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GE IC600CB526R Expanded Logic Control Module

  • Model: IC600CB526R
  • Brand: GE Fanuc
  • Series: GE Fanuc Series 6
  • Core Function: Expanded logic control
  • Product Type: Logic control module
  • Key Specs: Control module for Series 6 systems; reported shipping weight about 2 to 5 lb; used in legacy GE Fanuc PLC
  • Condition: New Surplus
Categories: , , , , SKU: IC600CB526R Brand:

Description

3. Key Technical Specifications

  • Model: IC600CB526R
  • Manufacturer: GE Fanuc / General Electric
  • Series: Series 6
  • Module Type: Expanded logic control module
  • Application: PLC control rack use
  • Condition: New Surplus
  • Operating Temperature: Reported 0 to 50 C on supplier listings; another listing shows -20 to 50 C, so verify site version before
  • Power Consumption: Listed at 20 W on one supplier page; confirm against the exact hardware revision you receive
  • Communications: One listing references RS-485 and Ethernet, but treat that as unverified until matched to the exact unit
  • I/O Count: One listing references 16/16 I/O, but this should be checked against the original GE documentation for your rack
  • Shipping Weight: About 2 to 5 lb depending on seller

 

4. Product Introduction

GE IC600CB526R is a GE Fanuc Series 6 expanded logic control module used in legacy industrial PLC racks. It fits maintenance, repair, and replacement work where the existing control platform is still in service.

Buyers usually choose this part to keep older GE Fanuc systems running without a full controls retrofit. Verify rack compatibility, firmware lineage, and wiring before install, because legacy Series 6 swaps often fail on pinout or configuration mismatch, not because the board is dead.

IC600CB526R
IC600CB526R
IC600CB526R
IC600CB526R

 

5. Troubleshooting Quick Reference

Symptom Possible Cause Relevance to this Part Quick Check Method Recommendation
No module LEDs on power-up Rack power failure, backplane issue, or blown supply fuse ❌ Low Measure rack supply at the backplane terminals with a multimeter Check PSU, rack fuse, and connector seating before replacing the module
CPU or controller shows comms timeout Address mismatch, bad slot seating, or module incompatibility ✅ High Compare the old module settings and reseat the card; inspect diagnostic LEDs Verify exact replacement model and configuration before condemning the part
Intermittent faults after swap Firmware or revision mismatch ✅ High Record old module part label and compare revision details Match the same revision family whenever possible
I/O or logic does not respond as expected Wiring mistake, terminal block mismatch, or site logic issue ✅ Medium Check field wiring against the original terminal map and prints Do not assume the board is bad until the wiring is confirmed
System resets under load Rack supply sag or overcurrent ✅ Medium Measure supply voltage during operation and check total rack load Confirm current draw and leave a 20% supply margin
Static damage suspected after handling ESD event during installation ✅ High Inspect handling history and test on a known-good rack Replace only after confirming no wiring or configuration fault

Contact technical support with photos of the front and rear labels, rack details, and any diagnostic logs if the fault is still unclear.

 

6. Frequently Asked Questions

Q: Is IC600CB526R obsolete?
Yes, this is a legacy GE Fanuc Series 6 module, so stock is typically limited and availability can change fast. Buyers usually source it as new surplus rather than factory fresh.

Q: Is this a direct replacement for every Series 6 rack?
No. Even within the same family, rack layout, wiring, and site configuration can vary. Check the original module label, slot position, and terminal map before ordering.

Q: Can I hot-swap this module?
Do not assume so. For older PLC hardware, live insertion can damage the backplane or upset the rack, so power down first unless your site manual explicitly allows hot swap.

Q: Will my existing program stay in the CPU after replacing this part?
If this module is not the CPU, the main program normally stays where it belongs, but the system may still need configuration checks after replacement. In mixed legacy systems, small revision differences can trigger comms faults.

Q: Why is this cheaper than buying new from the factory?
Because it is typically sold as new surplus or legacy stock, not current production. That lowers price, but you should expect a tighter warranty window and a stronger need to verify compatibility.

Q: What condition should I expect?
This listing is best positioned as New Surplus. That means unused or open-box legacy inventory, but not current factory production.

Q: What should I send before I buy one?
A clear photo of the existing nameplate, the rack, the connector side, and any fault codes. That saves time and cuts down on the usual swap errors.