Wirepath NST-RG6Q-500-BLK RG6 Coax Cable 500ft Black

Product Description

The WIREPATH NST-RG6Q-500-BLK is a 500-foot spool of RG6 quad-shield coaxial cable in black. Quad-shield construction layers four shielding elements over the center conductor, significantly reducing signal loss and rejection of electromagnetic interference compared to standard dual-shield RG6. This cable is suited for residential and light commercial low-voltage distribution work, including satellite, cable television, and antenna signal runs. Licensed low-voltage technicians and structured-wiring installers are the primary trades handling this product.

This cable is appropriate for interior and exterior coaxial signal distribution where a 500-foot continuous pull is needed. The black jacket blends with exterior conduit runs or finished spaces where aesthetics matter. It is commonly pulled through walls, attics, and conduit for CATV, satellite dish feeds, and over-the-air antenna installations. The quad-shield design meets the demands of longer runs where signal integrity is critical.

Key Features

• Quad-shield construction reduces electromagnetic interference pickup on long cable runs
• 500-foot spool length supports larger residential or multi-drop commercial installations with minimal splicing
• Black jacket suitable for exterior runs and finished interior spaces
• RG6 gauge meets industry standards for satellite and CATV signal distribution
• Sold as a single spool unit

Compatibility

Designed as a standard RG6 quad-shield coaxial cable compatible with F-type connectors used in satellite, CATV, and antenna distribution systems.

Installation Notes

Installation should be performed by a licensed low-voltage technician in accordance with applicable NEC low-voltage wiring guidelines. De-energize all connected signal equipment before terminating or splicing. Use a proper coaxial stripping tool and compression-style F-connector crimper to ensure weatherproof, low-loss terminations. Avoid sharp bends below the cable minimum bend radius, as kinking degrades shielding effectiveness and signal quality.