GE IC610CHS130A Series One I/O Rack

The GE IC610CHS130A, also cataloged as the IC610CHS130A Rack Module, operates as a dedicated hardware component for module housing and signal bus routing within GE Fanuc Series One PLC platforms. Featuring an integrated 115/230 VAC power supply, this 10-slot metal chassis distributes internal operating power and establishes physical and electrical connections across installed CPU and I/O modules.

Hardware Specifications

Backplane Bus Communication Velocity & Network Integrity

The IC610CHS130A backplane bus maintains high-speed communication velocity, providing deterministic signal paths for address and data lines across all 10 slots. The integrated power supply unit regulates incoming 115/230 VAC line power to supply continuous, ripple-free voltage to the internal bus logic. Firmware flash compatibility across connected CPU and expansion cards ensures synchronized I/O scan execution, preventing bus lockups, parity errors, or signal interference across adjacent module slots.

Frequently Asked Questions

Q: Is live module insertion or hot-swapping supported on the IC610CHS130A rack?

A: No, the main AC line power input to the rack must be de-energized before inserting or removing any CPU or I/O module to prevent backplane arcing and bus corruption.

Q: How is thermal heat dissipation managed within the IC610CHS130A enclosure?

A: The chassis utilizes passive air ventilation through its slotted metal frame, requiring unimpeded convection airflow above and below the rack to maintain stable operating temperatures without external cooling fans.

Field Installation Guidelines

1. Ensure the primary 115/230 VAC line power supply is fully isolated and de-energized prior to installing or servicing the rack assembly.
2. Mount the industrial metal chassis vertically onto a panel or DIN rail inside an enclosure, maintaining adequate vertical clearance for passive thermal ventilation.
3. Establish a direct low-impedance ground connection from the chassis ground lug to the local enclosure earth ground bus.
4. Align each Series One module with the card guides and insert firmly until the backplane edge connector fully seats into the chassis slot.
5. Verify incoming AC input voltage selection (115 VAC or 230 VAC) matches facility power supply before energizing the system.