Ask our team:
  • Phone: +86 181 0690 9650
  • E-Mail info@apterpower.com
  • Lifecycle status

    Active / Available from OEM
    Apter Power supports documentation, sourcing, and VersaMax system matching.

IC200ALG432

/ 4.9
1001 reviews | Need a Specific Revision?
General Electric IC200ALG432 is a VersaMax 12-bit mixed analog I/O module with four +/-10 V input channels and two +/-10 V output channels.
In Stock
Ships by Tuesday, September 29
Fast Shipping Available
Get a quick price for IC200ALG432
Quantity
*E-mail
Company
*Mobile
*Content
Upload (gif, jpg, jpeg, png, bmp, doc, docx, xls, xlsx, ppt, pdf, csv)

Technical specifications for IC200ALG432

  • Manufacturer:
    General Electric
  • Part Number:
    IC200ALG432
  • Product Family:
    GE VersaMax
  • Product Type:
    VersaMax Mixed Analog I/O Module
  • Stock:
    1
  • Analog Input Channels:
    4 bipolar voltage channels
  • Analog Output Channels:
    2 bipolar voltage channels
  • Signal Range:
    +/-10 V
  • Resolution:
    12-bit
  • Module Class:
    Mixed analog input/output
  • Carrier Requirement:
    Compatible VersaMax I/O carrier
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Signal Channels Module Setup Signal Match Applications

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.
Description
The General Electric IC200ALG432 is a VersaMax mixed analog I/O module that combines four bipolar voltage inputs and two bipolar voltage outputs within one VersaMax module.

Its 12-bit analog architecture is designed for +/-10 V signals, allowing the input section to collect bipolar measurements while the output section delivers bipolar command values within the same VersaMax station.

When applying the General Electric IC200ALG432, select a compatible VersaMax I/O carrier and align the carrier wiring, channel assignments, and PAC Machine Edition hardware configuration with the four-input and two-output layout.
Revisions

Revision Part #

Also known as

IC200ALG432A
IC200ALG432-A, Series A, Rev A
IC200ALG432E
IC200ALG432-E, Series E, Rev E
IC200ALG432G
IC200ALG432-G, Series G, Rev G
IC200ALG432J
IC200ALG432-J, Series J, Rev J
IC200ALG432K
IC200ALG432-K, Series K, Rev K
Alternative Names
IC200-ALG432 IC 200 ALG 432 IC200 ALG432 GE IC200ALG432 GE Fanuc IC200ALG432 VersaMax IC200ALG432 IC200ALG432 Mixed Analog Module 1C200ALG432
Technical notes
General Electric IC200ALG432 places bipolar feedback and command signals in one VersaMax carrier position. Its channel map consists of four inputs and two outputs.
Exceptional Service

Our Mission

  • 100% Satisfaction

    We believe expertise is priceless. With over 20 years of experience, and top engineers on staff, we can help you solve or avoid problems that threaten your business.
  • Trust Guaranteed

    Not only do we have a vast inventory, our team makes sure every piece of equipment is in working condition. Your purchases are also backed by our Warranty.
  • Expertise

    Time is money, especially when your equipment is down. We work quickly to get your equipment on its way so you can get it back up and running.

FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Why does a current-loop transmitter not match General Electric IC200ALG432?
General Electric IC200ALG432 uses +/-10 V voltage channels, so a current-loop transmitter requires suitable signal conversion or a current-input module.
What should be checked when General Electric IC200ALG432 reaches an unexpected full-scale value?
Verify that General Electric IC200ALG432 is wired to the intended input or output point and that the connected signal remains within the +/-10 V operating range.
Can General Electric IC200ALG432 directly replace IC200ALG430 or IC200ALG431?
Do not treat General Electric IC200ALG432 as a direct electrical equivalent: IC200ALG430 is the current version, IC200ALG431 uses 0-10 V, and IC200ALG432 uses +/-10 V.
When is General Electric IC200ALG432 appropriate for a mixed analog station?
A suitable use for General Electric IC200ALG432 is a VersaMax node that needs four bipolar voltage measurements and two bipolar voltage command channels.
Why might a controller configuration not recognize General Electric IC200ALG432 correctly?
If General Electric IC200ALG432 is not represented correctly, confirm the VersaMax carrier position and select IC200ALG432 in the PAC Machine Edition hardware configuration.
What must be verified before moving General Electric IC200ALG432 to another VersaMax station?
Before relocating General Electric IC200ALG432, compare the carrier type, slot assignment, terminal wiring, and four-input/two-output channel map with the destination configuration.

Product Browsing History