Panduit NKFPZ22RLLSM005 2-fiber OM4 Riser Patch Cord

Product Description

The PANDUIT NKFPZ22RLLSM005 is a 2-fiber OM4 multimode fiber optic patch cord with a 2.0mm jacketed riser-rated cable assembly. Designed for structured cabling installations in commercial and enterprise environments, this cord supports high-bandwidth backbone and horizontal runs where riser-rated (OFNR) jacket materials are required by code. It is intended for use by licensed low-voltage technicians and structured cabling installers working in telecommunications rooms, data centers, and riser pathways between floors.

This patch cord is suited for multimode OM4 fiber networks operating at high data rates across campus, enterprise, and commercial building cabling systems. The riser jacket rating makes it appropriate for vertical runs through building risers and inter-floor conduit, where NEC Article 770 mandates flame-retardant jacket ratings. It ships as a single unit and is commonly used during panel patching, cross-connect work, or equipment-room fiber terminations.

Key Features

• OM4 multimode fiber supports high-bandwidth applications at extended distances
• 2.0mm riser-rated jacket meets NEC Article 770 requirements for vertical riser installations
• 2-fiber configuration suitable for duplex transceiver connections
• Single-unit packaging for precise inventory and project management
• Designed for structured cabling hardware in telecommunications and data environments

Compatibility

Designed as an OEM-style patch cord for use with PANDUIT NetKey and compatible OM4 multimode fiber optic panel and adapter systems in riser-rated structured cabling installations.

Installation Notes

Installation should be performed by a qualified low-voltage or structured cabling technician familiar with fiber optic handling practices. Avoid bending the cable beyond its minimum bend radius and do not overtighten cable management hardware. Verify that the riser pathway complies with NEC Article 770 before routing. Clean and inspect connectors before mating to prevent contamination-related signal loss.