Panduit F92ERLNSNSNM045 OS2 Duplex Lc Fiber Patch Cable

Product Description

The PANDUIT F92ERLNSNSNM045 is a single-mode OS2 duplex fiber optic patch cable designed for high-density structured cabling environments. Built with a 1.6mm duplex jacket and LC connectors on both ends, this cable delivers low-loss optical performance suited to long-distance data transmission in enterprise, data center, and industrial network installations. The OFNR (Optical Fiber Non-conductive Riser) rating qualifies it for riser-rated vertical runs between floors. Network technicians and low-voltage cabling contractors are the primary installers of this cable type.

This patch cable is used in OS2 single-mode fiber optic networks where low attenuation over extended distances is required. Typical applications include patch panel to switch connections, equipment room cross-connects, and backbone fiber runs in commercial and enterprise environments. The LC duplex connector format is widely deployed in high-density fiber distribution frames and active equipment ports.

Key Features

• OS2 single-mode fiber construction for long-distance, low-loss optical transmission
• LC duplex connectors on both ends for high-density panel and switch terminations
• 1.6mm duplex jacket for flexible routing in tight cable management environments
• OFNR-rated jacket approved for riser installations between building floors
• 2-fiber duplex configuration supports full-duplex data links

Compatibility

Designed as an OEM-style replacement and standard patch cable for OS2 single-mode LC duplex fiber optic infrastructure.

Installation Notes

Installation is performed by licensed low-voltage cabling contractors or qualified network technicians. Power down or place active ports in a safe state before connecting or disconnecting fiber patch cables. Never look directly into a fiber end face or active port, as laser emissions from single-mode transceivers can cause eye injury. Verify OFNR rating compliance with local building and fire codes before routing through riser pathways.