Nice. I know Razorlab has been looking for a plug to use.

 

OK, I have the 3 port in and tuned, 1.5 bar peak and holding 1.3. The boost holds flat until about 6000 then tapers down. I tuned it by zeroing the TBEC and tuning with the WGDC. Got a nice curve and then adjusted the BDEL and BCLO to equal the loads I was seeing. The only problem I have is as that like others before me as soon as I add any upward correction in the TBEC my boost and loads shoot way beyond the target. I tried lowering the BDEL a little and then a lot and still went beyond the target. It was raising the WGDC even though I was above the desired engine load and past the the boost limit. I had no fuel cut either, boost limit at 265 and I hit 290 once before I backed out of it. So I have the upward correction zeroed and it works fine. Anyone get this figured out yet? I had an easier time dialing it in with a 65 pill.
Just for information I have the 3 port plugged in to the stock BCS plug as I described 2 posts back, works great.
Glen

 

It is because boost follows a different, usually lower load (this is why additive correction is being hit with your BDEL+BCLO set to 2byte load) than the normal 2byte load everyone logs. You can switch the boost to follow the normal 2byte load and this makes it much more stable, in my experience at least.

 

Try putting a zero in the -20 box.

 

Thanks razorlab, it seemed like it was following a different load table. I am logging 2 byte so which load table do i follow?
Evo_kid, I will try that, I was thinking about lowering all of the minus corrections since it seemed like they were battling each other.
Thanks, Glen

 

From mrfred here:

https://www.evolutionm.net/forums/sh...d.php?t=288408

Example:

USDM Evo IX 88590015

<table name="Variable for Boost Control" category="Turbo" address="41E12" type="1D" level="1" scaling="Hex16"/>

Instructions for ECUFlash

Variable for boost control: Stock will read 6B48. Change it to 6B42. The table is in hex format, so you will have to enter it as 0x6AEC.

Just use the "Variable for Boost Control" above and switching it from stock 6B48 to 6AEC (using hex format) will switch the load the boost system follows to normal 2byte load.

 

Yeah, do this too. It will make the boost system follow the same load that 2byte load reads.

 

Thanks guys, did all that stuff and I will try it out tomorrow. That should make things a lot easier.
Glen

 

razorlab, 6AEC is for direct boost control. 6B42 is the recommended 2-byte load to switch to for load-based boost control. You had me worried for a minute that I wrote the wrong address if my instructions. Just looked though, and its 6B42 as it should be. :-)

 

oops! You are right I was just copy pasting from the wrong thread!

 

Too many how-to's out there! :-)

 

Yeah even if you log WGDC it "Seems" to max out at 100. But if you look at your TBEC when its trying to drag it down you end up with values where it clearly is ending up above 100.

So zeroing -20 is a good bet...in a real WOT case you probably never hit a place where you are -20 and still WOT if you tune BDEL and TBEC correctly.

 

mrfred, I went to the link razorlab put up which was the load based write up. So I had the right settings. I am going to try it this morning. I am using the TBEC settings recommended in that post. Thanks for all the great info and help.
Glen

 

Sorry, but in post #2 - Step 6 I can not see the vacuum lines diagram. Could someone please repost it?

 

OK, I went and looked all over for the missing pic and could not find it.

The pic with the solenoid gives you all the info you need.