Panduit CMFSRWHY F-type Self-terminating Connector

Product Description

The PANDUIT CMFSRWHY is an F-type self-terminating coaxial connector designed for audio/video modular connection and insert applications. Self-terminating connectors simplify field installation by eliminating the need for separate termination tools — the conductor is captured and terminated as the connector is seated. This connector is sold as a single unit and suits structured wiring installations where clean, reliable coaxial terminations are required. Licensed technicians and low-voltage installers working on cable TV, satellite, or distribution system infrastructure will find this connector appropriate for panel and wall-plate applications.

The CMFSRWHY fits within audio/video modular connector and insert systems, making it suitable for residential and light commercial low-voltage wiring projects. Typical installation scenarios include coaxial signal distribution panels, keystone-style wall plates, and patch fields where F-type terminations are required. Its self-terminating design is well suited to environments where field assembly speed and consistency matter.

Key Features

• F-type interface for standard coaxial cable signal connections
• Self-terminating design reduces tooling requirements during field installation
• Modular connector format compatible with A/V insert and panel systems
• Single-unit packaging allows for exact-quantity procurement

Compatibility

Designed as an OEM-style replacement or addition for A/V modular connector and insert systems requiring F-type coaxial termination points.

Installation Notes

Installation should be performed by a qualified low-voltage technician in accordance with applicable NEC low-voltage wiring guidelines. De-energize or disconnect any active signal sources before seating or removing connectors. Follow the manufacturer seating procedure to ensure the self-terminating mechanism fully captures the conductor. Avoid over-bending the coaxial cable at the termination point to prevent signal degradation.