<table name="Variable for Boost Control" category="BOOST CONTROL" address="408B2" type="1D" level="1" scaling="Hex16"/>
<table name="WGDC Correction update delay #1" category="BOOST CONTROL" address="1654" type="1D" level="1" scaling="uint16"/>
<table name="WGDC Correction update delay #2" category="BOOST CONTROL" address="1656" type="1D" level="1" scaling="uint16"/>
<table name="Load Error RAM Address" category="BOOST CONTROL" address="408A6" type="1D" level="1" scaling="Hex16"/>
<table name="Load Error RAM Address in Load Error Table" category="BOOST CONTROL" address="735C" type="1D" level="1" scaling="Hex16"/>
<table name="MUT8A" category="BOOST CONTROL" address="37A22" type="1D" level="2" scaling="Hex16"/>
<table name="MUT8B" category="BOOST CONTROL" address="37A26" type="1D" level="2" scaling="Hex16"/>

<table name="SHLR->SHLL for EBC" category="Turbo" address="?????" type="1D" level="1" scaling="Hex16"/>

<table name="Boost Error RAM Address" category="Turbo" address="41E06" type="1D" level="1" scaling="Hex16"/>
<table name="Boost Error RAM Address in Load Error Table" category="Turbo" address="7254" type="1D" level="1" scaling="Hex16"/>
<table name="Boost Error Correction" category="Turbo" address="3f44" type="2D" level="1" scaling="OffsetWGDC">
<table name="Boost Error" elements="17" type="Y Axis" address="7360" elements="17" scaling="BoostErrorPsi"/>
</table>
<table name="Boost Adder" category="Turbo" address="1670" type="1D" level="1" scaling="psia16"/>
<table name="Base Boost #1 (High Gear Range)" category="Turbo" address="3fa4" type="2D" level="1" scaling="psia8">
<table name="RPM" address="7336" elements="16" type="Y Axis" scaling="RPM"/>
</table>
<table name="Base Boost #3 (Low Gear Range)" category="Turbo" address="3fd6" type="2D" level="1" scaling="psia8">
<table name="RPM" address="7336" elements="16" type="Y Axis" scaling="RPM"/>
</table>

Mrfred when you will find time can you please look also for the address for SHLR->SHLL for EBC at 88840017/16?

I think the rest of the definitions are correct and I just need the SHLR address for PSI direct boost control.

Thanks in advance

 

So if I use Omni 4-bar sensor and want to log "Boost Error" at the evoscan, should I change the "Eval" part to "0.02955*x-3.7825" rather than "0.0241*x-3.087", which is for JDM 3-bar sensor?

 

Just curious if most of you have Map Averaging enabled or not?

Thanks

 

What exactly does BCS Re/De Activation RPM do? I tried searching for an answer but, didn't come up with anything. I'm trying to trouble shoot 9653 v7 direct boost control and wanted to better understand what this does. Thanks

 

WGDC goes to 100% when the bcs is not "active". So the RPM hits x and it deactivates the BCS. The RPMS drop below say 2100 and is off (100%) the rpms come up again to 2200 and it goes back on.

Reactiviate is low RPM threshold on and off.

Decativate is high RPM threshold on and off.

This is why it is important to set the deactivate values to above your rev limit. Mine is at 8500. Otherwise your WGDC is 100%. Bad things could happen at the top of the rev range...

 

Has anyone worked out the scalings for the 3.5 bar Zeitronix/Kavlico sensor?

 

Sorry if I didn't do this right. I'm new to this.

Is a 4 bar map sensor overkill for 23 to 24 pounds of boost on an evo 9. If it is where can I get the jdm 3 bar.

 

just get the 4 bar.......its not overkill

 

Thanks, i'll just get the omni 4 bar.

 

subscribe

 

Can someone confirm that the RPM scale is only used for boost control? I did a quick search of the ECUFlash XML for the address and found the following:

"Base Wastegate" (Main and Alt)
"Boost Desired Load" (Main and Alt)
"Boost Desired PSI" (Main and Alt)
"Min Load for Boost Control"

"Accel Enrichment (Incorrect)" This seemed odd.

<table name="Accel Enrichment (Incorrect)" category="Global Fuel Settings" address="3864" type="2D" scaling="EnrichmentAdj">
<table name="RPM" address="6982" type="Y Axis" elements="15" scaling="RPM"/>
</table>

 

Is this only for stock EBCS or does this work with others, eg. the grimmspeed 3-port?

 

Any 3-port provided that the circuit resistance is reasonable. The GM and Grimmspeed 3-ports are the best.

 

Has anyone tried out the new design Perrin 3 port?

 

Send me one and I'll try it out. :-)