ICS TRIPLEX T8110B Trusted TMR Processor

Description

• Function Features
  • High – reliability Redundancy Design: It adopts triple modular redundancy (TMR) technology. Three identical processor modules run the same program simultaneously, and the system reliability is ensured through voting. It also has a hardware – implemented fault – tolerant (HIFT) architecture, which can quickly recover when a fault occurs.
  • Fast Fault Recognition: Dedicated hardware and software test mechanisms are set, which can provide very fast fault recognition and response times, and automatically handle faults without false alarms.
  • Convenient Maintenance: It supports hot – swapping, and there is no need to reload the program when replacing the module, which is convenient for on – site maintenance.
  • Diversified Programming: It supports a full set of IEC 61131 – 3 programming languages, which is convenient for users to develop programs.
  • Status Monitoring: The front – panel indicators can display the module health and status, and there is also a front – panel RS232 serial diagnostic port for system monitoring, configuration, and programming.
  • Time Synchronization: It supports IRIG – B 002 and 122 time synchronization signals, which can ensure the high – precision of the system.
  • Rich Communication Interfaces: It has two RS422/485 configurable 2 – wire or 4 – wire connections and one RS485 2 – wire connection, which can be connected to other devices for communication.
• Application Scenarios
  • Process Control: It is used for the control of continuous processes, such as the petroleum, chemical, and power industries, and can receive field signals, execute logic control, PID and other control programs, and drive field execution units.
  • Safety Systems: It is suitable for building safety systems, such as emergency shutdown systems and fire – alarm systems, which can ensure the safe operation of the system in case of emergencies.
  • Machine Control: It can be used to control complex machinery and equipment, such as robots and automated production lines, to realize the precise control and stable operation of the equipment.
  • Other Fields: It is also widely used in numerical control machinery, metallurgy, paper – making, printing, textile, dyeing, electronic manufacturing, automotive manufacturing, tobacco, plastic machinery, water treatment, environmental protection and other industries, which is suitable for various application scenarios requiring high reliability.