250FT Direct Burial Outdoor Audio Speaker Wire 14 AWG 4 C Black

250Ft Direct Burial Outdoor Audio Speaker Wire:

Outdoor speakers have become increasingly popular these days. Audio speakers have undeniably become a part of our lives. We need audio amplification for medical purposes, entertainment purposes, recreational purposes, educational purposes, and business, and so on. Quality outputs from speakers are something we all look upon in a good speaker, but the secret to a good audio transmission and consequently a good output from a speaker lies in the speaker wire. With our Outdoor speaker wire 14-AWG 4-C black 250ft CL2 rated, you can set up a flawless setup that needs no PVC piping. This particular cable can be directly buried. Because of the direct burial of this cable, you use it for marine installations as well. This cable features 14 American Gauge Wire AWG oxygen-free copper conductors. Moreover, this outdoor speaker wire 14-AWG 4-C black 250ft CL2 rated like all of our other cables and related accessories, comply with market norms and industry standards. It has a CL2 rated outer jacket which is UL listed.

The wire is incorporated with high performance 4 conductors. 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. You get the most stable and reliable set up with our outdoor speaker wire 14-AWG 4-C black 250ft CL2 rated. This direct burial outdoor speaker wire 14-AWG 4-C black 250ft CL2 rated is 250 ft. It 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.