Panduit NKBNCMBLY Bnc Coupler Module 50 Ohm

Product Description

The PANDUIT NKBNCMBLY is a BNC coupler module rated at 50 ohms, designed for use in structured cabling and low-voltage signal distribution systems. This module accepts standard BNC connectors on both faces, allowing two BNC-terminated coaxial cable runs to be joined through a keystone-style panel or faceplate. The 50-ohm impedance rating makes it suited for RF, video, and data signal pathways where impedance matching is critical to signal integrity. Licensed low-voltage technicians and data communications installers are the primary trade professionals who spec and install this component.

This coupler module is used in wall plates, patch panels, and enclosures that accept standard NK-series keystone modules. Typical applications include security camera systems, broadcast video distribution, RF signal routing, and structured cabling installations in commercial and residential settings where BNC coaxial runs need to terminate at a centralized panel or outlet point. It installs as a single unit sold individually.

Key Features

• 50-ohm impedance rating for RF, video, and coaxial data signal applications
• BNC female-to-female coupler design allows inline connection of two coaxial cable runs
• Keystone module form factor fits NK-series faceplates, patch panels, and enclosures
• Sold as an individual unit for precise quantity procurement
• Hardware accessory category suitable for structured cabling infrastructure builds

Compatibility

Designed as an OEM-style replacement and infrastructure module for NK-series keystone-compatible patch panels, faceplates, and enclosures that accept standard coupler modules.

Installation Notes

Installation is typically performed by licensed low-voltage or data communications technicians in accordance with applicable NEC low-voltage wiring guidelines. Power down or de-energize any active signal sources before connecting or disconnecting BNC coaxial lines at the module. Snap the module into the compatible keystone port until it seats fully and locks. Verify impedance continuity across the connection with appropriate test equipment after installation.