MODULE IC200ALG264J IC2OOALG264J

GE Fanuc IC200ALG264J VersaMax Analog Current Input Module

Overview

The IC200ALG264J is a VersaMax analog current input module designed for applications that need a high-density current-signal interface inside a compact modular I/O platform. Published module data identifies it as a 15-channel, 15-bit current analog input module with 15 single-ended channels, selectable 4–20 mA or 0–20 mA input ranges, and open-wire detection in 4–20 mA mode.

This module is particularly attractive when a control system needs to bring many process-current signals into one compact node without moving to a larger remote I/O station.

In practical automation work, that usually means transmitter-heavy panels, skid systems, utility process packages, and machine cells where analog current signals from pressure, flow, level, or process instruments must be gathered efficiently. 

The wider VersaMax platform is also described as a compact, modular, DIN-rail-based I/O family suited to machine control, light process control, and general automation, which fits this module’s real-world role well.

Application Value

The IC200ALG264J is well suited to process skids, utility systems, OEM panels, compact automation cells, and distributed I/O installations where a high channel count of current inputs is needed.

Because it offers 15 channels in one module, it is especially useful in cabinets with multiple 4–20 mA transmitters where panel space and I/O density matter.

Its diagnostics also add practical value.

The module reports loss of internal power faults and open-wire faults for 4–20 mA signals, which can help maintenance teams distinguish between a true field problem and a broader system issue.

In real service conditions, that reduces troubleshooting time and makes the analog section of the panel easier to maintain.

Replacement and Selection Perspective

For replacement work, the IC200ALG264J should be selected as a signal-matched analog input module, not just by channel count. Buyers should verify the carrier type, current range, signal format, cabinet space, and whether the application uses 4–20 mA or 0–20 mA field devices.

In analog systems, range mismatch and field-signal assumptions often create more startup problems than the hardware itself.

This recommendation is grounded in the module’s jumper-selectable current ranges and its role inside the VersaMax modular I/O family.

Technical Data

FAQ

Q1: What kind of module is IC200ALG264J?
It is a 15-channel analog current input module for the VersaMax modular I/O platform.

Q2: What applications suit it best?
It is best suited to transmitter-heavy automation panels and distributed I/O systems where many current-loop signals must be collected in a compact space. That use profile follows naturally from its 15-channel current-input design and the VersaMax family’s machine and light-process focus.

Q3: Why is open-wire detection useful?
It helps maintenance teams identify broken or missing 4–20 mA field loops more quickly, which can reduce downtime and simplify diagnostics in process panels.

Q4: Why does range selection matter on this module?
Because the module can be set for 4–20 mA or 0–20 mA, and the field device type has to match that choice. A mismatch can lead to incorrect readings or startup confusion.

Q5: What should be checked before ordering?
Check the installed part number, carrier compatibility, signal range, channel count, and the type of current loops already used in the cabinet. Those checks usually matter more than general family similarity.