Mo-D said:
Why would you need to switch the parking brake wire? I guess it's hard to imagine what needs to be done without knowing how the flasher module wires up. I'm guessing that there's +12v, GND, an output to the Z1 and some type of trigger to let the module know when to "fire".
I guess I was thinking you wanted to take out the flasher circuit and have a switch between "z1 is bypassed" and "z1 operates like it was supposed to".
The circuit has 2 functions, the first is to flash the lights during the first 10 seconds, then it passes through the illumination state to the car. I made it control the ILL wire so that if you turn on your headlights during the flashing, that won't interupt the flashing. Then after the flashing is done it will pass though the state of the ILL wire of your car. The problem is there are only 4 wires, 12V switched, ground, ILL sense to your car, ILL out to the Z1. And it technically doesn't "connect" the ILL in to the ILL out, it watches the ILL in and REPRODUCES it on the ILL out. Those 2 wires are never connected.
So if you wanted to "stop it from flashing" you would need to remove 12V switched from the circuit. Well then with no power, the ILL wire won't ever go to the Z1.
So at the very least, you would switch out the power, and when you do you would bypass the circuit will the ILL wire.
So if you looked at the bottom of a DPDT switch, there is 6 pins, lets label them:
1 2 3
4 5 6
2 and 5 are the common and the toggle switch will connect 2-1 or 2-3 and at the same time the switch will connect 4-5 or 5-6. So if you flip the toggle switch to the "left" 1-2 will connect and 4-5 will as well. You flip the switch to the "right" and 2-3 are connected and 5-6 are connected.
So now lets take my circuit's installation:
A switch to take the circuit out of the picture, you would take the red wire from my circuit and connect it to #2 on the toggle switch and nothing else. Then take the 12V swithed wire from your car and connect it to #1.
Then take the white wire from my circuit and connect it to #5 and to your ILL wire of your car.... and then take the orange wire and connect it to #6 and to the ILL wire of the Z1.
This way, when the switch is to the "left" then power is connected and the orange and white wires of my circuit are not connected to each other. But you flip the switch the other way, the power goes away, and the ILL is connected "around" the circuit.
But if you do this, then the unit will be "locked out" and the only way to access the locked out features is to ground the parking brake ONLY WHEN STOPPED. But you don't want the parking brake connected normally. If you don't want the Z1 to access any of the locked out features "ever" when you flip the switch to take out my circuit, then you can leave the DPDT switch like I said.
If you do want to include the parking brake so that you can operate it like pioneer intended, then get a 4PDT switch (you only need a 3 pole, but I don't think they make them).
That will look like
1 2 3
4 5 6
7 8 9
A B C
You won't use ABC, but hook the light green wire from the Z1 (the parking brake sense wire) to #8 and then connect #9 to the parking brake of the car.