Hubbell Premise Wiring SFFLCYEI Fiber Lc Duplex Insert

Product Description

The HUBBELL PREMISE WIRING SFFLCYEI is a fiber optic snap-fit flush module insert with an LC duplex connector interface. It is designed for structured cabling installations where fiber terminations need to be routed through standard modular faceplates or patch panels. The snap-fit design allows the insert to seat securely without additional hardware. This insert serves as the termination point for LC duplex fiber connections in wall outlets, surface-mount boxes, or modular furniture cabling systems. It is typically installed by licensed low-voltage cabling technicians or electricians working in commercial and residential structured wiring applications.

This fiber insert is suited for horizontal cabling runs in commercial office environments, data centers, and campus network installations where LC duplex fiber connectivity is required at the work area outlet. The flush-mount profile keeps the faceplate surface clean and consistent with other modular inserts in the same system. It accommodates LC duplex fiber patch cords for connection to active equipment or consolidation points.

Key Features

• Snap-fit mounting for tool-free insertion into compatible modular faceplates or frames
• LC duplex fiber connector interface for high-density fiber termination
• Flush profile maintains a clean, low-profile faceplate appearance
• Sold individually as a single insert unit
• Designed for structured cabling fiber modular connector and insert applications

Compatibility

Designed as an OEM-style fiber modular insert for use with compatible snap-fit modular faceplate and outlet systems that accept LC duplex fiber inserts.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician in accordance with TIA-568 structured cabling standards. Ensure fiber patch cords are properly cleaned and inspected before mating to the LC duplex ports. Avoid bending fiber cables beyond their minimum bend radius during routing and termination. De-energize any connected active equipment before working on fiber termination points to prevent accidental exposure to laser light sources.