first dataloglab power / logs and a few questions
first dataloglab power / logs and a few questions
HP / Torque

Log of 3rd gear pull

I know I've got a little dip in my AFR that I should smooth out.
Questions
1. How do I add data tags on my graphcal logs?
2. How do you setup the correction values or is that even recommended? As far as car defntions go I thnk the IX MR weighs 3285lbs, vs the VIII weighing a little less in dataloglab. Also, I live 97feet above sea level and the relative humidity this morning was 75%. My atmostpherc pressure calc has it around 30.10 but it wont take a value less than 75. Ambient temp was 65 degrees. Am I doing something wrong here? zip code is 78539.
3. This program is pretty cool.

Log of 3rd gear pull

I know I've got a little dip in my AFR that I should smooth out.
Questions
1. How do I add data tags on my graphcal logs?
2. How do you setup the correction values or is that even recommended? As far as car defntions go I thnk the IX MR weighs 3285lbs, vs the VIII weighing a little less in dataloglab. Also, I live 97feet above sea level and the relative humidity this morning was 75%. My atmostpherc pressure calc has it around 30.10 but it wont take a value less than 75. Ambient temp was 65 degrees. Am I doing something wrong here? zip code is 78539.
3. This program is pretty cool.
Atmospheric pressure on the news is measured in "inHg", the program reads in "kpa"
30.10inHg is roughly 101 kpa
Ambient Temperature in that program is Celcius not Farenheit
65 F is about 17 C
30.10inHg is roughly 101 kpa
Ambient Temperature in that program is Celcius not Farenheit
65 F is about 17 C
Thanks, I knew about the 17C, but didnt realize DLL was kpa. What do you think about the weight.. I guess I should take it to the scales but I've read that a IX weighs in at 3285lbs. Is that the entry I should use in the vehicle definition or should I use the value that's in it? I'm guessing it may not matter that much because it's just a software dyno and probably wont be that accurate anyhow but I would like it to be as accurate as possible.


