Emerson Custom S5-250K Strat 5-Way Pre-Wired Kit

$109.00
Maximum quantity available reached.

Sku: 090125220131
S5-250K Strat 5-Way Pre-Wired Kit (250K Ohm Pots & 0.047uf Capacitor)

• HANDWIRED IN BROKEN ARROW, OKLAHOMA USA •

Emerson's prewired kits are very popular... and for good reason; They improve your tone! They take great pride in using premium components that work and sound better than stock electronics found in your guitar. Emerson pots are hand metered and matched for great consistency and even taper on both the volume and tone knob (better control when rolling down the volume knob... no more mud) These Emerson Paper in Oil capacitors sound amazing! Paper in Oil capacitors were used in vintage Fender and Gibsons for good reason... They sound amazing. Their kits are painstaking wired by hand one at a time in Broken Arrow Oklahoma, USA. They take great pride in their solder work and neatness when they craft their prewired kits. Emerson builds their kits to last a very long time and perform great.

Includes:
• (3) Emerson PRO CTS Split Shaft w/ (3/8") .375" Shaft Potentiometers
• (1) Oak Grigsby 5-Way Switch
• (1) Switchcraft 1/4" Mono Input Jack (PREWIRED)
• (1) 0.047uf Emerson Paper in Oil Capacitor
*(0.022uf are used with 500K-Ohm Pots Option)*
• (1) Volume Mod (Treble Bleed; Retains Clarity when rolling back volume knob)
• Wiring Diagram

Control Layout:
• Master Volume
• Tone
• Tone

Switch Positions:
1. Bridge
2. Bridge & Middle in Parallel
3. Middle
4. Middle & Neck in Parallel
5. Neck

**Installation Tips for Knobs on Split Shaft Pots: 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. They 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.