Hubbell Premise Wiring FCLCF900M50BP OM2 Mm Lc Splice Connector

Product Description

The HUBBELL PREMISE WIRING FCLCF900M50BP is a splice-style fiber optic connector designed for OM2 multimode LC terminations. It provides a fast, reliable field termination point for 50-micron multimode fiber in structured cabling installations. The LC form factor delivers a compact, high-density connection suitable for patch panels, enclosures, and fiber distribution hardware. Licensed low-voltage and fiber optic cabling technicians install this connector during new construction, renovation, or network infrastructure upgrades where OM2 multimode fiber is the specified media.

This connector is suited for indoor structured cabling environments where OM2 50-micron multimode fiber is deployed, including commercial office buildings, data centers, and campus backbone runs. It is used in horizontal and riser cabling applications where LC-style terminations are specified by the network or cabling design. The splice-type design supports field termination without the need for epoxy and polish equipment in all installations where speed and consistency are required.

Key Features

• LC form factor for high-density fiber optic patching and distribution applications
• Compatible with OM2 50-micron multimode fiber
• Splice-style termination for efficient field installation
• Compact design suits panel and enclosure-based fiber infrastructure
• Sold as individual unit for precise quantity ordering

Compatibility

Designed as an OEM-style replacement and field-termination connector for OM2 multimode LC fiber optic cabling systems in structured wiring applications.

Installation Notes

Installation should be performed by a qualified low-voltage or fiber optic cabling technician familiar with TIA-568 structured cabling standards. Power down any active equipment connected to the fiber run before beginning termination work. Use manufacturer-approved splice tooling and follow proper fiber cleave and cleanliness procedures to ensure low insertion loss. Inspect the ferrule end face before mating to avoid contamination-related signal degradation.