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Home>GE>GE Fanuc IC600CB504 / IC600CB507 Series Six Memory Boards
GE Fanuc IC600CB504 / IC600CB507 Series Six Memory Boards

GE Fanuc IC600CB504 / IC600CB507 Series Six Memory Boards Item NO.: 2906415

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Product Name GE Fanuc IC600CB504 / IC600CB507 Series Six Memory Boards
Item NO. 2906415
Weight 0.1 kg = 0.2205 lb = 3.5274 oz
Category GE
Brand GE
Creation Time 2026-09-08

GE Fanuc IC600CB504 / IC600CB507 Series Six Memory Boards
CPU memory subsystem

GE Fanuc IC600CB504 / IC600CB507 Series Six Memory Boards

Two Series Six CPU memory-subsystem boards with different functions: internal memory control and 8K register memory.

GE FanucIC600CB504 / IC600CB507

Product Overview

GE Fanuc IC600CB504 and IC600CB507 are distinct Series Six CPU memory-system boards: IC600CB504 controls internal memory operation and IC600CB507 supplies 8K of register memory.

Both belong to the Series Six CPU memory group and must be coordinated with the installed control-function set.

IC600CB504: Controls the internal memory subsystem.

IC600CB507: Provides 8K of register memory; it is not a substitute for the memory-control board.

Technical Specifications

Brand GE Fanuc
Model IC600CB504 / IC600CB507
Product Type Memory-System Boards
Country United States
Platform Series Six CPU model 600/6000
IC600CB504 Internal Memory Control Module
IC600CB507 8K Register Memory Module
Role CPU memory subsystem
Form Circuit board and faceplate assembly
Selection Function-specific, not interchangeable
IC600CB504 function Internal memory control
IC600CB507 capacity 8K register memory
CPU context Series Six models 600 and 6000

Memory Functions

IC600CB504 manages the Series Six internal-memory subsystem rather than supplying user register capacity itself.

IC600CB507 contributes 8K of register memory, making the two catalog numbers complementary functional boards instead of interchangeable revisions.

Register values used by the control program reside in a separate resource from the memory-control function, which is why the two board numbers must be identified independently.

CPU Memory Architecture

The memory-control board coordinates access to CPU memory, while the register-memory board supplies the separate data-register space used by the running application.

Replacing either board requires the exact function and revision to remain aligned with the CPU model and installed memory arrangement.

Board revision and CPU model remain part of the memory architecture because a capacity value alone does not identify the control function supplied by IC600CB504.

IC600CB504 / IC600CB507 FAQ

Is IC600CB507 a larger version of IC600CB504?

No. CB504 is an internal memory control module; CB507 is an 8K register memory module.

Which CPU family lists these boards for IC600CB504 / IC600CB507?

The GE order guide lists them for CPU models 600 or 6000.

Can front-panel similarity establish compatibility for IC600CB504 / IC600CB507?

No. Their functions differ and the full CPU memory configuration must be checked.

What information should be backed up for IC600CB504 / IC600CB507?

Preserve the user program, register-dependent application records and the complete installed board list.

What confirms a successful replacement for IC600CB504 / IC600CB507?

Pass CPU diagnostics, confirm memory/register access and validate the controlled process sequence.

Why must IC600CB504 / IC600CB507 be ordered as separate functions?

One controls memory operation and the other provides register capacity, so the CPU needs the correct functional board rather than a visually similar substitute.

Moore Automation

Memory and control boards

Moore Automation supplies board-level components for mature PLC platforms and asks customers to preserve the original board number and revision marking.

Board identityRevision markingLegacy platform coverage
Moore Automation team and workplace

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