Genesis Cable 53031108 RG6 Coaxial Riser Cable Black

Product Description

The GENESIS CABLE 53031108 is an RG6 coaxial cable rated for riser and FT4 installations, supplied in a 1000-foot pull box in black jacket. The cable features a 60 percent aluminum braid shield designed to reduce signal interference and maintain consistent signal integrity across long cable runs. It is suited for CATV, satellite, and broadband distribution applications where a riser-rated cable is required by code. Licensed low-voltage contractors and cable installers are the primary trade for this product.

This RG6 coaxial cable is used in residential and light commercial structured wiring installations, including cable television distribution, antenna systems, and broadband service drops. The riser rating makes it appropriate for vertical runs between floors inside a building where plenum-rated cable is not required. The FT4 flame rating meets Canadian and US standards for in-wall vertical routing in most residential and commercial construction types.

Key Features

• RG6 construction with 60 percent aluminum braid shielding for interference rejection
• Riser and FT4 dual flame rating for vertical in-wall installations
• 1000-foot continuous run minimizes splice points on large jobs
• Black jacket suitable for surface-mounted or concealed routing
• CATV-rated for cable television and broadband signal distribution

Compatibility

Designed as an OEM-style replacement and standard installation cable for CATV, antenna, and broadband coaxial wiring systems requiring an RG6 riser-rated conductor.

Installation Notes

Installation should be performed by a licensed low-voltage or communications contractor in accordance with NEC Article 820 and applicable local codes. De-energize and disconnect all active signal sources before terminating or splicing the cable. Use proper RG6-rated compression fittings and the appropriate stripping and compression tools to ensure a weathertight, low-loss termination. Do not exceed the minimum bend radius of the cable during pulls to avoid degrading shield continuity or center conductor geometry.