GE IC697ALG320 High-Performance Analog Output Module

• Output Flexibility: Supports voltage and current output. The voltage output range is -10V to +10V, and the current output range is 0.0mA to 22.5mA (default 4mA to 20mA), which can meet various industrial control needs.
• High Resolution: With 16-bit resolution and 14-bit monotonicity, it ensures accurate analog signal generation. The voltage output per LSB step is 312.5 microvolts, and the current output per LSB step is 0.5 microamps.
• Easy Configuration: Can be configured using MS-DOS or Windows programming software, without the need for jumpers or DIP switches, making operation simple.
• Convenient Calibration: Factory-calibrated, and calibration data is stored in non-volatile EEPROM memory, which can maintain accuracy for a long time and supports user-defined calibration.
• Output Isolation: The output is isolated from the backplane, which can prevent overvoltage conditions, protect the module and other equipment, and ensure reliable operation.
• Diagnostic Functions: Equipped with diagnostic functions such as over-range and under-range detection, open-line detection, configuration error detection, and module health monitoring, facilitating timely detection and resolution of problems.

• Power Consumption: 1.66A (8.3 watts) at 5V DC, and the current output also requires an additional 150mA power supply from the user.
• Operating Voltage Range: 10VDC to 30VDC, with a typical value of 24VDC.
• Module Slot Width: 1 slot.
• Weight: 1.94 pounds.
• Conversion Rate: All outputs of the four channels are updated sequentially approximately every 2.0 milliseconds (maximum).
• Output Load: For voltage output, the minimum resistive load is 2000 ohms, and the maximum capacitive load is 1000 picofarads; for current output, the maximum resistive load is 700 ohms, the maximum capacitive load is 1.0 microfarad, and the maximum inductive load is 250 millihenries.
• Short-Circuit Protection: Has continuous short-circuit protection function, and automatically recovers after the fault is cleared.

• Industrial Automation: Used in the control of various industrial production processes, such as chemical, pharmaceutical, food and beverage industries, to achieve precise control of analog parameters such as temperature, pressure, flow, and liquid level.
• Power Systems: Can be used for monitoring and control of power systems, such as substations and power plants, to regulate and control parameters such as voltage, current, and power.
• Mechanical Equipment: In mechanical equipment such as elevators, cranes, and injection molding machines, it is used to control the speed and position of motors to achieve precise operation of the equipment.
• Water Treatment: In water treatment systems, it is used to control the flow of water pumps and the opening of valves to achieve control of parameters such as water quality and water level.