Boost Creep after Eboost2
#1
Boost Creep after Eboost2
All last year I ran a manual boost controller and had no issues with turning up the boost on it and it holding pressure all the way through the rev range. I just recently installed a Eboost 2 and after playing with the set points noticed I start getting boost creep up in the revs.
Anyone else had issues similar to this? If I drop all of my values to run off the wastegate spring I have no issues, but turning up the SP at all I see it creep every time at 5500 rpms. Could a kink or plug or something in my lines cause this issue? Basically anything over 7 psi I start to see creep.
Any help or advice is greatly appreciated!
I'm running a cammed SBE LS1 on a Turbonetics 7575 with a 44mm wastegate. Seen other setups people have with similar setup have no issues so it leaves me completely stumped.
Anyone else had issues similar to this? If I drop all of my values to run off the wastegate spring I have no issues, but turning up the SP at all I see it creep every time at 5500 rpms. Could a kink or plug or something in my lines cause this issue? Basically anything over 7 psi I start to see creep.
Any help or advice is greatly appreciated!
I'm running a cammed SBE LS1 on a Turbonetics 7575 with a 44mm wastegate. Seen other setups people have with similar setup have no issues so it leaves me completely stumped.
#3
Check out those pro paint skills!
Having worked with pneumatics for a bit and knowing the ports, the plumbing for the valve that turbosmart had planned for it did always kind of confuse me, 1 is usually your working port (air in), 2 is working port (air pushing), and 3 is the exhaust (air leaving).
Hope this helps.
Having worked with pneumatics for a bit and knowing the ports, the plumbing for the valve that turbosmart had planned for it did always kind of confuse me, 1 is usually your working port (air in), 2 is working port (air pushing), and 3 is the exhaust (air leaving).
Hope this helps.
#5
9 Second Club
Check out those pro paint skills!
Having worked with pneumatics for a bit and knowing the ports, the plumbing for the valve that turbosmart had planned for it did always kind of confuse me, 1 is usually your working port (air in), 2 is working port (air pushing), and 3 is the exhaust (air leaving).
Hope this helps.
Having worked with pneumatics for a bit and knowing the ports, the plumbing for the valve that turbosmart had planned for it did always kind of confuse me, 1 is usually your working port (air in), 2 is working port (air pushing), and 3 is the exhaust (air leaving).
Hope this helps.
w/g = common
turbo = n/o
atmos = n/c
ie so de-energised you get base spring pressure with boost assisting to blow the gate open, this typically gives base gate spring pressure.
energised 100% duty no boost goes to the gate at all, and it is vented to atmos giving max boost within w/g and EGBP limitations
#6
In that it looks like ( although would need to check that's what each port number refers to as dont have one beside me )
w/g = common
turbo = n/o
atmos = n/c
ie so de-energised you get base spring pressure with boost assisting to blow the gate open, this typically gives base gate spring pressure.
energised 100% duty no boost goes to the gate at all, and it is vented to atmos giving max boost within w/g and EGBP limitations
w/g = common
turbo = n/o
atmos = n/c
ie so de-energised you get base spring pressure with boost assisting to blow the gate open, this typically gives base gate spring pressure.
energised 100% duty no boost goes to the gate at all, and it is vented to atmos giving max boost within w/g and EGBP limitations
Redss82 - I played with the sensitivity and turning it down to 0 I got the wavy readings like they show in their manual with it turned down. I'll try playing with the GP and see if it has any effect if re plumbing it this other way doesn't work. I don't think I have played with the GP much not expecting it to affect anything other then how boost comes in at the beginning and having little to no effect on it at the end of the revs, but is worth a shot.