140CRP93200 Schneider 冗余系统模块

型号：140CRP93200

品牌：Schneider

产品系列：Modicon Quantum自动化平台

产品类型:RIO头-屋适配器模块

补充信息

产品适用范围:Symax(任意混合)

Quantum 200/500/800系列

Maximum drops/network:31

输入输出字节l分支:64 164 o

电缆类型:75Q同轴电缴

传输速率:1544 Mbitls

动态范围:35 dB

隔离电压:500v直流同轴中心和接地

电气连接:2孔型接线端F弯曲带有冗余电缴

诊断启动:内存检查LAN控制器检查上电

功耗w：3 w2通道

标识：CE

需求总线电流

750 mA 2个信道

模块分类

标准

环境

产品认证

FM ,1类,2分类

符合标准:UL 508 CSA C22.2 No 142cUL

抗静电放电:4 kV触点符合IEC 801-28 kV广播符合IEC801-2

抗电磁域:10 V/m 80...1000 MHz符合IEC 801-3

运行温度:0...60 °C

贮存环境温度:-40...85°c

相对湿度:95%无冷凝

工作海拔:<=5000 m

包装单位

套餐1的单位类型:聚氛乙烯

套餐1中的单元数:1

包1高度:1.97英寸(5.0厘米)

包装1宽度:6.50英寸(16.5厘米)

套餐1长度:12.20英寸(31.0厘米)

包1重量:18.73盎司(531.0克)

套餐2的单位类型:s03

套餐2中的单元数:7

包2高度:11.81英寸(30.0厘米)

包装2宽度:11.81英寸(30.0厘米)

套餐2长度:15.75英寸(40.0里米)

包2重量:9.11磅（美国)(4.134千克)

合同保修

保证:18个月

140CRP81100 140CRP93200冗余系统模块

在冗余热备控制系统中，整个PLC控制系统(或系统最重要部分如控制器)由2套配置完全相同的PLC主机、电源、冗余处理模块组成。2个控制器模块使用相同的用户程序并行工作，其中一块是主控制器，另一块是备用控制器，后者的输出是禁止的。当主控制器出现故障时，系统立刻投入备用控制器，这一切换过程是由冗余热备控制处理单元(Redundancy Process Unit，RPU)控制的，V/O系统的切换也是由RPU实现的。

1．冗余热备控制系统的功能Schneider PLC冗余热备控制系统具有以下功能:①应用程序内存空间②系统寄

存器⑧功能块④配置前面板上的微型端子⑥应用数据的周期性传送⑦程序差异监控⑧确保PLC内存

内容的一致性⑨通信端口地址的自动交换⑩通信期间的自动交换机制

2.冗余热备控制系统的特点Schneider PLC冗余热备控制系统具有以下特点:采用先进的同步机制;②系统

切换时间小于100ms，通常低于20~30ms;性能更强，得益于高端CPU的内部结构，集成工作内存:④人性化

140CRP93200 Schneider 冗余系统模块

Model: 140CRP93200

Brand: Schneider

Product line: Modicon Quantum automation platform

Product type :RIO head-house adapter module

Supplementary information

Product scope :Symax(any mixture)

Quantum 200/500/800 series

Maximum drops/network:31

I/O byte l branch :64 164o

Cable type :75Q coaxial current

Transmission rate :1544 Mbitls

Dynamic range :35 dB

Isolation voltage :500v DC coaxial center and ground

Electrical connection: 2-hole terminal F curved with redundant wiring

Diagnostic startup: Memory check LAN controller check power-on

Power consumption w: 3 w2 channels

Mark: CE

Required bus current

750 mA 2 channels

Module classification

Standard

environment

Product certification

FM, Class 1, class 2

Compliance :UL 508 CSA C22.2No 142cUL

Antistatic discharge :4 kV contacts according to IEC 801-28 kV broadcast according to IEC801-2

Anti-electromagnetic domain :10 V/m 80... 1000 MHz complies with IEC 801-3

Operating temperature :0... 60 °C

Storage ambient temperature :-40... 85°c

Relative humidity :95% non-condensing

Working altitude :<=5000 m

Packing unit

Unit type of Package 1: Polystyrene

Number of units in Package 1 :1

Pack 1 Height :1.97 inches (5.0 cm)

Package 1 Width :6.50 inches (16.5 cm)

Package 1 Length :12.20 inches (31.0 cm)

Pack 1 Weight :18.73 oz (531.0 g)

Unit type of Package 2 :s03

Number of units in Package 2 :7

Package 2 Height :11.81 inches (30.0 cm)

Package 2 Width :11.81 inches (30.0 cm)

Package 2 Length :15.75 inches (40.0 mi)

Bag 2 Weight :9.11 lb (US)(4.134 kg)

Contract warranty

Guarantee :18 months

140CRP81100 140CRP93200 Redundant system module

In the redundant hot backup control system, the whole PLC control system (or the most important part of the system such as the controller) is composed of two sets of PLC hosts, power supplies, and redundant processing modules with identical configurations. Two controller modules work in parallel using the same user program, one being the primary controller and the other the secondary controller, the output of which is prohibited. When the primary controller fails, the system immediately switches to the standby controller, which is controlled by the Redundancy Process Unit (RPU), and the V/O system is also switched by the RPU.

1. The Schneider PLC redundant hot spare control system has the following functions :① application memory space ② system mail

Memory ⑧ Function block ④ Configure miniature terminals on the front panel ⑥ Periodic transfer of application data ⑦ program variance monitoring ⑧ Secure PLC memory

Content consistency ⑨ Automatic exchange of communication port addresses ⑩ Automatic exchange mechanism during communication

2. Features of redundant hot spare control system Schneider PLC redundant hot spare control system has the following characteristics: The use of advanced synchronization mechanism; ② System

The switching time is less than 100ms, usually less than 20~30ms; Performance is stronger, thanks to the internal structure of high-end CPU, integrated working memory :④ humanization