14 AWG Direct Burial 2 Conductor 250 FT Outdoor Speaker Wire

14 AWG Direct Burial 2 Conductor Wire:

To set up an outdoor speaker system, you need a high-quality 14 AWG direct burial 2 conductor wire that is able to resist harsh climatic conditions and other genetic conditions. That outdoor wire needs to go all the way, back to be connected with an indoor amplification so that you can enjoy that loud and clear output from your speakers. Our 14 AWG direct burial 2 conductors wire are outdoor rated, and therefore, highly recommended for an outdoor speaker system. The jacket on this particular wire is water-resistant, and UV resistant (PET+FR/PVC). The manufacturing of this outdoor speaker wire 14 AWG direct burial 2 conductors 250 ft complies with the industry standards, and it even exceeds certain market standards. This Smartech Cables speaker wire 250 ft- 2 stranded conductors CL2 rated features a polyvinyl chloride PVC insulated outer jacket. Our PVC insulation is the perfect insulation on a cable that can be installed in areas with high or low temperature, or in applications with exposure to UV rays. Moreover, the outdoor speaker wire 14 AWG direct burial 2 conductor 250 ft features 2 stranded conductors covered by Polyethylene terephthalate film (PET) which gives a barrier, protection the cables from water, carbon dioxide, and oxygen.

The outdoor speaker wire features 14 American Wire Gauge AWG stranded conductors. Each strand size is 0.16mm, and the strand count is 99 wires. This particular cable can be directly buried. Because of the direct burial of this cable, you use it for marine installations as well. The thickness of the wire is ideal for audio transmissions. Therefore, it enables quality transmissions of high fidelity audio signals to your speakers and as a result of which, you experience quality output from your speakers. With that there comes an added bonus: there is almost no signal bleedings or loss of audio data packets which means that your data integrity is greatly protected. You can now enjoy quality transmissions with signal degradation kept at bay.