Hubbell Premise Wiring FSPLCQS6OR Fiber Adapter Panel

Product Description

The HUBBELL PREMISE WIRING FSPLCQS6OR is a 24-port fiber adapter panel configured with 6 LC quad adapters. It provides a structured termination and cross-connect point for fiber optic cabling within a rack or cabinet-mounted enclosure. The panel accepts LC duplex and quad-style connections, keeping fiber runs organized and accessible. Network and low-voltage technicians install this type of panel during structured cabling projects in data centers, telecommunications rooms, and enterprise network infrastructure. The LC quad adapter layout maximizes port density while maintaining a clean, manageable front-facing interface.

This panel is suited for commercial and enterprise structured cabling installations where high-density fiber termination is required. It fits standard rack-mounted fiber enclosures and patch panels used in telecommunications rooms and main distribution areas. Typical applications include horizontal and backbone fiber distribution, server room cross-connects, and building network infrastructure buildouts requiring organized LC fiber termination points.

Key Features

• 24-port capacity provides high-density fiber termination in a single rack unit
• 6 LC quad adapters support duplex LC fiber connections in a compact footprint
• Designed for rack or cabinet-mount installation in structured cabling enclosures
• Front-accessible adapter layout simplifies patching and moves, adds, and changes
• Compatible with standard fiber enclosure systems for modular cabling infrastructure

Compatibility

Designed as an OEM-style replacement and standard-fit component for rack-mounted fiber adapter panel enclosures accepting LC quad-style adapter modules in structured cabling systems.

Installation Notes

Installation should be performed by a qualified low-voltage technician or registered communications distribution designer familiar with TIA-568 structured cabling standards. De-energize and secure any active fiber links before handling to prevent damage to fiber end-faces or exposure to live optical signals. Use proper fiber handling tools and ensure bend radius minimums are maintained when routing cables to and from the panel. Clean all adapters and fiber end-faces before mating to minimize insertion loss.