Akane wrote:Justin you gotta friggin' listen to advice sometimes.
I've told you already, you can't bring down boost with a boost controller, you can only bring it up.
And if you do the whole arm extension BS you'll just delay the onset of boost (If your exhaust energy produced exceeds the amount of boost is achived with the preset arm setting).
You either do 1 of the following.
1) get a wastegate with an internal spring rate of 5psi
2) like what I said before, have another pull spring working the opposite direction to offset the internal diapharm's spring's spring rate.
FF friggin S.
If you don't wanna listen to advice, then don't ask for one in the first place.
Go back to SDU or something, maybe they can wave a magic wand around your actuator.
lets stop and rewind here for a minute aye
one i dont know what this guy is plaining to do you obvisly do,
from what i have read he is doing a plus T conversion, sweet good on him
and wanting to run factory boost setting? correct? which is what on a rb turbo? 7 to 8psi?
you have clarely stated that you cant bring boost down with a controller? have you not.........says it above, which its self is alie,
That itself, looks like BS, smells like BS, I think it's BS.
you summed it up nicely i thought
why have a controller that you can olny up the boost and not bring it down to regulate boost to your desired level
yes it fools the actuator into
A) holding vacum
b) releasing vacum
you are right in saying you cant bring boost down further than what the factory actuator is set at, i should have said that but failed
but is that what he is wanting to do? bring it lower than 7psi? not from what i have read
so lets start again
this chap wants to run a rb20de + t @ 7psi using a boost controller of sorts correct? yes no?
so
factory actuator @ 7psi + controler = fine
factory actuator @ 7psi + boost tap = fine
factory actuator @ 7psi + factory set up = fine
why you want to find a actuator that runs with 5psi i dont know