

Bobby

Isn't that usually the way it works...SilverXJ wrote: The one that works for that is the one at storage. Nothing useful is ever made for a mac.
That is exactly how I had wired it up the first time around (at least I think I did).... I had the same thought. When I did that, it ran quite rough, wouldn't rev over about 3k RPM, and was making all kinds of stuff go haywire. Maybe the 1 cylinder 4-stroke thing will help out. Wasn't driveable that way, so I completely removed it this afternoon. I'll start over from scratch with it again tomorrow. Maybe I had something crossed that I didn't realize and it will just fall into place....gradon wrote:Red: 12v; black: ground; violet: psc1 output to pcm map input; yellow/black: tach input from cam position sensor output/pcm's cam sensor input;
Now in the older diagrams, you would cut the map output wire and connect the yellow wire and green wire(maybe your red w/black) together and run them off the map output wire. The pcm side of the cut map wire gets connected to the violet.
Edit: To get the r4 tach signal to read correctly, in the engine settings, set it to 1 cylinder 4-stroke.
That is similar to what I was thinking after I submitted my last post...gradon wrote:I think you can use it. Take the red/black wire and tap the map's 5v input signal/computer's 5v out for the sensors(its an on/off map depending on the ignition, right?). It was probably acting up because of the variable output voltage on the yellow wire instead of a steady 5v. The violet gets connected directly to the the map's output and the yellow is the PSC1's output that feeds the PCM's map input. If you leave all the cells to the value of 10, what comes in the psc1 is what comes out, so in theory should run the same without it in circuit. IIRC, max value was +25 and min -20, which adjusted the map voltage by +/-2.5v.
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