仪上的 LK 和LN 相应的发光二极管闪烁。
当 I 型诊断仪进入 15AF 功能时,LK 和 LN 感应器被井道码板遮 挡时,诊断仪上的 LK 和 LN 相应的发光二极管不闪烁,并且在功能 15AF 里这两个 LED 的配位 也互相对换(见 MA13,类型 6510,顺序号 046)。
用诊断仪 I 总共可查询或处理 16 项功能。
用户可以通过程序选择旋钮选定各项功能。
选 定的功能出现在七段数字显示屏上(闪烁显示)。
使用方法将诊断仪 I 插入相关的印刷电路板(CPU ,门控制,LMS1 等等)。
显示屏显示某项功 能(闪烁)。
用户可调节程序选择旋钮,选择需要的功能。
只有在显示屏闪烁的情况下, 才能从一个功能转换到另一个功能。
退出选定功能:将程序选择旋钮旋转一档,然后按启动/停止键>2 秒。
用户可通过 AF00(dF00,bF00)或者将主开关切断再接通,退出教入功能。
本书中对诊断仪 I 的阐述或功能描述适用于 04.86.3 版起的所有工作程序。
TCI/TCM电 梯控制系统的现行工作程序将在紧急信息栏中公布。
诊断仪 I 的所有功能将在以下章节中分别作详细介绍。
1)当 七 段 显 示 屏 闪 烁 时, 上 图 侧 面 所 示 功 能 将 由 A 列 及 B 列 发 光 二 极 管 指 示 出来。
2)IS ... 检修运行 RS ... 应急电动运行。
诊断仪I(适用于电梯控制系统TCI和TCM)当TCI采用04.86/3版起的工作程序,TCM采用MC,MC1,MC2,MC3控制系统时,以下功能可供选择。
蒂森控制板操作器说明

DIAGNOSTIC UNIT IFunction 01 00 Display of error stack as per: 05.00 显示故障堆栈Example:Error Explanation Weighting BW14 03AAjob-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 N umber of marking flag 标志编号..B o peration phase 运行阶段Significance: 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 BW01 XX Interlock contact RK or RKD is jamming in land-ing XX. 门锁触点RK或RKD在XX楼层处卡住/在XX层检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 doorin landing XX.A correct door type must be programmed in the job-specific program.6Start/Stop buttonLK sensorRun: IS/RS2)UP direction with ISDOWN direction with ISProgram selector wheelLN sensorW/W1 contactorWO/WU SchützSeven-segment-function display flashing1)PulsesCheck-back SR module Safety circuit EKHKTKKT1) can be suppressed with switch 6S1 on circuit board MZ or with switch S5 on circuit board MZ1.1) Dependenton the function involved, reset can either mean emergency stop following by adjusting run or stopping of the lift installation2) Handshake is defined as cyclical data exchange (telegram) between two data carriers.1) SR module can be masked out via teach-in mode function AF 0d. Running-open operation and re-levelling with door open is not possible.1) Error from TCI work program 03.89/7 – no longer used.2) Error 35 00 and 3b 00 can no longer occur from work program 02.87/4 and error 36 00 can no longer occur from 06.95/25.1) SR module can be masked out through teach-in-mode function AF 0d. N Runnin-open operation and re-levelling with open door not possible.2) 0C 04 to 0C 0C leads also to stopping, if not provided otherwise in the lift-specific EPROM !1) If errors 65 00 to 74 00 occur more than 3 times, error 4F 00 will follow afterwards, which leads to spontaneous message and stopping1) DSP is the digital signal processor in the CPI controller2) Handshake is defined as cyclical data exchange (telegram) between two data carriers.04 NN TCI control – Interrogation of ZSE solenoid switchesNN is represented as a hexadecimal number; in the event of errors, it indicates the number of ZSE switches (no other than the ZSE switch of the car position may be actuated).04 00 applies to ZSE 25 to ZSE 3104 00 applies to ZSE 17 to ZSE 2404 00 applies to ZSE 9 to ZSE 1604 0C applies to ZSE 1 to ZSE 8Example: 0 4 0 CHexadecimal number 0C∣∣Binary number 0 0 0 0 1 1 0 0∣∣∣∣∣∣∣∣assigned ZSE switch 8 7 6 5 4 3 2 1The example shows that ZSE switches ZSE3 and ZSE4 (in 3. and 4. landing) have been activated.(Also compare hexadecimal code in part 4, page 2)04 NN TCM control – Interrogation of ZSE solenoid switchesIf ZSE switches are closed in the third and fourth landing, the TCM control will file two errors: 04 03und 04 0406 XX TCI control–Door locking not possible (from work program version 08.91/9)The lift will be put out of service for 15 min. after 3 unsuccessful door locking attempts. A new lockingattempt will be initiated after expiry of this period of time.XX = StandortDoor variant – hinged door:A new locking attempt will also be made within these 15 min. after opening of the landing door (TKopen) and closingit again (TK closed).Door variant D4 (with mechanical locking device)A start attempt will be enabled within 15 min., as soon as the control receives the bolt contact.06 XX TCM control–Door locking not possibleIf open bolt contact is recognized in the command chain preceding the position the following error