Seymour Duncan wiring

Tele two Tele stacks, volume push-pull power boost, tone

Two Tele stacks · Blade · Volume push/pull · Tone

Tele two Tele stacks, volume push-pull power boost, tone. Transcribed from the manufacturer wiring sheet and checked against the engine.

Tele two Tele stacks, volume push-pull power boost, toneTele two Tele stacks, volume push-pull power boost, tone: Two Tele stacks · Blade · Volume push/pull · Tone. Original Tinkercaster drawing with labelled terminals.Neck Tele stackNeck Tele stackBridge Tele stackBridge Tele stack3-Way BladeVolume 250k push/pull · 250k250kTone 250k · 250k250k.047 cap · 47nF47nFOutput JackGround wire from bridgeblackgreenwhiteredbareblackgreenwhiteredbareT1T2T3T4T5T6T7T8lug1lug2lug3sw1sw2sw3sw4sw5sw6lug1lug2lug3abtipsleeveground

Viewed from the back of the controls, as you solder them. Open the interactive diagram to zoom, move components and try the switches.

Parts and values

In the drawingValuePart
Neck Tele stack—Humbucker (four-conductor, Seymour Duncan colours)Generic
Bridge Tele stack—Humbucker (four-conductor, Seymour Duncan colours)Generic
3-Way Blade—CRL 3-Way BladeExample part
Volume 250k push/pull250k250k Push-Pull DPDTExample part
Tone 250k250kCTS 250k Audio PotExample part
.047 cap47nFOrange Drop .047µFExample part
Output Jack—Switchcraft #11Example part
Ground wire from bridge—Bridge ground wireGeneric

“Example part” means any part with the same value and lugs will do; the source does not name a brand. “Generic” stands in for an unspecified pickup: check your own pickup's lead colours before you solder.

Specific to this wiring

  • The source title uses ppPH, but the drawn volume push/pull shunts the neck Tele stack red lead for a power-boost (coil-cut) effect, not a phase reversal.
  • Bridge and neck Tele stacks use the generic four-conductor Seymour Duncan stand-in; red and white stay taped together on the bridge stack.

Connections

In soldering order: grounds first, then the switch, the pickups and the signal path.

#FromToHow
1w7w7Wiregreen
2w8w8Wirebare
3w9w9Wiregreen
4w10w10Wirebare
5w11w11Wireblack
6w12w12Wireground
7w16w16Wireblack
8w17w17Wireblack
9w18w18Wireblack
10w23w23Wireblack
11w24w24Wireblack
12w1w1Wireblack
13w2w2Wireblack
14w3w3Wireblack
15w4w4Wireblack
16w5w5Wireblack
17w6w6Wireblack
18w19w19Wirered
19w20w20Wirewhite
20w21w21Wirered
21w22w22Wirewhite
22w13w13Wireblack
23w14w14Wireblack
24w15w15Wireblack

What each position does

SettingThe sourceEngine result
NeckEngine reading of the transcribed board.Neck Tele stack (both coils).
Neck (pull, power boost)Pull shunts the neck stack series link for the drawn power-boost effect.Neck Tele stack (split to one coil).
Neck + bridgeEngine reading of the transcribed board.Neck Tele stack (both coils) and Bridge Tele stack (both coils) in parallel.
Neck + bridge (volume pulled)Engine reading with the volume pulled; the bridge stack also reads split here.Neck Tele stack (split to one coil) and Bridge Tele stack (split to one coil) in parallel.
BridgeEngine reading of the transcribed board.Bridge Tele stack (both coils).
Bridge (volume pulled)Engine reading with the volume pulled.Bridge Tele stack (split to one coil).

Checked with the Tinkercaster wiring engine against the switching the source describes.

  • Tele stack pickups are stand-ins: generic four-conductor humbuckers; stacked construction is not modelled beyond series coils.

Before you solder

Ticks are kept in this browser only, as a reminder. They are not a check of your joints. New to soldering? Read the soldering cheat sheet.

Check before plugging in

    Measure across the output jack with a multimeter on its resistance range. No exact readings are given where the source does not specify the pickups.