Evo X Logging
Jul 14, 2010, 06:38 AM
#993
Evolving Member
^thanks
I mean as in the voltage output (0-5v), not scaling. can that be logged?
PS maf scaling tables look very different to the ones posted on here?? not too worried as I'll not need them!
I mean as in the voltage output (0-5v), not scaling. can that be logged?
PS maf scaling tables look very different to the ones posted on here?? not too worried as I'll not need them!
Jul 14, 2010, 07:20 AM
#998
Evolving Member
and after uninstalling, erasing everything, rebooting, reinstalling and putting my files in ... it works.
Goddam Windows7....
Thanks Tephra, champion as always!!
Goddam Windows7....
Thanks Tephra, champion as always!!
Jul 18, 2010, 07:51 PM
#1001
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It should be at MUT 8A 8086fb for you.
Eval is 0.15625*x-20
If not, you should easily be able to manually calculate it. You know what is in your Target Load Tables. You know what load you are actually hitting. Your Load Error is the difference of those 2.
Have you seen my write up on the other site on How Boost Control Works?
Eval is 0.15625*x-20
If not, you should easily be able to manually calculate it. You know what is in your Target Load Tables. You know what load you are actually hitting. Your Load Error is the difference of those 2.
Have you seen my write up on the other site on How Boost Control Works?
Jul 18, 2010, 07:57 PM
#1002
It should be at MUT 8A 8086fb for you.
Eval is 0.15625*x-20
If not, you should easily be able to manually calculate it. You know what is in your Target Load Tables. You know what load you are actually hitting. Your Load Error is the difference of those 2.
Have you seen my write up on the other site on How Boost Control Works?
Eval is 0.15625*x-20
If not, you should easily be able to manually calculate it. You know what is in your Target Load Tables. You know what load you are actually hitting. Your Load Error is the difference of those 2.
Have you seen my write up on the other site on How Boost Control Works?
Do have a question though:
What do you do when you cannot set the target load low enough?
Example, with EC disabled load at 2.5k is 77
My BCLO is 130 which means even with a value of 0 in my BTEL at 2.5k my Ecu is trying to hit 130...thus adding to much WGDC.
Jul 19, 2010, 08:34 AM
#1003
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Then set your WGDC to a value such that what you want = WGDC + Max Total Upward WGDC Correction.
Example:
Say I want 30% in the table. My Max Total Upward Correction is 6%, so I'll set my table to 24% and the highest the ECU will ever adjust it is to 30%. Make sense?
My Max Total Upward Correction is always 6%. So when I turn off EC and set up my WGDC, I typically end up subtracting 6% from all the lower range values when I turn EC back on.
This way, when the turbo spools (as it is always under the load target) the ECU will end up adding a max of 6% back in and I'm back to where I want it. Now, after spool, I taper down my 6% subtraction, so that the ECU can correct upwards or downwards as needed.
I set the Correction Interval down to 3 (.3 seconds) so that the ECU adjusts more often. Beings I'm pushing 450+ hp, things happen much quicker than the stock setup. i.e. I pull through the RPM much faster.
Example:
Say I want 30% in the table. My Max Total Upward Correction is 6%, so I'll set my table to 24% and the highest the ECU will ever adjust it is to 30%. Make sense?
My Max Total Upward Correction is always 6%. So when I turn off EC and set up my WGDC, I typically end up subtracting 6% from all the lower range values when I turn EC back on.
This way, when the turbo spools (as it is always under the load target) the ECU will end up adding a max of 6% back in and I'm back to where I want it. Now, after spool, I taper down my 6% subtraction, so that the ECU can correct upwards or downwards as needed.
I set the Correction Interval down to 3 (.3 seconds) so that the ECU adjusts more often. Beings I'm pushing 450+ hp, things happen much quicker than the stock setup. i.e. I pull through the RPM much faster.
Aug 22, 2010, 03:20 PM
#1004
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I'm running 52680122 (was 52680018 but updated to take advantage of Tephra mods V1). 08 GSR USDM. Does anyone know correct address for Intake cam timing? I'm running 2.7 beta 4 and it seems to have an address of 2380943C but that appears to be ex cam timing. TIA