Hubbell Premise Wiring FSPNLCQS3BK Fiber Adapter Panel

Product Description

The HUBBELL PREMISE WIRING FSPNLCQS3BK is a 12-port fiber adapter panel configured with 3-LC quad adapters. It provides a structured termination point for fiber optic cabling in rack-mounted or panel-based network enclosures. The panel accepts LC quad-style fiber adapters, allowing high-density fiber connections within a compact footprint. Licensed low-voltage technicians and network infrastructure installers typically deploy this panel during structured cabling installations in data centers, telecommunications rooms, and enterprise network environments.

This fiber adapter panel is suited for both new construction and retrofit installations where organized fiber termination is required. It is appropriate for commercial and enterprise applications where rack-mounted fiber management is part of a structured cabling system. The panel is sold as a single unit and is intended for use with compatible LC quad fiber adapters in standard rack or enclosure deployments.

Key Features

• 12-port configuration supports high-density fiber termination in a single panel
• 3-LC quad adapter layout provides organized multi-fiber connectivity
• Rack-mount design integrates with standard network enclosures and patch panels
• Blank panel format allows field-customization with compatible adapter inserts
• Single-unit packaging for straightforward inventory and installation management

Compatibility

Designed as an OEM-style fiber adapter panel for use in rack-mounted structured cabling enclosures that accept LC quad fiber adapter inserts.

Installation Notes

Installation should be performed by a qualified low-voltage or network cabling technician familiar with fiber optic termination practices. De-energize or power down associated active equipment before inserting or removing fiber adapters to avoid optical signal disruption. Follow TIA-568 structured cabling standards and local code requirements when routing and managing fiber within the enclosure. Avoid excessive bending of fiber cables during installation to prevent signal loss or physical damage to fiber strands.