Lynn Electronics D-L2L2-3R2-003M Duplex Fiber Patch Cable

Product Description

The LYNN ELECTRONICS D-L2L2-3R2-003M is a duplex fiber optic patch cable designed for multimode network and data infrastructure applications. This jumper features LC ceramic connectors on both ends and a 50-micron multimode fiber core, making it well suited for structured cabling environments where consistent signal transmission and low insertion loss are required. The 3-meter length provides enough slack for rack-to-rack and panel-to-equipment connections in data centers, telecom rooms, and commercial building networks. Installation is handled by low-voltage technicians and network cabling professionals.

This patch cable is used in multimode fiber optic networks where LC ceramic connectors are specified. The 50-micron core diameter supports standard multimode transmission protocols commonly deployed in commercial and light industrial settings. Typical install scenarios include connecting fiber distribution panels to active networking equipment, patching between switches and media converters, and completing horizontal or backbone runs in structured cabling systems.

Key Features

• Duplex configuration supports simultaneous bidirectional fiber transmission
• 50-micron multimode fiber core for compatibility with standard multimode infrastructure
• LC ceramic connector ferrules provide stable, low-loss termination
• 3-meter cable length suits typical rack and panel patching distances
• Sold as a single unit for precise quantity ordering

Compatibility

Designed as an OEM-style replacement or standard patch cable for multimode fiber optic systems utilizing LC duplex ceramic connector interfaces.

Installation Notes

Installation is performed by licensed low-voltage or network cabling technicians in accordance with applicable structured cabling standards. Inspect connector ferrules for contamination before mating and clean with approved fiber optic cleaning tools if needed. Avoid exceeding the minimum bend radius of the cable during routing and do not cinch cable ties tightly against the fiber jacket. Deactivate connected active equipment ports before inserting or removing connectors where possible.