Ideal Industries 89-5048 Bnc Compression Connector RG6 35 Pack

Product Description

The IDEAL INDUSTRIES 89-5048 is a BNC compression connector designed for use with RG6 coaxial cable. This connector provides a secure, permanent termination using a compression-style installation method, which produces a more reliable connection than twist-on alternatives. Each pack contains 35 connectors, making it a practical quantity for installers working on multiple cable runs in a single job. The BNC (Bayonet Neill-Concelman) interface is a standard in low-voltage video and data distribution systems, and these connectors are installed by low-voltage technicians, A/V integrators, and security system installers.

These connectors are suited for residential and commercial installations where RG6 coaxial cable terminates at BNC-interface devices such as security cameras, video distribution equipment, and similar low-voltage systems. The compression fitting style is commonly required on professional installs where a clean, pull-resistant termination is expected. The 35-piece pack supports multi-drop camera runs and distribution projects without requiring multiple orders.

Key Features

• Compression-style termination for a secure, permanent connection on RG6 coaxial cable
• BNC interface compatible with standard video and security system equipment
• 35 connectors per pack for multi-run installations
• Designed for low-voltage coax connector applications in the COAX CONNECTORS category

Compatibility

Designed as an OEM-style compression connector for RG6 coaxial cable terminations using the BNC interface standard.

Installation Notes

Installation is performed by low-voltage technicians or A/V and security system installers. A dedicated coaxial compression tool is required to properly seat the connector onto the cable. De-energize all connected equipment before terminating cables. Do not use twist-on connectors as substitutes where compression connectors are specified, as they do not provide equivalent pull-out resistance or signal integrity.