Ortronics OFP-LCD12YC-B Fiber Adapter Panel 6-port Lc Duplex

Product Description

The ORTRONICS OFP-LCD12YC-B is a fiber adapter panel designed for structured cabling installations in both commercial and industrial environments. This panel accepts hybrid LC duplex adapters, providing a clean and organized termination point for fiber optic connections within an open face patch (OFP) housing. With 6 adapter ports in a duplex configuration, it supports up to 12 fiber connections per panel. Licensed low-voltage cabling technicians and data center infrastructure specialists are the primary installers of this component.

This adapter panel is suited for use in telecommunications rooms, data centers, and equipment rooms where fiber distribution and cross-connect applications are required. It fits into OFP-style modular panel frames, allowing technicians to build out fiber infrastructure in a scalable, port-by-port approach. The hybrid LC duplex format makes it compatible with common singlemode and multimode LC-terminated fiber patch cords used in enterprise and campus network environments.

Key Features

• 6-port hybrid LC duplex adapter configuration supporting up to 12 fiber connections
• Designed for OFP (Open Face Panel) modular frame systems
• Duplex LC interface compatible with standard LC fiber patch cords
• Modular design allows incremental port population within a panel frame
• Sold as individual unit for flexible infrastructure buildout

Compatibility

Designed as an OEM-style replacement and standard insert for OFP modular fiber adapter panel frames accepting hybrid LC duplex adapter modules.

Installation Notes

Installation is performed by licensed low-voltage cabling technicians following applicable TIA-568 structured cabling standards. De-energize and disconnect all active fiber links before inserting or removing adapter panels from the frame. Use appropriate fiber handling tools and clean all LC adapter ports before terminating patch cords to prevent signal loss. Avoid bending fiber cables beyond their minimum bend radius during routing and termination.