Panduit FLCDMBLY Field Polish Lc Duplex Connector

Product Description

The PANDUIT FLCDMBLY is a field polish LC duplex connector assembly designed for fiber optic termination work. It enables technicians to terminate and polish fiber optic cables on-site without requiring factory-terminated patch cords. The assembly supports LC duplex form factor connections, which are widely used in high-density fiber optic installations. Low-voltage and data network installers rely on this type of connector for structured cabling projects where field termination flexibility is required.

This connector assembly is suited for commercial and residential structured cabling environments, including telecommunications rooms, data centers, and horizontal cabling runs. It is used in applications where pre-terminated solutions are not practical and on-site fiber polishing is the preferred method. The LC duplex format accommodates two fibers in a compact footprint, making it a common choice in high-density patch panels and fiber distribution frames.

Key Features

• Field-polishable LC duplex connector format for on-site fiber termination
• Duplex configuration supports two-fiber connections in a single housing
• Compact LC form factor suited for high-density fiber optic installations
• Designed for use by trained low-voltage and fiber optic installation technicians
• Sold as an individual assembly unit

Compatibility

Designed as an OEM-style field termination solution for LC duplex fiber optic connector applications in standard structured cabling systems.

Installation Notes

Installation should be performed by a qualified low-voltage or fiber optic technician familiar with field polishing procedures and applicable standards such as TIA-568. Ensure the fiber end-face is properly cleaved and cleaned before inserting into the connector ferrule. Use appropriate polishing film and a fiber optic inspection scope to verify end-face quality after polishing. De-energize or disconnect any active fiber links before handling connectors to avoid exposure to laser light sources.