Description

The BELDEN INC. 9451 008Z1000 is a shielded multimedia cable designed for low-voltage signal transmission in commercial and light industrial environments. Built with 2 conductors at 22 AWG, this cable features a PVC outer jacket rated for flame-retardant performance and is finished in gray for easy identification in structured wiring installations. The foil shield helps reduce electromagnetic interference (EMI) and radio frequency interference (RFI), maintaining signal integrity across its run length. It is sold by the foot or reel as a single unit and is a standard choice for audio, control, and data signal routing applications.

This cable is suited for use in building automation, access control, intercom, and low-voltage audio distribution systems. It performs well in both new construction and retrofit installations where a compact, shielded 2-conductor cable is required. Licensed low-voltage technicians and systems integrators commonly specify this cable for panel-to-device wiring runs where noise rejection and jacket durability are priorities.

Key Features

2-conductor configuration at 22 AWG for reliable low-voltage signal transmission
Foil shield provides EMI and RFI rejection for clean signal integrity
Flame-retardant PVC jacket rated for general-purpose indoor use
Gray jacket finish aids cable identification in multi-cable installations
Suitable for audio, control, and structured multimedia wiring applications

Compatibility

Designed as a general-purpose replacement or new-install multimedia cable for low-voltage signal systems requiring a 2-conductor, 22 AWG shielded construction with a PVC flame-retardant jacket.

Installation Notes

Installation should be performed by a licensed low-voltage or electrical technician in accordance with applicable NEC low-voltage wiring requirements. De-energize all connected equipment before terminating conductors. Maintain minimum bend radius during routing to avoid compromising the foil shield. Avoid bundling with high-voltage power conductors to prevent induced noise on the signal pair.