IC200CPU005 GE Fanuc 64 KB VersaMax Central Processor Card

GE Fanuc IC200CPU005 VersaMax CPU Module

The GE Fanuc IC200CPU005, also cataloged as the IC200CPU005 CPU Module, operates as a dedicated hardware component for standalone or distributed automation applications within VersaMax PLC systems. The module executes sequential control logic and manages data flow across peripheral expansion chassis by coordinating internal register values and arithmetic memory instructions. Equipped with dual on-board communication interfaces, the processor routes real-time monitoring streams and instruction sequences using standard industrial data transport protocols without degrading system loop performance.

Hardware Specifications

I/O Density Scaling and Firmware Flash Compatibility

The IC200CPU005 manages I/O density scaling by organizing data packets for up to 64 active expansion components, optimizing processing cycles across local terminal bases. The internal operating system features firmware flash compatibility with early and late-generation VersaMax interface adapters, enabling synchronous word extraction across discrete and analog register fields. This shared communication structure balances execution priority between logic calculations and background protocol demands, ensuring deterministic ladder scan timelines while transmitting diagnostic variables to external computer interfaces.

Frequently Asked Questions

Q: How does the IC200CPU005 process data preservation routines during unexpected electrical power loss?

A: The hardware routes user-configured memory sections into an onboard non-volatile flash repository upon command. For active runtime variables, a combination of an internal super capacitor provides temporary coverage for roughly one hour, while the primary battery preserves register words and the internal clock circuit for extended outages.

Q: What are the restrictions regarding the extraction or insertion of the IC200CPU005 module while the system backplane is energized?

A: This CPU module must not be unseated or connected while power is applied to the VersaMax carrier base. Removing the main processor assembly during live operations severs the active backplane logic bus lines, resulting in the immediate loss of remote node scanning and potentially inducing electrical damage to the communication pins.

Field Installation Guidelines

• Carrier Insertion Alignment: Verify that the locking tabs on the base carrier align with the corresponding slots on the back of the CPU. Press the module firmly onto the interface base until the physical plastic latches click into position to establish a continuous backplane bond.
• Serial Media Isolation: Route all RS-232 and RS-485 communication cables through dedicated wire trays away from inductive motor loops and alternating current distribution networks to minimize common-mode electrical noise.
• Grounding Terminal Continuity: Establish a solid low-impedance ground path by attaching the DIN-rail carrier directly to a clean, unpainted zinc-plated enclosure backpanel, ensuring consistent contact with the cabinet safety earth bus.