Replacing footswitch during a rehouse

[swinginguitar]

I'm modding/rehousing a Dan Echo. I removed the old switch (6 lug spring loaded momentary type). Let's say the contact points on the PC board are:

1 2 3
4 5 6

connecting any combination of 1-4, 2-5, 1-5, or 2-4 turns the circuit on and off (the status LED comes on anyway). 3 and 6 seem to be isolated on the board and not connected to anything.

Question 1: how can I get the circuit to be "always on" rather than be toggled?

Question 2: I'm trying to true bypass it - I have the hard bypass working, but i'm not getting input/output to/from the pedal when not bypassed. I ran the appropriate wires from my 3pdt switch to the existing input/output on the PC board.....but no signal when not bypassed. perhaps i could bypass the original switching altogether?

Any insight would be a big help.....

[stringsthings]

which wires are connected to the input jack and the output jack?

[swinginguitar]

I'm using the switch layout here: http://gaussmarkov.net/wordpress/thoughts/wiring-up-a-1590b/

bypass mode:
input jack -> switch
switch -> output jack

not bypass mode:
switch connects to input terminal on PCB
output terminal on PCB connects to switch

make sense?

as for the old momentary switch, I just removed it and soldered in wires to each terminal in an effort to figure it out...not sure what to do next.

I'm guessing this is a "flop flop" type circuit? Wish I had a schematic to see how the signal flows through the switching area 

[stringsthings]

it would indeed be a good idea to acquire the schematic .... do you need help finding this?

[swinginguitar]

haven't been able to find the schematic.

updates:

- the true bypass/input/output issue is clear - wiring problem. so that leaves only the issue of getting the circuit to be always on at power up

- this unit indeed uses a flip flop - HCF4013BE chip. i'm in over my head on that...no idea how to bypass it or trick it into always being on....i'm not following the circuit at all....

[swinginguitar]

SUCCESS!!!

By jumping 2 pins on the flip flop chip, the circuit stays engaged full time...

So I now have a Dan Echo circuit with true bypass , an op amp input buffer that impedance matches much higher than the stock transistor, infinite feedback (oscillates), and footswitchable short/long delay time (with status LEDs indicating which is active).

Time to lay it all out for a (big) enclosure and wire up LEDs!!!

[Ronsonic]

Good work, Sir!