Honeywell 51195199-005 5-Meter Coaxial Drop Cable Assembly

Configured for data communication connectivity within Honeywell UCN architectures, the Honeywell 51195199-005 (51195199 Coaxial Drop Cable Assembly) provides a dedicated coaxial network connection between the primary UCN trunk and individual controller, node, or rack interfaces. The assembly utilizes RG6 coaxial construction, double-shielded signal protection, and fixed-length cable routing to support deterministic data transmission within Honeywell distributed control system networks.

Hardware Specifications

UCN Signal Integrity and Channel Isolation

The 51195199-005 functions as a passive communication medium within Honeywell UCN networks. Double-shielded RG6 construction assists in reducing susceptibility to electromagnetic and radio-frequency interference generated by adjacent industrial equipment. Proper shielding continuity and termination practices help maintain signal integrity between trunk cabling and connected control system nodes. The cable assembly serves as a physical transmission path and does not perform protocol conversion, signal conditioning, or active network processing.

Frequently Asked Questions

Q: Does the 51195199-005 require an external power supply?
A: No. The assembly is a passive coaxial cable and does not consume operating power.

Q: What network media specification is used by the cable assembly?
A: The cable is manufactured using RG6 coaxial cable construction with industrial double-shielded protection.

Q: Can the cable be used as a primary network trunk cable?
A: The supplied documentation identifies the assembly as a UCN drop cable intended for connections between the network trunk and individual nodes or equipment interfaces.

Field Installation Guidelines

• Maintain minimum bend radius requirements during installation to prevent degradation of coaxial impedance characteristics.

• Avoid routing the cable parallel to high-current motor feeders or switching device wiring where practical.

• Inspect coaxial shielding and connector interfaces for mechanical damage before commissioning.

• Ensure all brass tap and connection points are securely tightened according to site installation practices.

• Maintain continuous shielding throughout the communication path to minimize susceptibility to EMI and RFI sources.

• Route the cable within protected cable trays, ducts, or instrument pathways where mechanical damage may occur.

• Verify continuity and insulation resistance prior to placing the network segment into service.

• Avoid crushing, twisting, or excessive tensile loading during installation.