9100 T9100@F2 可编程序控制器 双处理器模块

9100 T9100@F2 可编程序控制器 双处理器模块

ICS Triplex 9100是由ICS Triplex公司生产的一系列自动化备件，该公司专门从事工业应用的安全和关键控制系统。9100系列包括一系列模块，旨在为关键自动化系统提供冗余和高可用性。

 ICS TRIPLEX系列T9100卡件执行应用程序模块稳定发展供应前面板包含故障包含非关键的安全壳区域单纯形函数与其他FCR分离。其中包括诊断端口和安装在处理器前面板上的维护启用钥匙开关。其他功能在前面板FCR中是串行通信驱动器和IRIG-B接口。

TMR处理器每个处理器和FCR的内部电压来自双冗余+24V dc通过模块连接器从控制器机箱背板提供的电源。表决器电路从模块间总线读取输入数据，并执行连续的2oo3数据投票。表决和故障检测电路使模块能够识别和隔离瞬时、间歇性和性故障。所有故障都记录在系统中故障历史。模块前面板上的LED也会显示性故障。断电模式下，系统数据、故障信息和用户程序数据通过不可更换电池保存在TMR处理器非易失性存储器中长达10年（保守额定值）。TMR处理器和扩展器组件中的I/O模块之间的通信通过控制器组件中的扩展器接口模块。整体系统软件配置必须与中的硬件配置相匹配处理器的内存。TMR处理器可以与一个处理器进行通信和配置

9100 T9100@F2 可编程序控制器 双处理器模块

ICS Triplex 9100 is a line of automation spare parts produced by ICS Triplex, a company specializing in safety and critical control systems for industrial applications. The 9100 series includes a range of modules designed to provide redundancy and high availability for critical automation systems.

ICS TRIPLEX Series T9100 cards perform application module Steady development supply front panel contains faults containing non-critical containment area simplex functions separated from other FCRS. These include diagnostic ports and a maintenance-enabled key switch mounted on the front panel of the processor. Other features in the front panel FCR are serial communication driver and IRIG-B interface.

TMR processor The internal voltage for each processor and FCR comes from dual redundant +24V dc power supplied from the controller chassis backplane via module connectors. The voter circuit reads the input data from the intermodule bus and performs a continuous 2oo3 data vote. Voting and fault detection circuits enable modules to identify and isolate transient, intermittent, and sexual faults. All faults are recorded in the system fault history. The leds on the front panel of the module will also indicate a sexual fault. In power off mode, system data, fault information and user program data are stored in the non-volatile memory of the TMR processor for up to 10 years on a non-replaceable battery (conservative rating). The communication between the TMR processor and the I/O module in the extender component is via the extender interface module in the controller component. The overall system software configuration must match the hardware configuration in the processor's memory. The TMR processor can communicate and configure with a processor