Yes it's during spoolup. I've not mess with Lean spool which is disabled from since I had the car. I don't really want to activate it because it's known to be inconsistent.

I'm aware of the exhaust gaz delay, but as soon as I get a little leaner on spoolup I get knock so I think AFR reading may be quite precise.

 

I have found lean spool to be quite consistent, the longer are at WOT the richer the fueling, including when going through the gears.

 

Nice, should give it a try

 

Does anyone has this issue before? I have been looking in the search button but apparently this hasn't been brought up before. It is just about the scaling of the ASYNC Tables see attached. I just copy and paste what mrfred has in the thread post related to the 8859 XML.

P.S. This is for a 8859 XML EVO 9 USDM

 

Anything help......If there is somebody with a 8859 XML fully functional and with full capabilities (tables, scaling, etc) let me know so I can test it in my car. I'm getting some issues taking off ( The car lean out entirely below 1K) and I have done everything that people with the same problem have done without any luck.

 

PM me your email id.

 

PM Sent mines5. Thanks for reach me out.

 

Wanted to see if anyone had the data for the "Low pulse width adder" table for a evo 9 that I can add to my .xml file? Can't seem to find it for some reason Rom ID# 8859xxxx

 

Here we go.
<scaling name="InjLinearizationPWScale" units="PW Adder (ms)" toexpr="x*0.004" frexpr="x/0.004" format="%.3f" min="0" max="0.5" inc="0.004" storagetype="uint8" endian="big"/>
<table name="Injector Flow Linearization PW Adder" category="Fuel" address="31db" type="2D" level="2" scaling="InjLinearizationPWScale">
<table name="Requested FPW (ms)" type="Static Y Axis" elements="66">
<data>0.016</data>
<data>0.048</data>
<data>0.080</data>
<data>0.112</data>
<data>0.144</data>
<data>0.176</data>
<data>0.208</data>
<data>0.240</data>
<data>0.272</data>
<data>0.304</data>
<data>0.336</data>
<data>0.368</data>
<data>0.400</data>
<data>0.432</data>
<data>0.464</data>
<data>0.496</data>
<data>0.528</data>
<data>0.560</data>
<data>0.592</data>
<data>0.624</data>
<data>0.656</data>
<data>0.688</data>
<data>0.720</data>
<data>0.752</data>
<data>0.784</data>
<data>0.816</data>
<data>0.848</data>
<data>0.880</data>
<data>0.912</data>
<data>0.944</data>
<data>0.976</data>
<data>1.008</data>
<data>1.040</data>
<data>1.072</data>
<data>1.104</data>
<data>1.136</data>
<data>1.168</data>
<data>1.200</data>
<data>1.232</data>
<data>1.264</data>
<data>1.296</data>
<data>1.328</data>
<data>1.360</data>
<data>1.392</data>
<data>1.424</data>
<data>1.456</data>
<data>1.488</data>
<data>1.520</data>
<data>1.552</data>
<data>1.584</data>
<data>1.616</data>
<data>1.648</data>
<data>1.680</data>
<data>1.712</data>
<data>1.744</data>
<data>1.776</data>
<data>1.808</data>
<data>1.840</data>
<data>1.872</data>
<data>1.904</data>
<data>1.936</data>
<data>1.968</data>
<data>2.000</data>
<data>2.032</data>
<data>2.064</data>
<data>2.096</data>
</table>
</table>

 

Thank you sir!