Wirepath NST-144-PL-500-WH 14AWG 4-conductor Audio Cable

Product Description

The WIREPATH NST-144-PL-500-WH is a 14 AWG, 4-conductor, 19-strand non-plenum audio cable sold in a 500-foot quantity. The 19-strand construction provides flexibility during pulls, reducing the risk of conductor fatigue in tight routing paths. Rated for non-plenum environments, this cable is suited for in-wall and general-building audio distribution runs where plenum-rated jacketing is not required by code. Low-voltage installers and audio-video integrators use this cable for speaker wiring, distributed audio systems, and structured media installations.

This cable is intended for residential and light commercial audio distribution applications. Typical installations include whole-home audio runs, background music systems, and in-wall speaker wiring. The 500-foot pull quantity makes it practical for larger projects where multiple speaker zones are being wired from a central distribution point. It is not rated for use in air-handling spaces or plenum return-air plenums.

Key Features

• 14 AWG conductor gauge for reduced resistance over longer audio runs
• 4-conductor configuration supports stereo speaker pairs in a single cable run
• 19-strand construction improves flexibility and pull-through performance
• Non-plenum jacket suitable for standard in-wall and conduit applications
• 500-foot quantity reduces the need for mid-run splices on larger installations

Compatibility

Designed as a standard non-plenum 14 AWG 4-conductor audio cable for use in residential and light commercial low-voltage speaker and distributed audio wiring systems.

Installation Notes

Installation should be performed by a licensed low-voltage technician or audio-video integrator in accordance with applicable local codes and NEC Article 725 or 800 as applicable. Verify that the installation environment does not require plenum-rated cable before running this product in any air-handling space. De-energize all connected amplifiers and source equipment before terminating conductors. Avoid sharp bends and staple-over-conductor securing methods that can damage the jacket or crimp strands.