GE Fanuc|IS200ICBDH1ABA| I/O Interface Board
GE Fanuc IS200ICBDH1ABA I/O Interface Board
Description
The GE Fanuc IS200ICBDH1ABA is an I/O interface board used in the Mark V gas turbine control system, providing signal conditioning and communication between terminal boards and core processing modules.
Features
- Interfaces with TCQA analog I/O boards
- Supports multiple analog signal types
- Designed for high-reliability turbine control applications
Technical Specifications
- Function: Analog I/O signal conditioning and distribution
- Compatible Systems: Mark V turbine control (R1, R2, R3 cores)
- Signal Types Supported: LVDT inputs, servo valve outputs, 4–20 mA inputs/outputs, thermocouple inputs, vibration inputs, pulse signals, generator/line voltages
- Connectors: 3PL (data bus to STCA/TCQE), JE (to TCQC for generator signals), JB/JF/JG (for I/O signals)
- Jumper Configurations: J1/J2 for mA output selection; J5/J6 for 20 mA or 200 mA range; J7 for RS232 test port; J8 for oscillator enable
- Operating Voltage: Powered via backplane (typically ±15 V DC and +5 V DC)
- Mounting: Plug-in card for I/O core chassis
GE Fanuc|IS200ICBDH1ABA| I/O Interface Board
GE Fanuc|IS200ICBDH1ABA| I/O Interface Board
GE Fanuc IS200ICBDH1ABA I/O Interface Board
Description
The GE Fanuc IS200ICBDH1ABA is an I/O interface board used in the Mark V gas turbine control system, providing signal conditioning and communication between terminal boards and core processing modules.
Features
- Interfaces with TCQA analog I/O boards
- Supports multiple analog signal types
- Designed for high-reliability turbine control applications
Technical Specifications
- Function: Analog I/O signal conditioning and distribution
- Compatible Systems: Mark V turbine control (R1, R2, R3 cores)
- Signal Types Supported: LVDT inputs, servo valve outputs, 4–20 mA inputs/outputs, thermocouple inputs, vibration inputs, pulse signals, generator/line voltages
- Connectors: 3PL (data bus to STCA/TCQE), JE (to TCQC for generator signals), JB/JF/JG (for I/O signals)
- Jumper Configurations: J1/J2 for mA output selection; J5/J6 for 20 mA or 200 mA range; J7 for RS232 test port; J8 for oscillator enable
- Operating Voltage: Powered via backplane (typically ±15 V DC and +5 V DC)
- Mounting: Plug-in card for I/O core chassis
