Honeywell 51199988-100 Fiber Optic Ethernet Interface Cable

The Honeywell 51199988-100, also cataloged as the 51199988-100 Fiber Optic Ethernet Interface Cable, operates as a dedicated hardware component for high-bandwidth optical communication between controllers, FOE interface modules, and plant Ethernet backbones within Honeywell Experion networks.

Suffix Breakdown & Model Matrix

The catalog designation 51199988-100 defines the specific media architecture and physical parameters of the assembly. The base designation 51199988 indicates the fiber optic Ethernet interface cable construction, while the -100 suffix denotes the standard factory length configuration of 100 meters.

Hardware Specifications

4-20 mA HART Loop Protocol and Channel Isolation

The cable assembly provides deterministic data flow for real-time process control architectures while mitigating signal degradation through optical isolation. Key operational characteristics include:

• Fiber-optic signaling completely eliminates electrical noise, grounding issues, and voltage transients across plant networks.
• Full EMI/RFI protection on the connector assembly safeguards data integrity in electrically harsh industrial environments.
• Extended distance capabilities support long cable runs without optical performance loss for remote I/O installations.

Frequently Asked Questions

Q: What systems does this cable support?

A: It is compatible exclusively with Honeywell Experion and Experion PKS FOE network architectures.

Q: Is this a copper Ethernet cable?

A: No. This is a fiber optic Ethernet interface cable designed for optical data transmission.

Q: Can the length be customized?

A: Standard configuration is 100 meters, though specific project requirements may dictate alternative sourcing options.

Field Installation Guidelines

1. Exercise proper fiber handling and installation practices to avoid exceeding minimum bend radii and to prevent optical attenuation.
2. Route the industrial-grade jacketed cable away from sharp mechanical edges, heavy vibration sources, and direct thermal hazards.
3. Inspect and clean optical connector interfaces prior to mating to ensure debris-free signal transfer.
4. Secure the shielded multi-pin FOE connectors firmly into their designated ports to maintain full EMI/RFI protection integrity.