West Penn Wire 825BK1000 Mini Coaxial Plenum Cable

Product Description

The WEST PENN WIRE 825BK1000 is a shielded mini coaxial cable rated for plenum-space installation. Plenum-rated cables are manufactured with low-smoke, flame-retardant jacket materials that meet fire codes for use in air-handling spaces above drop ceilings and in raised floors. This cable ships as a 1000-foot spool in black jacket finish. It is designed for low-voltage signal distribution applications and is typically installed by licensed low-voltage technicians or electricians working in commercial or institutional buildings.

This cable is suited for CCTV, security camera, and video distribution runs in commercial facilities where building codes require plenum-rated wiring. The shielded construction helps maintain signal integrity over longer runs in environments with ambient electrical interference. Its compact mini coaxial form factor allows routing through tight conduit or cable pathways where standard RG-type coax would not fit.

Key Features

• Plenum-rated jacket for use in air-handling spaces per applicable fire codes
• Shielded construction reduces electromagnetic interference on signal runs
• Mini coaxial form factor for routing through tight conduit pathways
• Black jacket finish for standard low-voltage installation environments
• 1000-foot spool quantity suits full-run commercial installations

Compatibility

Designed as a plenum-rated shielded mini coaxial cable for low-voltage signal distribution in commercial and institutional installations where air-handling space routing is required.

Installation Notes

Installation should be performed by a licensed low-voltage technician or electrician in accordance with applicable NEC plenum wiring requirements. Verify that the air-handling space classification of the installation path requires plenum-rated cable before routing. De-energize any connected equipment before terminating cable ends. Avoid sharp bends that exceed the cable minimum bend radius, as this can degrade shielding effectiveness and signal quality.