Wirepath SP-RG6-1000-WHT RG6 Coax Cable 1000 Ft Spool

Product Description

The WIREPATH SP-RG6-1000-WHT is a 1000-foot spool of RG6 coaxial cable designed for structured wiring installations in residential and light commercial applications. RG6 is the standard coaxial cable type for distributing satellite, cable TV, and over-the-air antenna signals throughout a building. The cable ships on a spool in a box, making it easy to pull during rough-in work without tangling or kinking. The white jacket suits in-wall and in-ceiling runs where a clean, paintable finish is required. This product is sold as a single 1000-foot spool.

This cable is a fit for low-voltage installers, A/V integrators, and electricians running coaxial distribution systems. Typical applications include home theater rough-in, cable TV drop wiring, satellite dish feed lines, and structured media center installations. The 1000-foot quantity is sized for whole-home or multi-room projects where a single spool covers the full scope of a job.

Key Features

• RG6 coaxial construction for satellite, cable TV, and antenna signal distribution
• 1000-foot spool-in-box packaging for tangle-free pulls during rough-in
• White jacket suitable for in-wall and in-ceiling installation
• Shielded coaxial design reduces signal interference and attenuation
• Single spool format sized for whole-home low-voltage projects

Compatibility

Designed as a standard RG6 coaxial cable suitable for use with F-type connectors and compatible with satellite receivers, cable TV equipment, over-the-air antenna systems, and coaxial distribution hardware requiring RG6 specification cable.

Installation Notes

Installation is typically performed by licensed low-voltage technicians or electricians following local building codes and NEC Article 820 requirements for coaxial cable wiring. Power down or de-energize any active signal sources before terminating cable ends. Use a proper coaxial cable stripper and crimp tool when installing F-type connectors to ensure consistent signal integrity. Avoid sharp bends or stapling through the cable jacket, as either can damage the shield and degrade signal quality.