DrNewcenstein
He Did the Monster Mash
http://www.stewmac.com/shop/Electro...Super_Switch/Instructions/I-3200.html#details
I've got this switch (actually an older Jackson Special 5-way - same concept, slightly different layout but the same features), and I'm wiring it up with 3 Duncan Lil'/JRs (4 conductor).
I DO NOT want standard 5-way, or any variation found on the Duncan site. That's a waste of this switch's potential IMO.
What I'm doing is taking it as 4 Groups on one switch (as defined by the 4 Poles it has).
Group 1 gets the Black wires from each pickup.
Group 2 gets the Red wires from each pickup.
Group 3 gets the White wires from each pickup.
Group 4 - we'll get to that in a minute.
The Commons/Outputs for Groups 1, 2, and 3 are running to a DPDT On/On/On mini-toggle in a Series/Split/Parallel setup (just like the diagram on the site).
Now, I've wired it up and tested the Bridge only, Middle only, and Neck only positions. Everything works perfectly. I get <pickup> Series/Split/Parallel with itself when I flick the mini-toggle, just like I wanted.
Where I'm having trouble is the "2 and 4" - Bridge+Middle and Neck+Middle.
I cannot get these wired up without bleedover - the Bridge comes through on Neck+Middle, and the Neck comes through on Bridge+Middle, and I get all 3 when on Middle only.
That brings us to Group 4:
I joined Groups 1 and 4 via their Commons/Ouputs so now Group 1 has 10 terminals.
Following Duncan's diagram for 3 Lils/Super 5-way:
http://www.seymourduncan.com/suppor...ematics.php?schematic=3lil_hum_1v_1t_sper5way
I solder jumpers for the appropriate terminals as shown in the diagram:
The Bridge Black is connected to Bridge Only and jumped to Bridge+Middle on the first 5 lugs of the 10-point Group 1.
Middle Black starts on Bridge+Middle, then jumps to Middle Only, then Middle+Neck on Group 4 (thr last 5 lugs of the 10-point Group 1).
Neck is connected to the Middle+Neck and Neck Only terminals of Group 1 (first 5).
These connections must be duplicated on the Red and White Groups (2 and 3) to get Split/Series/Parallel with itself options on those positions. I've tested this and know it to be fact.
If I connect all 5 terminals in one Group, I get instant bleedover as if all wires on that Group were wired straight to the knob. The 5-way has no effect because all pickups are on all the time.
If I use 2 Groups (merge 1 and 4), and wire up the jumpers on separate halves as the Duncan diagram says, I get the same problem - all pickups on.
All I can do is switch between Series/Split/Parallel.
Thinking it might be the Reds/Whites causing the problem (since all 5 terminals for each Group are merged), I disconnected them and soldered them together as if for standard wiring (R+W together, Black to Hot, etc), and wired up one Group using the jumpers across all 5 terminals and got Bleedover (as expected).
Next, I removed the 5-point jumper and wired it according to the Duncan diagram with the jumpers on 2 separate Groups which are joined at the Commons, and still got bleedover.
How does the Duncan diagram NOT get bleedover? Is it because of the 2 Groups that are Grounded?
Surely not, as that's done merely for Splitting on the 2 and 4.
Then again, I'm all out of ideas. Anyone got a clue?
I've got this switch (actually an older Jackson Special 5-way - same concept, slightly different layout but the same features), and I'm wiring it up with 3 Duncan Lil'/JRs (4 conductor).
I DO NOT want standard 5-way, or any variation found on the Duncan site. That's a waste of this switch's potential IMO.
What I'm doing is taking it as 4 Groups on one switch (as defined by the 4 Poles it has).
Group 1 gets the Black wires from each pickup.
Group 2 gets the Red wires from each pickup.
Group 3 gets the White wires from each pickup.
Group 4 - we'll get to that in a minute.
The Commons/Outputs for Groups 1, 2, and 3 are running to a DPDT On/On/On mini-toggle in a Series/Split/Parallel setup (just like the diagram on the site).
Now, I've wired it up and tested the Bridge only, Middle only, and Neck only positions. Everything works perfectly. I get <pickup> Series/Split/Parallel with itself when I flick the mini-toggle, just like I wanted.
Where I'm having trouble is the "2 and 4" - Bridge+Middle and Neck+Middle.
I cannot get these wired up without bleedover - the Bridge comes through on Neck+Middle, and the Neck comes through on Bridge+Middle, and I get all 3 when on Middle only.
That brings us to Group 4:
I joined Groups 1 and 4 via their Commons/Ouputs so now Group 1 has 10 terminals.
Following Duncan's diagram for 3 Lils/Super 5-way:
http://www.seymourduncan.com/suppor...ematics.php?schematic=3lil_hum_1v_1t_sper5way
I solder jumpers for the appropriate terminals as shown in the diagram:
The Bridge Black is connected to Bridge Only and jumped to Bridge+Middle on the first 5 lugs of the 10-point Group 1.
Middle Black starts on Bridge+Middle, then jumps to Middle Only, then Middle+Neck on Group 4 (thr last 5 lugs of the 10-point Group 1).
Neck is connected to the Middle+Neck and Neck Only terminals of Group 1 (first 5).
These connections must be duplicated on the Red and White Groups (2 and 3) to get Split/Series/Parallel with itself options on those positions. I've tested this and know it to be fact.
If I connect all 5 terminals in one Group, I get instant bleedover as if all wires on that Group were wired straight to the knob. The 5-way has no effect because all pickups are on all the time.
If I use 2 Groups (merge 1 and 4), and wire up the jumpers on separate halves as the Duncan diagram says, I get the same problem - all pickups on.
All I can do is switch between Series/Split/Parallel.
Thinking it might be the Reds/Whites causing the problem (since all 5 terminals for each Group are merged), I disconnected them and soldered them together as if for standard wiring (R+W together, Black to Hot, etc), and wired up one Group using the jumpers across all 5 terminals and got Bleedover (as expected).
Next, I removed the 5-point jumper and wired it according to the Duncan diagram with the jumpers on 2 separate Groups which are joined at the Commons, and still got bleedover.
How does the Duncan diagram NOT get bleedover? Is it because of the 2 Groups that are Grounded?
Surely not, as that's done merely for Splitting on the 2 and 4.
Then again, I'm all out of ideas. Anyone got a clue?