Belden Inc. 127903A0105000 Multimedia Cable 4 Pair

Product Description

The BELDEN INC. 127903A0105000 is a 4-pair, 22 AWG foil-shielded multimedia cable constructed with a flame-retardant PVC (FR-PVC) jacket. It is designed for low-voltage signal and data transmission applications in commercial and industrial environments. The aluminum-foil overall shield reduces electromagnetic interference, making it well suited for structured wiring runs where signal integrity is a priority. Licensed electricians and low-voltage technicians are the primary installers of this cable type in new construction and retrofit projects.

This cable is used in multimedia, audio-visual, and control wiring installations within commercial buildings, offices, and light industrial facilities. Its 4-pair configuration supports multiple signal channels within a single jacket, reducing conduit fill and simplifying cable management. The FR-PVC jacket meets flame-retardant requirements commonly specified for in-wall and plenum-adjacent runs where applicable fire codes apply.

Key Features

• 4-pair construction carries multiple signal channels in one cable run
• 22 AWG conductors support low-voltage signal and control applications
• Foil shield (FS) reduces electromagnetic and radio-frequency interference
• Flame-retardant PVC jacket meets fire-resistance requirements for commercial installs
• Aluminum-Interlocked Armor (AIA) construction adds mechanical protection

Compatibility

Designed as an OEM-style replacement and standard-stock multimedia cable for low-voltage signal, audio-visual, and control wiring systems in commercial and light industrial applications.

Installation Notes

Installation should be performed by a licensed electrician or qualified low-voltage technician in accordance with applicable NEC requirements for communication and signal cables. De-energize all circuits in the work area before pulling or terminating cable. Avoid sharp bends that exceed the cable minimum bend radius, and do not over-cinch cable ties, as either can degrade shield continuity and signal performance.