West Penn Wire 2815BBK0500 RG-59 Coaxial Cable 500 Ft

Product Description

The WEST PENN WIRE 2815BBK0500 is a combination RG-59 coaxial and 18 AWG power conductor cable packaged in a 500-foot spool with a black jacket. This cable is engineered for low-voltage installations where both a coaxial video signal and a power run are needed in a single cable pass. The coaxial core carries the video signal while the paired 18 AWG conductor supplies power to the end device. Installers in the security, surveillance, and commercial AV trades rely on this type of combination cable to reduce conduit fill and labor time on camera and display installations.

This cable is suited for low-voltage applications in commercial and residential settings, including CCTV and IP camera installations where a single cable run is preferred over separate coaxial and power drops. The 500-foot length makes it appropriate for larger installations or contractor stock. It is typically installed by low-voltage technicians and security system integrators working under applicable low-voltage wiring codes.

Key Features

• Combination RG-59 coaxial and 18 AWG power conductor in a single cable
• Black jacket for standard low-voltage installations
• 500-foot spool length reduces the need for mid-run splices on longer runs
• Shielded coaxial construction helps reject interference on the video signal path
• Single-cable design simplifies conduit routing and reduces installation labor

Compatibility

Designed as a standard RG-59 combination power cable for use in low-voltage coaxial video and surveillance wiring applications including CCTV camera systems.

Installation Notes

Installation should be performed by a licensed low-voltage technician or qualified electrician in accordance with applicable local codes and NEC Article 820 for coaxial cable wiring. De-energize all connected equipment before terminating or splicing. Use proper coaxial compression or crimp connectors rated for RG-59 to ensure signal integrity. Avoid sharp bends that exceed the cable minimum bend radius, as this can degrade shielding performance.