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- aggressive auto culture
lol. passed with flying colors. im taking physics right now. sooooo easy. science, math and tech-ed/ auto-tech are the only classes i do good in.
I never got to do anything having to do with cars so that kind pissed me off. lol.
*sigh*
CEL P2006
"Intake Runner Stuck Closed - Control Bank 1"
Tell me something I don't know.
I was thinking it was the vics bulls*** too. How do I fix?
shouldnt be unless theres some kind of boost leak.
So wait im still stuck on the different turbos thing. Any chance the difference in power is because of where the boost is measured, which is to say if you measured the psi right in the cylinder it would be higher with the bigger turbo?
Edit: Sucks about the CEL, have you gotten that CEL before or something?
So wait im still stuck on the different turbos thing. Any chance the difference in power is because of where the boost is measured, which is to say if you measured the psi right in the cylinder it would be higher with the bigger turbo?
no, the difference is in a common confusion between pressure and volume
you can push 10psi of air into the cylinder with X volume of air flowing through the cylinder and get a different amount of power than 10 psi of air at Y volume of air...since a smaller turbo has smaller inlets/outlets and a smaller compressor wheel it cannot flow as much air as a larger turbo, hence where the power gain is to be had...the turbocharger has to be able to suck in a certain amount of air and force it through the snail fast enough to pressurize the system...larger turbos are more efficient at that because they have a large amount of real estate to grab and pull air in with, smaller turbos dont but can do it much faster
20 psi on a iiiiiiity bitty turbo may not necessarily perform more horsepower than 10 psi on a larger turbo, for example.....but a smaller turbo can spool up to max power output faster than a larger turbo, so you may have less power but you'll have a more consistent power band
it's all about researching which turbo size is right comparing the variables of volume, pressure, and efficiency, based off of various turbocharger's compressor charts