GE Fanuc|IC697ALG230F|Analog Converter Module
GE IC697ALG230F Series 90-30 Base Analog Converter Module
GE IC697ALG230F is a base analog converter module for the GE Series 90-30 system, providing 8 configurable differential voltage and current inputs.
Features
Jumper-free configuration with user scaling per channel. Supports both voltage (±10 V) and 4–20 mA inputs. No DIP switches required. Features removable terminal block and mechanical keying for correct installation.
Technical Specifications
- Input Type: 8 differential inputs, individually configurable
- Voltage Range: –10 to +10 V (bipolar), unipolar options
- Current Range: 4 to 20 mA
- Resolution: 14-bit base, enhanced via oversampling and averaging
- Data Format: 2’s complement, 16-bit %AI memory per channel (8,000 words max)
- Calibration: Factory set at 10 V ±2 mV
- Input Protection: Transient and steady-state overvoltage protection
- Update Rate: Fast, module-specific update time
- Isolation: Inputs isolated from backplane and ground
GE Fanuc|IC697ALG230F|Analog Converter Module



GE Fanuc|IC697ALG230F|Analog Converter Module
GE IC697ALG230F Series 90-30 Base Analog Converter Module
GE IC697ALG230F is a base analog converter module for the GE Series 90-30 system, providing 8 configurable differential voltage and current inputs.
Features
Jumper-free configuration with user scaling per channel. Supports both voltage (±10 V) and 4–20 mA inputs. No DIP switches required. Features removable terminal block and mechanical keying for correct installation.
Technical Specifications
- Input Type: 8 differential inputs, individually configurable
- Voltage Range: –10 to +10 V (bipolar), unipolar options
- Current Range: 4 to 20 mA
- Resolution: 14-bit base, enhanced via oversampling and averaging
- Data Format: 2’s complement, 16-bit %AI memory per channel (8,000 words max)
- Calibration: Factory set at 10 V ±2 mV
- Input Protection: Transient and steady-state overvoltage protection
- Update Rate: Fast, module-specific update time
- Isolation: Inputs isolated from backplane and ground