Belden Inc. 1505A 0101000 Multimedia Coaxial Cable

Product Description

The BELDEN INC. 1505A 0101000 is a multimedia coaxial cable built for professional signal distribution applications. It features a polyethylene (PE) dielectric core, a gas-injected foam high-density polyethylene (GIFHDPE) construction, and a flame-retardant (FR) PVC outer sheath finished in black. This cable is designed for use in structured wiring installations where consistent signal integrity and fire-resistance compliance are required. It is sold as a single unit (EA) and is typically specified by low-voltage technicians, AV integrators, and data infrastructure installers working in commercial and residential environments.

This cable is suited for multimedia signal runs in wall, ceiling, and conduit pathways where flame-retardant jacket ratings are required by local code. The FR PVC outer jacket supports installations in plenum-adjacent or general-purpose raceways. Its GIFHDPE dielectric construction helps maintain signal performance across extended cable runs, making it a practical choice for video, data, and broadband distribution systems in both new construction and retrofit projects.

Key Features

• Flame-retardant (FR) PVC outer jacket for code-compliant installations
• Gas-injected foam HDPE (GIFHDPE) dielectric for consistent impedance and signal quality
• Polyethylene (PE) insulation layer for dielectric stability
• Black jacket finish for standard identification in multimedia wiring systems
• Sold individually (EA, Qty: 1) for flexible procurement

Compatibility

Designed as an OEM-style multimedia coaxial cable for use in professional signal distribution, structured wiring, and broadband infrastructure installations.

Installation Notes

Installation should be performed by a licensed low-voltage technician or qualified AV or data cabling professional. De-energize all connected equipment before terminating or splicing. Follow local building codes and NEC low-voltage wiring requirements for cable routing, bend radius, and fire-stop penetrations. Do not exceed the cable minimum bend radius during pulling to avoid compromising the dielectric and shielding layers.