• Emerson Custom Les Paul Prewired Kit - Long Shaft
Availability:
In Stock
Product Code:
VLP-BB-LONG [20911]
Brand:
Emerson Custom
$239.00
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Emerson Custom Les Paul Prewired Kit - Long Shaft

Emerson Custom Prewired Kits work and sound better than components that come stock in guitars. Emerson use premium components, hand metered and match Emerson PRO CTS Potentiometers with an even taper as you turn them down. No sudden drop off in volume, no mud when you roll off the Tone. Emerson Paper in Oil capacitors sound amazing, just like the Paper in Oil capacitors that were used in vintage Fender and Gibsons. They are wired with 22 AWG vintage push-back wire for that vintage look and sound. Soldered connections to the input jack are insulated with heat-shrink to ensure durability and long life.These kits are painstaking wired by hand one at a time in Bixby, Oklahoma, USA.

This is a prewired harness for USA Gibson Les Paul's. Carefully wired “50’s Style” and grounded with vintage spec buss wire for a great vintage tone. For import guitars you may need to enlarge the holes for the higher quality US spec electronics to fit and also you may need US Spec knobs (to accept 24 teeth split shafts).

This kit includes:

  • (4) 500K Emerson PRO CTS Split Shaft Potentiometers 
  • (1) Switchcraft J11 1/4" mono input jack (MADE IN USA) 
  • (2) Emerson Bumblebee Paper in Oil Capacitors (1: 0.022uf Bridge, & 1: 0.015uf Neck) 
  • (1) Wiring Diagram
  • (The Emerson Pre-wired 3-Way Toggle Switch is SOLD SEPARATELY - recommended for an even easier Install)
Emerson Pro split shaft pots are made to fit USA Spec 24 spline push-on knobs. Some USA & Import Guitars will need new USA Spec Knobs as even some US makers use import spec parts which will not work with our pots. We recommend that you don't rush the knob install process. If your knob is too tight and is not going on ,slightly crimp together the top of the potentiometers shaft ever so slightly so that when you go to push on the knob you don't damage the pot shaft by exerting too much downward pressure.

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