TRICONEX 4351B

¥3,526.00

‌ function ‌ :

Module 4351B is responsible for realizing data communication among components in the system, ensuring the real-time and accuracy of data communication ‌.
It can be used with other TRICONEX module cards and system components to build complete automated control systems ‌.

‌ parameter ‌ :

‌ communication interface ‌ : 4 serial ports, 2 network ports, Ethernet, serial port, port isolation 500 VDC‌.
‌ communication protocol ‌ : Supports Modbus, DNP3, OPC, TCP/IP, ICMP, SNTP and other protocols ‌.
‌I/O interface ‌ : Provides analog, digital and other I/O interfaces for easy connection of sensors and actuators ‌.
‌ Redundant design ‌ : Three-module redundancy (TMR) architecture is adopted to improve system reliability and fault tolerance ‌.
‌ fault detection ‌ : with fault detection and alarm function, real-time monitoring communication fault ‌

Category:

Description

‌ Specifications ‌ :

The TRICONEX 4351B is a Tricon communication module and a key communication module in the TRICONEX Congiesen Control system ‌.
It uses a 32-bit processor with 33MHz, 1MB of RAM and 4MB of flash memory ‌.

‌ Weight ‌ :

Module weight is 3.18kg and shipping weight is 4.5kg ‌.

‌ function ‌ :

Module 4351B is responsible for realizing data communication among components in the system, ensuring the real-time and accuracy of data communication ‌.
It can be used with other TRICONEX module cards and system components to build complete automated control systems ‌.

‌ parameter ‌ :

‌ communication interface ‌ : 4 serial ports, 2 network ports, Ethernet, serial port, port isolation 500 VDC‌.
‌ communication protocol ‌ : Supports Modbus, DNP3, OPC, TCP/IP, ICMP, SNTP and other protocols ‌.
‌I/O interface ‌ : Provides analog, digital and other I/O interfaces for easy connection of sensors and actuators ‌.
‌ Redundant design ‌ : Three-module redundancy (TMR) architecture is adopted to improve system reliability and fault tolerance ‌.
‌ fault detection ‌ : with fault detection and alarm function, real-time monitoring communication fault ‌