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MTS30M4-38C模块备件

型号: MTS30M4-38C  分类: foxboro
  • MTS30M4-38C
  • MTS30M4-38C
  • MTS30M4-38C
  • MTS30M4-38C
  • MTS30M4-38C


MTS30M4-38C

 

MTS30M4嗯,是阻力。如果模块
不易安装,请勿强行安装。拆下模块并检查其是否弯曲或变形
损坏的销。如果针脚没有损坏,请尝试重新安装模块。
2.2.电缆选择
详细介绍了适用于可信TMR 24 Vdc数字输出模块的I/O电缆
在以下产品描述中。
•可信I/O伴槽电缆,出版物ICSTT-RM311(PD-TC200)
•可信TMR I/O智能插槽电缆,发布ICSTT-RM313(PD-TC500)
2.安装可信TMR 24Vdc数字输出模块–40信道
1214期罗克韦尔自动化出版物ICSTT-RM280N-EN-P
上述详细的产品说明还详细说明了现场终端组件的类型
(FTA)或通用现场终端组件(VFTA),其可与这种类型的电缆一起使用
单元
自定义长度的多芯FTA电缆为0.5 mm2,电阻为40Ω/公里。e、 g.a 50米
电缆将具有4Ω 回路阻抗为0.5 A,相当于2 Vdc电压降。
2.3.终止
未使用的输出应在应用中被命令关闭,并通过4K7 0.5 W接线
电阻为零伏。
2.4.模块引脚输出连接
C、B、A
1.智能插槽链路C、智能插槽链路B和智能插槽链路A
2 - - -
3通道5(+)压水堆1组(+)通道1(+)
4通道6(+)压水堆1组(+)通道2(+)
5压水堆1组Rtn压水堆1组(+)压水堆一组Rtn
6通道7(+)压水堆1组(+)通道3(+)
7陈8(+)压水堆1组(+)陈4(+)
8 - - -
9陈13(+)压水堆组2(+)陈9(+)
10陈14(+)压水堆组2(+)陈10(+)
11压水堆2组Rtn压水堆2组(+)压水堆二组Rtn
12陈15(+)压水堆组2(+)陈11(+)
13陈16(+)压水堆组2(+)陈12(+)
14 - - -
可信TMR 24Vdc数字输出模块–40信道2.安装
罗克韦尔自动化出版物ICSTT-RM280N-EN-P14和13期
C、B、A
15陈21(+)压水堆组3(+)陈17(+)
16陈22(+)压水堆组3(+)陈18(+)
17压水堆3组Rtn压水堆3组(+)压水堆三组Rtn
18陈23(+)压水堆组3(+)陈19(+)
19陈24(+)压水堆组3(+)陈20(+)
20 - - -
21陈29(+)压水堆组4(+)陈25(+)
22陈30(+)压水堆组4(+)陈26(+)
23压水堆4组Rtn压水堆4组(+)压水堆四组Rtn
24陈31(+)压水堆组4(+)陈27(+)
25陈32(+)压水堆组4(+)陈28(+)
26 - - -
27陈37(+)压水堆组5(+)陈33(+)
28陈38(+)压水堆组5(+)陈34(+)
29压水堆5组Rtn压水堆5组(+)压水堆五组Rtn
30陈39(+)压水堆组5(+)陈35(+)
31陈40(+)压水堆组5(+)陈36(+)
32 - - -
表2现场连接器引脚输出
2.安装可信TMR 24Vdc数字输出模块–40信道
罗克韦尔自动化出版物ICSTT-RM280N-EN-P
2.5.信任模块极化/键控
所有受信任的模块都已设置密钥,以帮助防止插入错误的位置
在机箱内。极化包括两部分;模块和相关字段
缆绳
每种模块类型都在制造过程中进行了键控。负责以下事项的组织:
受信任系统的集成必须通过从系统中移除键控件来对电缆进行键控
安装电缆,使其与安装在相关模块上的塞子相对应
适合的
1.
12
电缆出口
释放按钮
极化/键控
别针。
(使用以下方法移除:
侧刀在哪里
如下所示)
可信电缆

聪明的
交换
连接器
如果安装
图5模块极化
对于带有配对槽安装的电缆,两个键条必须极化。
对于该模块(T8451),拆下键控销1、5和6。
可信TMR 24Vdc数字输出模块–40信道3.应用
罗克韦尔自动化出版物ICSTT-RM280N-EN-P14和15期
3.应用
3.1.模块配置
物理输出模块不需要配置。所有这些都是可配置的
使用工程工作站上的工具执行模块的特性
(EWS)并成为应用程序或系统的一部分。加载到TMR中的INI文件
加工机之后,TMR处理器自动配置输出模块
应用程序在主备切换期间下载。
IEC 61131工具集提供了配置输出模块的主接口。
Trusted中提供了配置工具和配置顺序的详细信息
工具集套件,ICSTT-RM249(PD-T8082)出版物。有三个必要的程序
以配置输出模块。这些是:
1.为现场输出数据和模块状态数据定义必要的I/O变量
使用IEC 61131工具集的字典编辑器。
2.在I/O连接编辑器中为每个I/O模块创建I/O模件定义。
I/O模块定义定义了物理信息-38C

