Belden Inc. 7838A 0601000 Multimedia Cable 2 Pair 22 Awg

Product Description

The BELDEN INC. 7838A 0601000 is a 2-pair, 22 AWG multimedia cable constructed with a PVC outer jacket and foil-shielded pairs for signal integrity in low-voltage communication and data applications. This cable is designed for organized, parallel routing in structured wiring environments where reliable shielding and consistent impedance are required. Licensed low-voltage electricians and communications contractors typically specify this cable for commercial AV, security, and building automation runs where foil-pair shielding (FPE) reduces crosstalk and electromagnetic interference.

This cable is suited for multimedia distribution systems in both commercial and residential installations. The parallel construction allows for neat, manageable routing in conduit or cable trays. Its foil-shielded pair design makes it appropriate for audio, control signal, and low-voltage data transmission applications where noise rejection is a priority. The PVC jacket provides durability in standard indoor environments.

Key Features

• 2-pair foil-shielded construction reduces crosstalk and EMI interference
• 22 AWG conductors support low-voltage signal and control applications
• PVC outer jacket provides durability for standard indoor installations
• Parallel cable geometry supports organized, low-profile routing
• Foil-pair shielding (FPE) isolates each pair for cleaner signal transmission

Compatibility

Designed as an OEM-style multimedia cable for use in low-voltage communication, AV distribution, and building automation wiring systems requiring 2-pair foil-shielded construction.

Installation Notes

Installation should be performed by a licensed low-voltage or communications contractor in accordance with NEC Article 800 and applicable local codes. De-energize all connected equipment before terminating or splicing. Avoid sharp bends that exceed the cable minimum bend radius, and do not over-cinch cable ties, as either condition can degrade shielding continuity and signal performance.