Sewell Deadbolt Terminated Speaker Wire, 3 ft, 259 Strand, 12 AWG Pure Copper, OFC, Deadbolt Banana Plugs SW-32980-3 3 Feet Deadbolt Speaker Wire
Sewell Deadbolt Terminated Speaker Wire, 3 ft, 259 Strand, 12 AWG Pure Copper, OFC, Deadbolt Banana Plugs SW-32980-3
Features Extended frequency response, wide dynamic range, precise imaging, and greater clarity High strand count (259 strands - over 2. 5 times more than most 12 AWG speaker wire) Pure copper conductors Oxygen free Precision 24k gold plated Deadbolt banana plug connectors for superior signal pass-through Highest strand count Deadbolt speaker wire was developed with the highest quality standards in mind. Most 12 AWG speaker cables use 90 to 100 threads of copper, we’ve put 259 strands into each conductor of our Deadbolt cable. This allows for less distortion, deeper bass, better imaging, and cleaner highs from your sound system. Pure, oxygen-free copper Not only does Deadbolt speaker wire have a higher strand count, it is also made up of pure, oxygen- free copper. Cheaper speaker cables have other alloys mixed with the copper in the conductors. This makes the cable cheaper, but also reduces the quality of the sound. Air pockets in the copper can also reduce sound quality and can even ruin the cable over time. Deadbolt banana plugs for the best connection Our pre-terminated cables come with Deadbolt banana plugs, giving you the easiest and best possible connection.
Product Features
- 12 AWG, for higher amperage and lower impedance than 14 or 16 AWG
- Pure oxygen-free copper for greater durability, flexibility, and conductivity than CCA - Red labeling and grey coating on positive polarity cable for low profile and easy identification
- 259 strand count (over 2.5 times that of most 12 AWG wires), for superior reliability and flexibility
- Deadbolt banana plugs with 24K gold plating, for lasting use and a crystal-clear signal
- Troubleshooting: If your speaker wire does not provide the expected crystal-clear signal, take the following steps. 1. Tighten down all the ends of the cable to make firm contact with the soldered connection. 2. If the cable is still not providing a good signal, unscrew the caps of the affected cable and inspect the soldered connection to make sure it is solid and smooth. If it is, firmly screw the cap back on. 3.If the cable is still not providing a good signal or if the solder appears to not be making good contact, Sewell Customer support can provide direct assistance.