MTS30M4-38C模块备件

MTS30M4-38C
um of resistance. If the Module does not mount easily, do not force it. Remove the Module and check it for bent or damaged pins. If the pins have not been damaged, try reinstalling the Module. 2.2. Cable Selection I/O cables suitable for use with the Trusted TMR 24 Vdc Digital Output Module are detailed in the following Product Descriptions. • Trusted I/O Companion Slot Cables, publication ICSTT-RM311 (PD-TC200) • Trusted TMR I/O SmartSlot Slot Cables, publication ICSTT-RM313 (PD-TC500) 2. Installation Trusted TMR 24Vdc Digital Output Module – 40 Channel 12 Issue 14 Rockwell Automation Publication ICSTT-RM280N-EN-P The Product Descriptions detailed above also detail the types of Field Termination Assembly (FTA) or Versatile Field Termination Assembly (VFTA) which may be used with this type of Module. Custom length multi-core FTA cables are 0.5 mm2 with a resistance of 40 Ω/km. e.g. a 50 m cable will have 4 Ω loop impedance at 0.5 A, this equates to a 2 Vdc volt drop. 2.3. Termination Unused outputs should be commanded off in the application and wired through a 4K7 0.5 W resistor to zero volts. 2.4. Module Pin-out Connections C B A 1 SmartSlot Link C SmartSlot Link B SmartSlot Link A 2 - - - 3 Chan 5 (+) Pwr Group 1 (+) Chan 1 (+) 4 Chan 6 (+) Pwr Group 1 (+) Chan 2 (+) 5 Pwr Group 1 Rtn Pwr Group 1 (+) Pwr Group 1 Rtn 6 Chan 7 (+) Pwr Group 1 (+) Chan 3 (+) 7 Chan 8 (+) Pwr Group 1 (+) Chan 4 (+) 8 - - - 9 Chan 13 (+) Pwr Group 2 (+) Chan 9 (+) 10 Chan 14 (+) Pwr Group 2 (+) Chan 10 (+) 11 Pwr Group 2 Rtn Pwr Group 2 (+) Pwr Group 2 Rtn 12 Chan 15 (+) Pwr group 2 (+) Chan 11 (+) 13 Chan 16 (+) Pwr Group 2 (+) Chan 12 (+) 14 - - - Trusted TMR 24Vdc Digital Output Module – 40 Channel 2. Installation Rockwell Automation Publication ICSTT-RM280N-EN-P Issue 14 13 C B A 15 Chan 21 (+) Pwr Group 3 (+) Chan 17 (+) 16 Chan 22 (+) Pwr Group 3 (+) Chan 18 (+) 17 Pwr Group 3 Rtn Pwr Group 3 (+) Pwr Group 3 Rtn 18 Chan 23 (+) Pwr Group 3 (+) Chan 19 (+) 19 Chan 24 (+) Pwr Group 3 (+) Chan 20 (+) 20 - - - 21 Chan 29 (+) Pwr Group 4 (+) Chan 25 (+) 22 Chan 30 (+) Pwr Group 4 (+) Chan 26 (+) 23 Pwr Group 4 Rtn Pwr Group 4 (+) Pwr Group 4 Rtn 24 Chan 31 (+) Pwr Group 4 (+) Chan 27 (+) 25 Chan 32 (+) Pwr Group 4 (+) Chan 28 (+) 26 - - - 27 Chan 37 (+) Pwr Group 5 (+) Chan 33 (+) 28 Chan 38 (+) Pwr Group 5 (+) Chan 34 (+) 29 Pwr Group 5 Rtn Pwr Group 5 (+) Pwr Group 5 Rtn 30 Chan 39 (+) Pwr Group 5 (+) Chan 35 (+) 31 Chan 40 (+) Pwr Group 5 (+) Chan 36 (+) 32 - - - Table 2 Field Connector Pin-out 2. Installation Trusted TMR 24Vdc Digital Output Module – 40 Channel 14 Issue 14 Rockwell Automation Publication ICSTT-RM280N-EN-P 2.5. TrustedModule Polarisation/Keying All Trusted Modules have been Keyed to help prevent insertion into the wrong position within a Chassis. The polarisation comprises two parts; the Module, and the associated field cable. Each Module type has been keyed during manufacture. The organisation responsible for the integration of the Trusted System must key the cable by removing the keying pieces from the cable so that they correspond with the bungs fitted to the associated Module prior to fitting. 1 12 Cable Exit Release button Polarising/Keying Pins. (Remove using side cutters where identified below) Trusted Cable hood Smart Swap Connector if Fitted Figure 5 Module Polarisation For Cables with Companion slot installations both keying strips must be polarised. For this Module (T8451) remove keying pins 1, 5 and 6. Trusted TMR 24Vdc Digital Output Module – 40 Channel 3. Application Rockwell Automation Publication ICSTT-RM280N-EN-P Issue 14 15 3. Application 3.1. Module Configuration There is no configuration required to the physical Output Module. All configurable characteristics of the Module are performed using tools on the Engineering Workstation (EWS) and become part of the application or System.INI file that is loaded into the TMR Processor. The TMR Processor automatically configures the Output Module after applications are downloaded and during Active/Standby changeover. The IEC 61131 TOOLSET provides the main interface to configure the Output Module. Details of the configuration tools and configuration sequence are provided in Trusted Toolset Suite, publication ICSTT-RM249 (PD-T8082). There are three procedures necessary to configure the Output Module. These are: 1. Define the necessary I/O variables for the field output data and Module status data using the Dictionary Editor of the IEC 61131 TOOLSET. 2. Create an I/O Module definition in the I/O Connection Editor for each I/O Module. The I/O Module definition defines physical info



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