willfollow14 XX (XX = bolt contact main side)18 XX (XX = bolt contact rear side)09 NN Car will be blocked in the landing >4 minExample 0 9 3 1Signal name (LED display on diagnostic unit I row A)0 KKD0 LSD1 KK O.K.1 LS O.K.0 TSUD0 TSOD0 TSU1 TSO activatedFor LEDs and signal names see Operating Instructions of Diagnostic Unit I, function 05 00, column0d (display of predefined memory locations, from page 25).19 NN Door zone not detectedExample1 VR1 A5A0 TO0 TU1 FL0 FS0 FO0 FUIn the operation phase STOP (lift at standstill), the CPU recognizes that the door zone calculatedfrom the landing vanes was left.For LEDs and signal names see Operating Instructions Diagnostic Unit I function 05 00, column 05(display of predefined memory locations,from page 25)1d NN Emergeny stop (wrong run direction)No run direction or both run directions were produced with the run contactor activated and the brakedisengaged.For LEDs and signal names see Operating Instructions, Diagnostic Unit I, function 05 00, column 05(display of predefined memory locations from page 25).In case of error 1d C8 the processor outputs the signals VR, A5A and FL (but without run directions);compare above representation of error 19 NN1E NN Deceleration not effectiveBinary display of car positionIt will be examined whether deceleration has been initiated already on reaching the marked terminallanding vanes.The position is indicated by the five bitst 20 to 25 as binary number.Example: 1 E 9 d0 27FO (run direction UP)1 26FU activated (run direction DOWN)0 251 241 23Position (hexadecimal number converted into1 22binary number)0 211 201 E 9d: bits 20 to 27 stand for landing 29, therefore only run direction UP exists, since 26 = 0 and 27 =1, and consequently 9 d will follow.Function 02 00 Display of order number (fromTCI work program version 06.88/6 and with TCM)显示定单号码(从TCI 06.88/6版工作程序起以及TCM梯)Example: Order No.: 27 70 06 42 10∣∣∣∣∣LED 5 12 3 10 1B A B A BFunction 03 00 Position indicator (decimal)楼层显示(十进制)Function 04 00 Operation phase1) Set function 05 00 with program selector wheel2) Press start-stop button3)Select desired column in 7-segment display with program selector wheelExample: Column 0d is desired. For example, select 0C 0d in 7-segment display, then left LED row B applies to column 0C and right LED row A applies to column 0d, etc.4) Interrogate LED display (compare overview and signal description)5) Exit: press start-stop button for longer than 2 s.The LEDs listed in the table will light on selecting the respective column (Col) :1) Error marking1) pulses are counted dependent on the run direction (20 to 27 is displayed in LED row A/B)1) will be displayed as hexadecimal number in LED row A. Example: 09 in LED row A LEDs 0000 1001 light up2)displays last failure before current failure cause column 2C. Is displayed in hexadecimal numbers as in column 2C1) MF3 (VA) stands for circuit board MF3 with double-sided insertion 1) MF3 (VA) stands for circuit board MF3 with double-sided insertion1) MF3 (VA) stands for circuit board MF3 with double-sided insertion1) not assigned currently.显示CPI。
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SM-05蒂森门机板使用说明(2009-10-19 10:51:15)
标签:杂谈
蒂森门机板
目前SM-05板(蒂森门机板)能响应的编码器脉冲频率最高为4KHz,即:由门机电动机带动编码器旋转,所产生的最高脉冲频率不得高于4KHz。
否则,系统不能准确计算脉冲数目,门机不稳定。
请在使用前确认门机在整个运行过程脉冲频率不会超过4KHz。
SM-05-V1.1有三个按键,两个数码管,三路继电器输出,对应三个发光二极管,四路光耦隔离输入。
数码管能够循环显示标识,按下表中标识栏自上而下单方向循环显示,如果显示的是可设置参数的标识,还可显示参数值。
具体如下表:
续前表:
*具体显示数值由当时的脉冲数确定
注:所有参数均为十六进制显示,最大不超过FFH,最小为0。
三个按键在数码管的下面,从左向右依次为:KEY1,KEY2,KEY3。
定义如下:
续前表:
三路继电器自左向右依次定义:过力矩输出,关门极限到达输出,开门极限到达输出。
各个继电器上面均有对应的发光二极管。
过程说明
1.编码器A/B相的判别
在43标识下,记下此时显示的脉冲,然后手动向开门方向轻轻推动轿门约20cm,如果脉冲数增加,说明A/B相连接正确;反之,如果脉冲数减少,则说明A/B相接反。
2.自学习过程:
首先,确认门机系统没有收到任何形式的(包括端口和通讯)开门或关门信号;(如果不能保证,变频器会发生通讯故障)
其次,确认门机板显示的标识在43标识下;
最后,按下复合键;这时无论门在什么地方,都会先关门;到门刀收好后,(请现场安装调试工程师检查门刀是否收好,如果没收好,此次自学习结果无效。
)门才会以恒定的速度打开,并开始累计脉冲;当门开到开门极限,系统会记下此时的脉冲,并以相同的速度关门进行脉冲校验,此时显示的是F 标识;当门刀收好后,此时系统会判断自学习得到的脉冲和校验的得到的脉冲之间的差值,如果小于20个脉冲,则系统会认为自学习成功,自动切换到A 标识,否则,系统认为自学习失败,自动切换到43标识下。
3. 上电过程:
系统上电后,首先以恒定的速度关门,在这期间,门不会响应任何端口或通讯请求,也不会响应键盘,直到门不能动,系统会修正脉冲数,并转入正常状态。