West Penn Wire 807XBK1000 RG-8 Coaxial Cable High Flex

Product Description

The WEST PENN WIRE 807XBK1000 is a high-flexibility RG-8 shielded coaxial cable designed for demanding signal transmission applications. Built with 95 percent braid shielding coverage, this coaxial cable delivers reliable RF signal integrity in installations where frequent movement, routing around tight bends, or vibration resistance is a priority. Supplied in a 1000-foot spool, it is suited for licensed electricians and communications technicians running longer cable runs in commercial, industrial, or broadcast environments where standard stiff coax is impractical.

This RG-8 coaxial cable is typically deployed in RF distribution, antenna feed lines, two-way radio systems, and similar low-loss signal transmission setups. The high-flex construction makes it well suited for installations requiring repeated flexing or routing through conduit with multiple bends. The black jacket provides a finished appearance and basic UV and abrasion resistance for both indoor and exposed routing scenarios.

Key Features

• RG-8 coaxial construction with 95 percent braid shielding for strong RF signal containment
• High-flexibility design accommodates tight bends and dynamic routing conditions
• Black jacket finish suitable for indoor and general exposed installations
• 1000-foot spool length supports long cable runs with minimal splicing
• Shielded coaxial category provides interference rejection in electrically noisy environments

Compatibility

Designed as a shielded coaxial cable replacement or new-installation solution for RG-8 type applications in RF signal distribution and antenna systems.

Installation Notes

Installation should be performed by a licensed electrician or qualified communications technician in accordance with applicable NEC article requirements for coaxial and communications wiring. De-energize all connected equipment before terminating cable ends. Use proper coaxial stripping tools and compression or crimp connectors rated for RG-8 cable to maintain shielding continuity. Avoid sharp bends below the cable minimum bend radius to preserve signal performance.