Features:
- General Electric IC200ALG432 combines four bipolar voltage input channels with two bipolar voltage output channels.
- All six analog channels use 12-bit conversion for +/-10 V signals.
- The module mounts on a compatible VersaMax I/O carrier within a modular station.
Four input channels collect positive and negative voltage values from compatible analog devices, allowing one module position to handle several bipolar measurement points.
Two output channels produce +/-10 V command signals, so the same module can return analog control values without a separate output-only unit.
The 12-bit mixed-I/O design keeps measurement and command functions in one VersaMax carrier position while retaining separate channel assignments for configuration and wiring.
The General Electric IC200ALG432 VersaMax Mixed Analog I/O Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
General Electric IC200ALG432 VersaMax Mixed Analog I/O Module Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Input Allocation: Four channels accept +/-10 V bipolar signals, allowing each input to represent positive and negative measurements.
- Output Allocation: Two channels generate +/-10 V bipolar commands for compatible analog devices.
- Mixed Operation: The input and output sections share one module position while retaining separate point assignments.
- Resolution: Twelve-bit conversion represents each analog value with 4096 discrete codes across its span.
- Carrier Mounting: IC200ALG432 uses a compatible VersaMax I/O carrier that separates the module electronics from field terminations.
- Station Assembly: The snap-together VersaMax format allows the carrier and module to join a modular I/O node without a separate rack.
- Channel Mapping: The hardware configuration assigns four input channels and two output channels to the module position.
- Polarity Check: Bipolar field wiring must preserve signal polarity so positive and negative voltage values are interpreted correctly.
- Bipolar Range: The +/-10 V range supports analog values that move above and below the zero reference.
- Model Selection: IC200ALG432 uses +/-10 V, while IC200ALG431 uses 0-10 V and IC200ALG430 uses current signals.
- Device Compatibility: Connected devices must provide or accept voltage signals; current-loop devices require signal conversion or a current module.
- Replacement Check: Carrier position, field wiring, and the four-input/two-output channel map must match before replacement.
- Bipolar Measurement: Four input channels suit sensors and transmitters that return positive and negative voltage values.
- Analog Commands: Two output channels can provide +/-10 V references to compatible drives, actuators, or control interfaces.
- Mixed Loops: Measurement and command channels can operate together where one station requires both analog directions.
- Compact Nodes: Combining four inputs and two outputs reduces the number of separate analog modules required in a VersaMax node.