Ortronics HDHFM-FLC2CC-00 Lc Duplex Fiber Clip

Product Description

The ORTRONICS HDHFM-FLC2CC-00 is an LC duplex fiber connector locking clip in green. This small hardware accessory secures LC duplex fiber optic connectors in place, preventing accidental disconnection in structured cabling installations. It is used as a retention and locking component for LC-style fiber patch connections in data centers, telecom rooms, and enterprise network environments. Network technicians and low-voltage cabling installers work with this type of clip during patch panel builds, equipment rack installations, and fiber management tasks. The green color convention helps with port identification and polarity management in organized fiber cabling systems.

This clip is suited for use in horizontal and vertical fiber distribution applications where connector retention is needed at patch panels, fiber enclosures, or active equipment faceplate ports. It is a single-unit accessory intended for LC duplex fiber connectors. Installations in high-density fiber environments benefit from locking clips like this to reduce accidental fiber pulls and maintain clean cable management practices.

Key Features

• Designed for LC duplex fiber optic connectors
• Green color coding supports polarity and port identification
• Locking clip design helps prevent accidental disconnection
• Single-unit packaging for targeted replacement or small-quantity installs
• Compact hardware accessory for structured cabling and fiber management applications

Compatibility

Designed as an OEM-style locking clip for LC duplex fiber optic connectors used in structured cabling and fiber distribution systems.

Installation Notes

This clip is installed by low-voltage cabling technicians following TIA-568 structured cabling standards. No fiber signal power-down is strictly required for clip installation, but best practice is to follow site safety procedures regarding active fiber ports. Use appropriate fiber handling tools and avoid bending fiber cables beyond their minimum bend radius during connector work.