Genesis Cable 50031101 RG6 Dual Shield Coaxial Cable Catv

Product Description

The GENESIS CABLE 50031101 is a dual-shield RG6 coaxial cable with a copper-clad steel (CCS) center conductor, packaged in a 1000-foot pull box in white. RG6 is the standard coaxial cable gauge for residential and light commercial signal distribution, used in cable television, satellite, and broadband installations. The CCS construction keeps the cable lightweight while maintaining signal transmission across the frequency ranges required for CATV applications. This cable is handled and installed by cable technicians, electricians, and low-voltage contractors.

This cable is suited for CATV distribution runs in residential and light commercial settings. Typical applications include drops from a service entrance to set-top boxes, cable modems, and distribution splitters. The dual-shield construction helps reduce ingress interference in environments with moderate RF noise. The white jacket blends with standard interior trim and is appropriate for exposed indoor routing or within wall assemblies where local code permits.

Key Features

• Dual-shield construction reduces signal ingress and egress
• Copper-clad steel center conductor for lightweight, cost-effective runs
• RG6 gauge for CATV, satellite, and broadband signal distribution
• White PVC jacket suitable for interior residential and commercial installs
• 1000-foot pull box for continuous runs with minimal splicing

Compatibility

Designed as a standard RG6 coaxial cable for CATV distribution systems. Compatible with F-type connectors and fittings rated for RG6 dual-shield cable.

Installation Notes

Low-voltage installers and licensed electricians typically install RG6 coaxial cable. Follow NEC Article 820 for community antenna television and radio distribution cable installation requirements, including proper separation from power conductors and fire-stopping at penetrations. Use a compression-style F-connector tool sized for RG6 dual-shield cable to terminate ends. Avoid sharp bends beyond the cable minimum bend radius to prevent impedance discontinuities.