GE Fanuc|IS200ICIAH1AAB|I/O Core Interface Module
GE Fanuc IS200ICIAH1AAB I/O Core Interface Module
Description
The GE Fanuc IS200ICIAH1AAB is an I/O core interface module used in the Mark V/VI turbine control systems to manage communication between I/O terminal boards and controller cores.
Features
- Provides core-to-terminal board signal routing
- Supports redundancy and high-availability architectures
- Designed for rugged industrial turbine environments
Technical Specifications
- Application: Mark V/VI gas and steam turbine control systems
- Function: Interfaces I/O terminal boards (e.g., TBQA, TBQB, TBQC) with core processing modules (TCQA, TCQC)
- Connectors: Multiple backplane connectors including 3PL for data bus, power distribution links, and discrete I/O paths
- Power Supply: Powered via system backplane (±15 V DC, +5 V DC typical)
- Isolation: Reinforced isolation between field wiring and logic circuits
- Operating Temperature: –20°C to +70°C
GE Fanuc|IS200ICIAH1AAB|I/O Core Interface Module
GE Fanuc|IS200ICIAH1AAB|I/O Core Interface Module
GE Fanuc IS200ICIAH1AAB I/O Core Interface Module
Description
The GE Fanuc IS200ICIAH1AAB is an I/O core interface module used in the Mark V/VI turbine control systems to manage communication between I/O terminal boards and controller cores.
Features
- Provides core-to-terminal board signal routing
- Supports redundancy and high-availability architectures
- Designed for rugged industrial turbine environments
Technical Specifications
- Application: Mark V/VI gas and steam turbine control systems
- Function: Interfaces I/O terminal boards (e.g., TBQA, TBQB, TBQC) with core processing modules (TCQA, TCQC)
- Connectors: Multiple backplane connectors including 3PL for data bus, power distribution links, and discrete I/O paths
- Power Supply: Powered via system backplane (±15 V DC, +5 V DC typical)
- Isolation: Reinforced isolation between field wiring and logic circuits
- Operating Temperature: –20°C to +70°C
