Panduit F62ERLNSNSNM030 OM1 Duplex Fiber Patch Cable

Product Description

The PANDUIT F62ERLNSNSNM030 is an OM1 multimode duplex fiber optic patch cable designed for structured cabling and network infrastructure applications. Built with a 1.6mm jacket diameter and housing two fibers, this patch cable delivers reliable multimode optical connectivity in data center, telecommunications, and commercial network environments. The cable is sold as a single unit and is intended for installation by licensed low-voltage cabling technicians and network infrastructure professionals who require a dependable, field-ready jumper.

This patch cable is suited for use in horizontal and backbone cabling runs within commercial and enterprise network environments. It connects active equipment such as switches, patch panels, and fiber transceivers operating over OM1 62.5-micron multimode fiber infrastructure. The 30-meter length accommodates mid-range in-rack and cross-connect runs where short-distance multimode transmission is required.

Key Features

• OM1 62.5-micron multimode fiber construction for legacy and active multimode network links
• Duplex configuration with 2 fibers for simultaneous transmit and receive
• 1.6mm jacket diameter provides a compact, flexible form factor
• 30-meter cable length suits mid-range patch and cross-connect applications
• Single-unit packaging for precise quantity procurement

Compatibility

Designed as an OEM-style replacement or direct-install patch cable for OM1 multimode fiber network infrastructure utilizing duplex connectorized jumpers.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician in accordance with TIA-568 and applicable local codes. Inspect connector end-faces with an appropriate fiber inspection scope before mating to avoid contamination-related signal loss. Do not bend the cable below its minimum bend radius and avoid sharp kinking along the jacket. Power down or disable transmitting equipment before handling fiber connectors where laser sources are present.