Got this scan while at the track yesterday, wanted to see what you guys think about it. Any thoughts are appreciated.
Time wasn't as good as I hoped, but the density altitude was 2100' and my clutch is slipping on the launch.
The full time slip:
60'....2.230
330'...6.166
1/8....9.422 @ 75.18
1000...12.226
1/4....14.565 @ 96.84
The scan:
http://www.leadingedgesim.com/mkapro...ept16-Run1.xls
Things I notice:
</font>
Thanks for any comments. [img]smile.gif[/img]
Time wasn't as good as I hoped, but the density altitude was 2100' and my clutch is slipping on the launch.
The full time slip:
60'....2.230
330'...6.166
1/8....9.422 @ 75.18
1000...12.226
1/4....14.565 @ 96.84
The scan:
http://www.leadingedgesim.com/mkapro...ept16-Run1.xls
Things I notice:
</font>
- Injectors are maxed out at almost 95% at 6000 RPM.</font>
- Little bit of KR at random places, but not too bad.</font>
- A little rich, but not real worried about that, since it's much better than it was.</font>
- Random drops of manifold pressure?
Frame 143-144 is a rather large drop. From 102-94 kPA...that's a drop of almost 2.5 in Hg in the middle of a WOT run! My air filter is pretty dirty, maybe that had something to do with it?</font> - Airflow drops as well?
Frames 143 through 153 show drops in MAF airflow as the RPMs continue to rise.</font> - MAF frequency of 9870 Hz @ 5981 RPM (Frame 152) corresponds to an airflow of 672 mg/cyl. Spark tables only go to 680 mg/cyl....am I close to maxing out that out? What happens with a higher airflow?</font>
Thanks for any comments. [img]smile.gif[/img]
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