T8110C ICS TRIPLEX Trusted TMR Processor

Product Description

The T8110C processor is designed for security critical applications that require high availability and fault tolerance.

feature

•the third mock examination Redundancy(TMR),fault-tolerant(3-2-0)operation.

•Hardware implemented fault-tolerant(HIFT)architecture.

•Dedicated hardware and software testing system,providing very fast fault identification and response time.

•Automatic fault handling,no interference alarm.

•Fault history with timestamp.

•Hot replacement(no need to reload the program).

•Complete set of IEC 61131-3 programming languages.

•Front panel indicator lights that display the operational status and status of the module.

•Front panel RS232 serial diagnostic port for system monitoring,configuration,and programming.

•IRIG-B002 and 122 time synchronization signals(only applicable to T8110B).

•Active and backup processor faults and fault contacts.

•Two RS422/485 configurable 2-wire or 4-wire connections(only applicable to T8110B).

•One RS485 2-wire connection(only applicable to T8110B).

•TϋV Certified IEC 61508 SIL 3.

Trusted®The processor is the main processing component in a Trusted System.It is a powerful,user configurable module that provides overall system control and monitoring facilities,and processes input and output data received from various analog and digital input/output(I/O)modules through a trusted TMR module to module communication bus.The application scope of Trusted TMR processors varies at different integrity levels,including fire and gas control,emergency shutdown,monitoring and control,and turbine control.

The T8110C ICS TRIPLEX Trusted TMR processor is a reliable and robust processor designed specifically for safety critical systems.It uses the third mock examination Redundancy(TMR)to ensure high reliability and fault tolerance.

application area

The T8110C processor is commonly used in industries such as oil and gas,chemical processing,power generation,and transportation,where high levels of safety and reliability are crucial.