West Penn Wire DB59BNCSL-25 RG59 Bnc Connector 25 Pack

Product Description

The WEST PENN WIRE DB59BNCSL-25 is a 25-pack of Double Bubble BNC connectors designed for terminating RG59 coaxial cable in security and surveillance installations. Each connector features the Double Bubble crimp design, which provides a secure mechanical and electrical connection at the cable end. These connectors are used by low-voltage technicians and security system installers who need reliable, consistent coax terminations across multi-run installations. The BNC interface delivers a twist-lock connection that resists accidental disconnection in field conditions.

These connectors are suited for residential and commercial security camera wiring, CCTV distribution systems, and other low-voltage video applications that rely on RG59 coaxial cable. The 25-pack format supports multi-camera installs where a single cable run terminates at each camera head or control point. Security integrators and low-voltage contractors will find the bulk pack quantity practical for project staging and service van stocking.

Key Features

• Double Bubble crimp design for a strong mechanical and electrical termination on RG59 coax
• BNC twist-lock interface resists accidental disconnection in security and CCTV applications
• 25-connector pack supports multi-camera or multi-run project installs
• Designed for low-voltage security and surveillance wiring applications
• Sold as a single unit containing 25 connectors

Compatibility

Designed for use with RG59 coaxial cable in security, CCTV, and low-voltage video distribution systems requiring BNC terminations.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician following applicable local codes. De-energize the system and disconnect camera or device power before terminating connectors. Use a calibrated coax stripper and the correct BNC crimp tool sized for the Double Bubble profile to achieve a proper crimp. Avoid over-stripping the cable dielectric, as this can degrade signal integrity at the connector junction.