Belden Inc. 6200UE 010U1000 Multimedia Cable 16 Awg

Product Description

The BELDEN INC. 6200UE 010U1000 is a 2-conductor, 16 AWG multimedia cable supplied on a 1000-foot reel in a black jacket. Designed for low-voltage signal and audio distribution applications, this cable is built for professional installation in commercial and residential systems. The 16 AWG conductor gauge supports runs where consistent signal integrity and low resistance are required. Installers working in structured wiring, background audio, or distributed media systems will find this cable suited for in-wall and conduit routing in both new construction and retrofit work.

This cable is appropriate for commercial AV distribution, background music systems, and low-voltage multimedia wiring in residential and light commercial settings. It ships as a single 1000-foot reel, making it a practical choice for larger installations where continuous runs reduce splice points and maintain signal quality throughout the system.

Key Features

• 2-conductor configuration for straightforward signal or audio wiring
• 16 AWG conductor gauge supports longer low-voltage runs with reduced resistance
• Black jacket for standard in-wall or conduit identification
• 1000-foot reel quantity minimizes splicing on large or multi-zone installations
• Multimedia category construction suitable for structured low-voltage wiring

Compatibility

Designed as an OEM-style multimedia cable for professional low-voltage audio and signal distribution installations. No specific compatible equipment or system families were identified in the available product data.

Installation Notes

Installation should be performed by a licensed low-voltage technician or electrician in accordance with applicable NEC low-voltage wiring requirements. De-energize any connected equipment before terminating conductors. Observe minimum bend radius during pulls through conduit or wall cavities to avoid conductor or jacket damage. Verify local codes for plenum or riser rating requirements before routing through air-handling spaces.