Panduit FX8RP7NUSQNF050 OM3 8-fiber Round Harness

Product Description

The PANDUIT FX8RP7NUSQNF050 is an OM3 8-fiber round harness assembly with a plenum-rated jacket, designed for structured fiber optic cabling installations in commercial and enterprise environments. This harness cable breaks out a multi-fiber trunk into individual fiber legs, allowing technicians to fan out connections to patch panels, switches, or active equipment. The plenum rating makes it suitable for air-handling spaces where low-smoke, fire-retardant cable is required by code. Licensed low-voltage cabling contractors and network infrastructure technicians are the typical installers for this type of assembly.

This fiber harness assembly is intended for use in horizontal or backbone cabling runs within commercial buildings, data centers, and campus environments where OM3 multimode fiber is the specified medium. OM3 fiber supports high-bandwidth applications including 10 Gigabit Ethernet and 40 Gigabit Ethernet over appropriate distances. The round cable construction and plenum jacket make it well suited for above-ceiling and in-wall pathways subject to fire and smoke codes.

Key Features

• OM3 multimode fiber type supports 10GbE and 40GbE high-bandwidth applications
• 8-fiber configuration provides multiple simultaneous duplex or parallel channel connections
• Round harness construction simplifies routing through conduit and cable management
• Plenum-rated jacket meets fire and smoke requirements for air-handling spaces
• Factory-terminated assembly reduces field termination time and eliminates polishing variables

Compatibility

Designed as an OEM-style fiber optic harness assembly for use in OM3 multimode structured cabling systems requiring plenum-rated, multi-fiber breakout connections.

Installation Notes

Installation should be performed by a licensed low-voltage cabling contractor familiar with TIA-568 fiber optic cabling standards. Power down or place active equipment ports in a safe state before connecting or disconnecting fiber assemblies to prevent optical power exposure. Observe minimum bend radius requirements during routing to avoid degrading fiber performance. Inspect connector end faces with an appropriate fiber inspection scope before mating.