Hubbell Premise Wiring FSPLCDS6BK Fiber Adapter Panel

Product Description

The HUBBELL PREMISE WIRING FSPLCDS6BK is a 12-port fiber adapter panel configured with six LC duplex adapter positions. It serves as a structured cabling termination point in fiber optic distribution systems, providing a clean, organized interface between incoming fiber runs and active or passive equipment. The panel accepts LC duplex adapters, which are among the most widely used connector types in data center and enterprise LAN environments. Network technicians and low-voltage cabling contractors install this panel inside patch enclosures or rack-mount fiber distribution units.

This adapter panel is suited for horizontal and backbone fiber cabling installations in commercial buildings, data centers, and campus network environments. It supports both singlemode and multimode LC duplex fiber connections depending on the adapters loaded. The 12-port capacity accommodates up to 12 fiber strands when populated with six LC duplex adapters. It fits standard rack-mount fiber enclosures that accept blank or loaded adapter panels.

Key Features

• 12-port capacity supporting six LC duplex adapter positions
• LC duplex adapter configuration — one of the most common footprints in structured fiber cabling
• Blank panel format allows field-loading of adapters for flexible deployment
• Designed for rack-mount or wall-mount fiber distribution enclosures
• Sold as a single unit (each)

Compatibility

Designed as an OEM-style replacement or upgrade panel for rack-mount fiber distribution enclosures that accept standard blank or pre-loaded adapter panels with LC duplex configurations.

Installation Notes

Installation is performed by licensed low-voltage cabling technicians or data network contractors. De-energize or power down any active equipment in the enclosure before installing or repositioning adapter panels. Follow TIA-568 and local building codes for structured cabling practices. Avoid touching fiber end faces and use appropriate fiber cleaning tools before mating connectors to maintain low insertion loss.