Lynn Electronics D-L2L2-3R2-004M Lc Duplex Fiber Jumper

Product Description

The LYNN ELECTRONICS D-L2L2-3R2-004M is a duplex fiber optic jumper cable configured with LC duplex connectors on both ends. This patch cord provides a terminated, ready-to-install fiber link for connecting active equipment, patch panels, and distribution frames in structured cabling systems. The 4-meter length suits rack-to-rack and equipment-room runs where a short, pre-terminated cable eliminates field termination labor. Network technicians, low-voltage contractors, and data center installers use this type of jumper for fast, reliable fiber connections in both new installations and maintenance work.

This jumper is suited for use in telecommunications rooms, data centers, server closets, and enterprise network environments. It connects switches, transceivers, media converters, and patch panels using the LC duplex interface, which is common in modern enterprise and carrier-grade fiber deployments. The 4-meter length accommodates typical horizontal runs within a rack enclosure or between adjacent racks.

Key Features

• LC duplex to LC duplex configuration on both ends
• 4-meter cable length for short equipment-room and rack-to-rack runs
• Factory-terminated for immediate installation without field polishing or cleaving
• Duplex construction supports simultaneous transmit and receive paths
• Sold as a single unit

Compatibility

Designed as a standard LC duplex patch cord for use with fiber optic equipment, patch panels, and transceivers that accept LC duplex connectors in structured cabling and data network installations.

Installation Notes

Installation is typically performed by low-voltage technicians or network cabling professionals following TIA-568 or ISO 11801 structured cabling standards. Power down or disable the associated fiber transceiver port before handling to avoid exposure to laser light. Inspect and clean LC ferrules before mating to maintain optical performance. Avoid bending the cable beyond its minimum bend radius to prevent signal loss or physical damage to the fiber.