Hubbell Premise Wiring FSPLCDM6BK Fiber Adapter Panel

Product Description

The HUBBELL PREMISE WIRING FSPLCDM6BK is a fiber adapter panel configured with 12 ports across 6 LC duplex adapter positions. It serves as a structured termination and patching point within fiber optic distribution systems, allowing technicians to organize, route, and manage fiber connections in a centralized enclosure. The panel accepts LC duplex adapters and is sold as a single unit. Network and low-voltage cabling installers deploy this panel in data centers, server rooms, telecommunications closets, and commercial building backbone infrastructure where fiber consolidation and neat cable management are required.

This adapter panel is suited for both new installations and retrofit projects where fiber termination capacity needs to be added or reorganized. It fits into standard fiber optic distribution frames or enclosures that accept modular adapter panels. The 12-port, 6 LC duplex configuration supports a moderate density of fiber connections without requiring a full high-density chassis, making it practical for smaller distribution points or zone enclosures in structured cabling systems.

Key Features

• 12-port capacity via 6 LC duplex adapter positions for organized fiber termination
• Modular panel design supports integration into compatible fiber distribution enclosures
• Blank or pre-loaded adapter configuration supports field-installable duplex LC adapters
• Designed for structured cabling environments including data centers and telecom closets
• Single-unit (EA) packaging for straightforward inventory and deployment

Compatibility

Designed as an OEM-style replacement or new-install component for fiber optic distribution panels and enclosures that accept modular LC duplex adapter panels in structured cabling systems.

Installation Notes

Installation is performed by licensed low-voltage cabling technicians or network infrastructure installers. Before servicing or inserting adapters, ensure the fiber distribution enclosure is de-energized and all active fiber circuits are taken offline to prevent signal disruption or eye-safety hazards from live fiber. Follow TIA-568 and applicable local low-voltage cabling codes when terminating and routing fiber. Avoid over-bending fiber cables beyond their minimum bend radius when dressing connections at the panel.