We got the ignition wiring sorted out. Thanks
Randy!! And, for anyone wondering, here is how we ended up wiring it in the end:
This is my attempt at a breakdown of what's going on with the wires here:
- Red wire (fused) from solenoid input post to relay pin# 30: This wire feeds the relay with full battery load at all times. The relay is "normally open" on this pin so none of the circuit is hot past the relay until it gets a signal on the trigger pin to close.
- Red/Green wire from ignition switch to relay pin# 86: This factory wire is only hot with 12v when the key is in the START and ON positions. During those times it will send 12v to this relay trigger pin, closing the relay and allowing full 12v battery load to flow through pin#30 and out pin #87.
- Red wire from #87 on the relay to (+) on the Coil: During START and ON this wire will feed the coil a constant 12v.
- Red wire from (+) on the Coil to the Duraspark(DS) module: This feeds the DS box with a constant 12v, same as the coil.
- Black wire from the distributor to the DS module: This will provide ground for the DS box.
- Purple and Orange wires from the distributor to the DS module: These will carry the signals on either side of the pickup in the distrubutor.
- Green wire from (-) on the Coil to the DS module: This wire is how the DS module grounds the coil to collapse it's field and dump it's voltage. This wire does essentially what the points used to do.
- White wire from the DS box to the "S" terminal on the solenoid: This is a signal wire that only carries 12v to the DS box during cranking. This tells the DS module to retard timing a few degrees to make cranking easier.
If I got anything wrong, someone please correct me.
For now though, it's running pretty ok:
VIDEO.
Now just have to clean up and secure all of that spaghetti wiring and then it's gas tank time.
![Sad :(](./images/smilies/icon_sad.gif)