Yes, this is so I can sit on my comfy chair with a cup of coffee and can "create" symptoms to see how the ECU reacts and the code inside changes. (generating knock, temperature increase etc.)
It will also allow you to real time check any addresses to see if they work, rather than having to go outside with laptop and check them every time.
You don't really *need* all this what I've done, you only require power to the things I mentioned in the guide, as well as the SSM plug. you could leave the rest of the wires dangling and get away with using only 8 out of 64 on mine to make it talk to the pc without anything else.
However if your interested in messing around to see how the code reacts to certain variables, this is for you!
Here's an attempt at the 1 plug template, thanks for re-creating the connector in PS , saved me erasing all those little numbers (96 of them!)
I've chosen to number them in this manner as on the long 28 sections you end up with a gap of 2, i suppose if you really wanted it I could turn the 28 section into 12 and 16 as opposed to the current 14 and 14. Anyhow, numbering like this means that the bottom end continues at the top of the next stack of connectors.
Linky: (they seem to be getting bigger and bigger.. I need to check the software settings.. its 3.3MB now.)
http://home.zonnet.nl/mr.djc/1plugbench.pdfAny suggestions welcome, I still have the basic template with all the layers so its not too hard to change.
Cheers,
Daniel.
