(Now, didn't I make it real easy for you to post exactly what you wanted?)
Heck, it'll save me time................
Well then............
conceptOn the neck and bridge wiring, the BLACK goes to the super switch as a pickup signal hot.
The GREEN goes to signal ground.
The RED and WHITE are tied together (internal coils are in series) and go to another pole on the super switch where they are shorted to signal ground to effect the combo's with the middle pickup.
Now, if we look at
Pickup Wire Colors and Polarity, we see that the BLACK and WHITE wires constitute one coil, and that the RED and GREEN constitute the other.
For an (not necessarily every) S-1 switch pin out, look at my
Electronics Templates post. This is/was accurate for my first AmDlxS-1Strat that I got back in '04.
The little arrows indicate the internal connections in play when the knob is UP. The terminals that the arrows are coming FROM are the pole commons, and the terminals that they are pointing TO are the what the commons are currently connecting to. The terminals with no arrows either way are just the ones that the arrows will be pointing/connecting to when the knob is DOWN.
(I've added this text since, on several occasions, the concept has been missed or overlooked by some.)
I will describe the S-1 positions as "UP" and "DOWN".
So, we need two SPDT poles to effect switching per pickup.
Pole ONE will have the neck WHITE wire going to its common. In UP, it should switch to where it is hard wired now on the super switch, and in DOWN it should switch to the GREEN neck wire connection to signal ground.
Pole TWO will have the neck RED wire going to its common. In UP, it should switch to where it is hard wired now on the super switch, and in DOWN it should switch to the BLACK neck wire connection to pickup signal hot.
Pole THREE will have the bridge WHITE wire going to its common. In UP, it should switch to where it is hard wired now on the super switch, and in DOWN it should switch to the GREEN bridge wire connection to signal ground.
Pole FOUR will have the bridge RED wire going to its common. In UP, it should switch to where it is hard wired now on the super switch, and in DOWN it should switch to the BLACK bridge wire connection to pickup signal hot.
All we really did was build the standard series/parallel "switching module" into the existing design. This takes one DPDT switch per pickup. We just combined two DPDT switches into a 4PDT switch. One could just as easily used two separate DPDT switches (such as a push pull pot) to effect the same thing.
I have purposely not done a specific wiring diagram for
just this instance since the concepts are universal and translatable to many wiring instances.
We just embedded a couple instances of a wiring module (shored up an existing design).
/conceptThings may be different now in S-1 switching, or on the one that you get. One should ALWAYS measure and document all components used for WHEN they have to support their own designs....
That's why we invented digital multi-meters.
"Ohm, Ohm on the range................."
Done is.
After all, see below..