You're the first I see who is happy to come back to origin...
Do you know now where is the problem with hybrid ? Remap or turbo ?
It will be done! If anyone can help me find a PD150 turbo, I will sent them a tinny or two.
So P Torque is not guilty but Turbo Dynamics. I didn't know that 130 hybrid exists...
Did you ask an other hybrid or do you stay like that ?
OK sorry. I have my answer now...
Are you looking for a 150 turbo ?
OK I don't know anyone who is selling a 150 turbo. But I can look for it on different french forum.
mines a 130 hybrid with the stage 2 carried to it smiles all around
though im glad you could figure out what was wrong with it
i was worrying about mine when i sent my 130 turbo away, thinking to my self after paying that did they clearly hear me say that i wanted stage 2 and not stage one! so after ringing them 2 times to comfirm that they had written down that i wanted a stage 2, then i had piece of mind
yes they do
yeah it does lol but not as loud as brad1 on here but his is stupid loud. to the point most of his road have mae complaints about his car
And a stage two PD150 hybrid makes approximately 240-260bhp according to Turbo Dynamics. So it should be looking at best part of 400ft/lb.
LOL, thats a good one.
You will never ever get 240-260bhp out of any hybrid done from a GT17 hotside.
The required mass air flow and thereby showing up exhaust gas amounts outflow the GT17 turbine @ about 210bhp.
Even VNT20 turbine is way to small, it is only a few (8) % over GT17VB turbine.
For 240-260bhp you need at least GT22 turbine and to have clean combustion you need at least 59 or 60mm compressor.
If you dont bother smoke, you can get about 235-240hp with 56mm compressor, but this is with lambda 15,5:1 so it will smoke very well*g*
Torque btw comes from injection quantity, not from decision which turbo is used.
And btw nr2:
To big compressor with to small turbine causes boost creep which can only be solved by reducing injection quantity.
You can see this even on "standard" GT1752V hybrids, the duty cycle for N75 will be @ 95% @ about 3700-3800revs, upwards from there there is no more possibility for vnt mechanism to reduce boost, only way to reduce=reduce IQ.
Greets, Alex
I like the sound of being called legend lol yeah mine is so loud, loudest I've heard yet, and a few neighbours have actually made complaints lol, police came round and said the exhaust needs to be removed cause not having a cat and back box is illegal, after I told them no! Go do one and research about diesels they said my exhaust is legal and I can keep it, me 1 cops 0 lol, I'll get a video clip up soon mate
If you want a real SAFE boost you can make 1.85bar up to 3750, then reduce to 1,7 @ 4000 and 1,5 or 1,55 @ 4500 with GT1752V hybrid.
IF you have the right compressor (There are 2 different)
What i do to increase boost level @ high revs, is to implant a bigger turbine into the GT17 housing, this will solve boost creep problems.
I have loads of logs, older versions with upholding IQ where you can see the boost level is not coming down any more, and also i surtainly have logs with corrected IQ where you can see the affect of reducing IQ in higher revs.
Greets, Alex