Belden Inc. 5500F1 0101000 Multimedia Cable 22 Awg Pvc

Product Description

The BELDEN INC. 5500F1 0101000 is a 2-conductor, 22 AWG multimedia cable with PVC insulation and a black PVC jacket. This cable is designed for low-voltage signal and audio/video distribution applications in commercial and residential installations. The PVC jacket provides resistance to abrasion and common environmental stresses encountered in structured wiring runs. Licensed electricians and low-voltage systems integrators are the primary installers for this type of cable in conduit or open-plenum cable runs where a non-plenum jacket is code-acceptable.

This cable is suited for multimedia and audio/video distribution systems in residential and light commercial settings. It is appropriate for use in structured wiring installations, background music systems, intercom wiring, and similar low-voltage signal applications. The black PVC jacket makes it suitable for surface or conduit runs where color coding or visibility is a factor in system organization.

Key Features

• 2-conductor configuration for signal and return in low-voltage applications
• 22 AWG conductor size provides reliable signal transmission over typical in-building runs
• PVC insulation and outer jacket for durability and abrasion resistance
• Black jacket for easy identification and organization in multi-cable installations
• Sold individually as a single unit (EA)

Compatibility

Designed as an OEM-style replacement or new-installation cable for low-voltage multimedia and audio/video distribution systems requiring 2-conductor 22 AWG PVC-jacketed cable.

Installation Notes

Installation should be performed by a licensed electrician or certified low-voltage technician in compliance with applicable NEC articles governing low-voltage wiring. De-energize all circuits before terminating or splicing. Do not install this non-plenum PVC-jacketed cable in air-handling spaces where plenum-rated cable is required by local code. Secure and route cable per manufacturer and code guidelines to avoid sharp bends or pinching that could compromise signal integrity.