Lynn Electronics GGAA506FP3000FA2 Lc Lc Sm 6-fiber Plenum 3000ft

Product Description

The LYNN ELECTRONICS GGAA506FP3000FA2 is a 6-fiber single-mode plenum-rated distribution cable terminated with LC connectors on both ends. Designed for high-density fiber runs in commercial and enterprise environments, this cable ships in a 3000-foot configuration suited for backbone and riser installations where plenum fire ratings are required by code. Single-mode fiber supports long-distance, high-bandwidth signal transmission with minimal attenuation. LC duplex-style terminations on each end make this a ready-to-deploy solution for patch and distribution work in structured cabling systems.

This cable is appropriate for commercial buildings, data centers, and campus networks where plenum-rated pathways are mandated by the National Electrical Code. The 6-fiber count supports multiple parallel runs or redundant paths within a single cable jacket. Typical applications include horizontal and backbone fiber distribution between telecom rooms, MDF-to-IDF runs, and structured cabling infrastructure supporting Ethernet, fiber channel, and SONET applications. Licensed low-voltage or structured cabling technicians handle installation in most jurisdictions.

Key Features

• Single-mode fiber for long-distance, low-loss transmission
• LC to LC connectors on both ends for high-density port compatibility
• Plenum-rated jacket meets NFPA 262 requirements for use in air-handling spaces
• 6-fiber construction supports multiple simultaneous signal paths
• 3000-foot length suitable for large backbone and campus distribution runs

Compatibility

Designed as a standard LC single-mode plenum distribution cable for use with LC-compatible fiber transceivers, patch panels, and switching equipment in commercial structured cabling systems.

Installation Notes

Installation should be performed by a licensed low-voltage or structured cabling technician in accordance with ANSI/TIA-568 standards and applicable NEC requirements for plenum-rated cabling. De-energize and disconnect active equipment before terminating or connecting fiber runs. Avoid bending the cable beyond its minimum bend radius during pulls, and use appropriate cable-pulling lubricant and pulling tension limits to prevent fiber damage.