GE Fanuc|IC694DSM324-BE|Analog I/O Module
GE Fanuc IC694DSM324-BE Analog I/O Module
Description
The GE Fanuc IC694DSM324-BE is an analog input/output board in the Mark V turbine control system, designed for signal conditioning and scaling of critical gas turbine analog signals.
The GE Fanuc IC694DSM324-BE is an analog input/output board in the Mark V turbine control system, designed for signal conditioning and scaling of critical gas turbine analog signals.
Features
- Handles LVDT inputs, servo valve outputs, thermocouples, 4–20 mA signals, vibration inputs, relay drivers, pulse inputs, and generator/line signals
- Interfaces with TCQA, STCA, and TCQC boards via standardized connectors
- Hardware jumpers for mA output configuration and diagnostics
- Built for high-reliability industrial turbine control environments
Technical Specifications
- Compatible with I/O cores R1, R2, and R3 (TCQA architecture)
- Supports 4–20 mA input/output signals (e.g., fuel pressure, compressor stall detection)
- Accepts ±10 VDC voltage inputs and pulse signals
- mA output range selectable: 20 mA or 200 mA via jumpers J5/J6
- Milliamp output circuit selected via jumpers J1/J2
- RS232 test port accessible via jumper J7
- Oscillator enable controlled by jumper J8
- Connectors: 3PL (data bus to STCA/TCQA/TCQE), JE (generator/line signals to TCQC), JB (4–20 mA to TBQC), JF (LVDT from TBQC), JG (vibration and ±10 VDC from TBQB)
- Form factor: Standard Mark V I/O board for rack mounting
GE Fanuc|IC694DSM324-BE|Analog I/O Module
Current product
Current
Vendor:
GE Fanuc
GE Fanuc|IC694DSM324-BE|Analog I/O Module
Regular price
$160.00
Sale price
$160.00
Regular price
$312.00
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Descriptions
GE Fanuc IC694DSM324-BE Analog I/O Module
Description
The GE Fanuc IC694DSM324-BE is an analog input/output board in the Mark V turbine control system, designed for signal conditioning and scaling of critical gas turbine analog signals.
The GE Fanuc IC694DSM324-BE is an analog input/output board in the Mark V turbine control system, designed for signal conditioning and scaling of critical gas turbine analog signals.
Features
- Handles LVDT inputs, servo valve outputs, thermocouples, 4–20 mA signals, vibration inputs, relay drivers, pulse inputs, and generator/line signals
- Interfaces with TCQA, STCA, and TCQC boards via standardized connectors
- Hardware jumpers for mA output configuration and diagnostics
- Built for high-reliability industrial turbine control environments
Technical Specifications
- Compatible with I/O cores R1, R2, and R3 (TCQA architecture)
- Supports 4–20 mA input/output signals (e.g., fuel pressure, compressor stall detection)
- Accepts ±10 VDC voltage inputs and pulse signals
- mA output range selectable: 20 mA or 200 mA via jumpers J5/J6
- Milliamp output circuit selected via jumpers J1/J2
- RS232 test port accessible via jumper J7
- Oscillator enable controlled by jumper J8
- Connectors: 3PL (data bus to STCA/TCQA/TCQE), JE (generator/line signals to TCQC), JB (4–20 mA to TBQC), JF (LVDT from TBQC), JG (vibration and ±10 VDC from TBQB)
- Form factor: Standard Mark V I/O board for rack mounting
