Well, before, only the first 5 columns had actual data from a datalog session. I had heard rumors that this new version would fill in all of the columns. I'll find out tonight either way, but the anticipation is killer!
It does fill on all the columns, but at least the VSS column seems wrong in my case. It shows I did 143 in 3rd gear at 7K... DAMN I'M FAST!!!! the actual sensor screen says 89mph. Also would be nice if we got AF values instead of the Lambda values, or maybe this should reflect the settings, that way if someone likes lambda vs. AF they can get that...
the VSS displays in kph FYI. I had the same epiphany of my speed. Also, when I get lambda and the ect and iat in celsius, I just convert everything in excel and generate curves that way. You can open up CSV's directly in excel.
I guess I shoulda said DAMN I'M STUPID!!! LMFAO... I apparently have been in this country for too damn long. Do you by any chance have the conversion values/formulas for all this stuff? I don't believe in reinventing the wheel...
A/F=2*V+10 where V is the ELD voltage value, but the interesting thing is that when Lambda is 1 the ELD voltage could be anywhere between 2.58 and 2.66. Seems that the ELD voltage that will produce 14.7 based on the above formula is 2.35V.
Yeha, it's an interesting dilemma because the CSV logs both ELD and Lambda. Lambda is defined by ELD and I believe that each A/F value stored (in the table that is) is an average of four values in the same load/rpm range. As for the tolerance of the ELD voltage for a given lambda value, the PLX guys will have to share some input on that one.
You're right, the question should be for the PLX folks. If I derive the AF from the ELD values the AF curve looks a bit more similar with the curve from my last dyno tune. the .15V of difference in the formula is pretty considerable and I might not be running as rich as I thought I was....