Seymour Duncan Liberator w/Volume Pot | 500K on Sale

Seymour Duncan Liberator w/Volume Pot | 500K
Once installed, the Liberator allows for easy, solder-free pickup swaps. The Seymour Duncan Liberator Solderless Potentiometer 500k is a solderless pickup change system. The volume potentiometer is the tone junction for your guitar’s wiring. Swap it out for Liberator and you’ll be able to quickly and easily change pickups for new tone, feel, responsiveness, and output. Liberator is an integrated quality volume pot and screw-clamp connector that accepts bare or tinned pickup leads for torqued-tight tone better than flimsy spring terminals or less-than-perfect solder connections. Technical Details With a Liberator installed in place of a volume pot, changing pickups becomes fast, easy, and solder-free, but just as reliable. In fact, it’s more reliable than a less-than-perfect solder joint. You simply insert the bare end of each pickup lead into one of Liberator’s pickup connector stations and tighten the screw-clamp to lock it down. Turning the screw lifts up a carriage that locks the wire against a fixed pad, securing the connection in place. It’s completely simple, and completely solid. For experienced guitar techs, Liberator makes pickup changes much faster and simpler, but with the solid, reliable connections of the Lockdown system. For those who have never soldered before, Liberator opens up a world of tone exploration. You’ll be able to easily explore how different pickups change how your instrument sounds and responds in ways that will inspire your playing and enhance your personal voice. Parts of the Liberator Liberator is like a studio patch bay, where connections that can be easily but securely exchanged up front correspond to hard-wired connections behind the scenes. There are two main parts to the Liberator System: the ten-station pickup connector, and four-station potentiometer connector. The wire colors adjacent to the pickup connector indicate which color wires you should install in each connector station.