Hi guys; and Kat,
I've made a 'turbo brake' with efilive by closing the vane tables to 99.5 at 0-15mm3.
It's worked GREAT holding back my trailer going down a windy grade.
I do have a few questions though :baby:
The maximum boost was 10 psi on the descent but averaged about 7 psi. It didn't chug or lurch, it was a very smooth controllable easy descent down that horrid hill.
1. When i come to a stop and the torque converter unlocks as your approach a stop sign or signal it makes a weird noise... It SOUNDS like the engine fan spinning but I'm wondering if it's something turbo related. There's still boost pressure when the tq converter unlocks and I'm kind of wondering if that's the turbo trying to deal with the air....
To fix this I've smoothed out the cells from 800 - 1200 RPM where as they used to be 99.5 vane position they're now smoothed up from 80 to 95 percent and anything above that is 99.5 vane position. Any ideas?
I haven't been able to try this though...
2. This is the most important to me.... Longevity...
By doing this, am I creating some extreme cylinder pressure or more turbine speed than my stock turbo can handle? Am I going to life the heads? In other words... by doing this am I risking blowing something up?
3. I've heard of turbo-bark - If I'm slowing and the light changes and i put my foot back down to accelerate - is this going to create an issue?
Thank you all!!
I've made a 'turbo brake' with efilive by closing the vane tables to 99.5 at 0-15mm3.
It's worked GREAT holding back my trailer going down a windy grade.
I do have a few questions though :baby:
The maximum boost was 10 psi on the descent but averaged about 7 psi. It didn't chug or lurch, it was a very smooth controllable easy descent down that horrid hill.
1. When i come to a stop and the torque converter unlocks as your approach a stop sign or signal it makes a weird noise... It SOUNDS like the engine fan spinning but I'm wondering if it's something turbo related. There's still boost pressure when the tq converter unlocks and I'm kind of wondering if that's the turbo trying to deal with the air....
To fix this I've smoothed out the cells from 800 - 1200 RPM where as they used to be 99.5 vane position they're now smoothed up from 80 to 95 percent and anything above that is 99.5 vane position. Any ideas?
I haven't been able to try this though...
2. This is the most important to me.... Longevity...
By doing this, am I creating some extreme cylinder pressure or more turbine speed than my stock turbo can handle? Am I going to life the heads? In other words... by doing this am I risking blowing something up?
3. I've heard of turbo-bark - If I'm slowing and the light changes and i put my foot back down to accelerate - is this going to create an issue?
Thank you all!!