EMERSON CUSTOM PRO CTS - 250K BLENDER Short (3/8) Split Shaft Potentiometer

June 02,2024

Emerson Custom PRO CTS - 250K BLENDER Short (3/8") Split Shaft Potentiometer Potentiometer - Low Torque (Easy turning) Similar in function to the Fender "No Load" pot, the Emerson Pro Blender pot is an improvement to this design idea. Our Blender Pot acts as a true bypass when rotated between 9 and 10. The main difference from the "No Load" is that the Emerson Pro Blender pot does NOT have a detent, which means a no click feel between 9 and 10. Our Blender pot is best used for true bypass tone control or Blender guitar wiring. We specially designed a custom taper for this pot so the "blending" is seamless and very intuitive. - 10% Tolerance - Custom Designed Audio Taper - Brass shaft and bushing - 3/8" Shaft for Mounting on Pickguards, Control Plates or flat top guitars (Includes a flat washer, lock washer, and two hex mounting nuts for custom height adjustment) Emerson Pro CTS pots from Emerson Custom were designed to be the premium choice for the discerning guitarist looking for the optimum performance and tonal response from a guitar potentiometer. These specially designed Emerson Pro CTS feature a longer-life brass shaft and bushing. We take great pride in offering some of the best, most consistent potentiometers on the market today. Emerson Pro CTS pots have a proprietary custom audio taper that was specially designed by Emerson Custom to give you a very smooth and accurate response when you roll up and down on the controls. These pots will give you a much more responsive taper than what you'll get with economy or even standard issue CTS pots. Crank your guitar up to 10 and the volume swells all the way—no abrupt flattening to choke your playing style. Clarity and Precision define this Series of Premium Potentiometers by Emerson Custom. Each Emerson Pro CTS pot includes a flat washer, lock washer, and two hex mounting nuts for custom height adjustment on a pickguard, control plate, or directly on to the guitars top from inside the control cavity.