This weekend's project....
<img src="http://johnbaas.dyndns.org/latest/fuelsys1_lo.jpg">
<img src="http://johnbaas.dyndns.org/latest/fuelsys2_lo.jpg">
<img src="http://johnbaas.dyndns.org/latest/fuelsys3_lo.jpg">
BTW you might want to think about having the fuel feed line come in from the front and the closed end near the regulator, this way you will have more room for movement with the motor.
I didn't want to cut the stock plastic lines until I knew it worked correctly. Now that it's working, I'll consider cutting the lines, but I'd rather not if I don't have to.
If you can please help me out i would greatly appreciate it. TIA
Bringing Audi to Life for Audi Fans
Did you get any wide band data from that dyno run?
The blue curve is based on a package that included chip, 440's, and 3" tube with A4 maf core. Hopefully chip made some changes to the load tables.
For the ss table, seems like you would want to now create a new target curve, mabe 25% more flow per volt vs the blue curve, and use 25% larger injectors. This would give 5.5V to ecu, based on 4.5V from Ford MAF at 1200 flow. This would be about 400 hp. New FPR could be trimmed for quick global changes.
Since load tables will be depressed scaled down MAF output, should not make inj's any bigger than needed.
I wasn't able to get any wideband readings on the dyno, but I have a LM-1 wideband unit arriving today.
I'm thinking I can slowly raise the fuel pressure, maybe 5%, then 10% and see how it runs. If there aren't any problems, then I'll look for larger injectors, and lower the pressure and start at 10%, 15%, etc...


