Honeywell CC-KFSGR5 51202353-201 Fiber Optic Extender Cable

Configured for optical network extension in Experion PKS platforms, the Honeywell CC-KFSGR5 51202353-201 (CC-KFSGR5) Fiber Optic Extender Cable provides direct physical execution of high-speed deterministic data transfer between controllers and I/O subsystems.

Hardware Specifications

FOUNDATION Fieldbus & High-Speed Optical Bus Connectivity

The CC-KFSGR5 cable assembly facilitates noise-immune optical communication across Honeywell DCS backplane extensions and field bridge nodes. By converting electrical bus signals into high-speed optical pulses, the cable eliminates ground potential loops and electromagnetic interference between redundant controllers, fieldbus interface modules, and FOUNDATION Fieldbus network segments. Built-in physical isolation protects high-speed communications from industrial noise transients over extended cable distances.

Frequently Asked Questions

Q: Can the CC-KFSGR5 optical cable be installed without field connector termination tools?

A: Yes, the cable comes factory-terminated and tested to ensure precise connector polishing and minimal optical insertion loss upon installation.

Q: How does the CC-KFSGR5 cable prevent communication faults in high-noise electrical environments?

A: The dielectric fiber optic structure inherently rejects high-voltage electromagnetic surges, radio frequency interference, and ground potential differences between chassis racks.

Q: Is the CC-KFSGR5 cable compatible with redundant link module configurations?

A: Yes, the cable is designed to interface directly with Honeywell redundant controller links and I/O extender hardware.

Field Installation Guidelines

1. Inspect factory-terminated fiber connector end-faces for cleanliness using an optical inspection scope prior to mating.
2. Route the fiber optic cable through dedicated conduit or cable trays, adhering strictly to the minimum dynamic and static bend radius specifications.
3. Secure the assembly with loose velcro ties rather than tight zip ties to prevent micro-bending signal attenuation along the 5 m length.
4. Align the keyed connector shells with the optical transceiver jacks on the controller or I/O module and push until the latch mechanism locks firmly.