Anyone tried putting a 6.7 turbo on a 5.9 yet?
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Anyone tried putting a 6.7 turbo on a 5.9 yet?
I have a spare 6.7 turbo complete w/ exhaust brake and I was just wondering why it could not work on a 5.9 once you figured out how to make the E-brake work properly.... Does the 6.7 use a different exhaust manifold? I never really paid attention when I had mine....
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Well, there is just one plug leading to the turbo which controls the E-Brake. At least that's what I thought anyways...
Oh well, I doubt I would have tackled a project like that anyways....
Oh well, I doubt I would have tackled a project like that anyways....
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The wires going in control the vanes. The E-brake is the vanes also. When you E-brake turns on, it just tightens the vanes all the way closing off the exhaust. You'd somehow need to build a box that would have boost maps in it that sees rpms, tps, and boost.
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#8
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There is a difference. The 5.9's exhaust brakes have a butterfly valve placed in the exhaust stream to provide restriction. You can look at BD, Pacbrake, Banks, etc to get a look at one.
As others have said, the 6.7 provides restriction in a different way, it closes down the variable geometry turbine to provide restriction.
I do remember the VGT turbo that Banks was working on. It seemed like a pretty cool deal. From what I can remember it would work with or without their 6-gun. I think it would've been a good thing but they probably killed it because it would've been prohibitively expensive and they probably wouldn't sell too much.
You might could get ahold of these guys and see if they could help...
http://www.fleeceperformance.com/
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I wonder if Marco could port the programming over from the 6.7's or give us some insight, because I'm pretty sure some of the late 06 and early 07 trucks have the same electronics as the 6.7's...
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I've been thinking about this also. After driving my dads 08 and seeing how smooth it is off the bottom end I think the 6.7 turbo would be a great mod to a stock or near stock 5.9. Not to mention the exhaust brake would be great.
Will
Will
#15
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Swapping an HE351VE onto a 5.9L isn't easy, but it's a nice upgrade. The turbine housing is much larger, but still has excellent spool-up on a bombed truck.
The new Holset has a different foot, so either the 6.7L manifold has to swap with it (then you need a pair of EGR block-offs) - you can use the OEM pressure port for a gauge - or you need an adapter for the T3 flange on the 5.6L manifold.
Also, you'd have to install new coolant lines from the heater core return to the CHRA, and back out to the block's water jacket. The exhaust housing flange is also different, so a special mating flange is needed for the downpipe.
The real problem is controlling the VGT.
The actuator isn't a stepper - rather it's a 3P brushless DC motor... so until someone hacks the ST microprocessor running the motor's Freescale control chip (good luck tracing circuits on the multi-layer board!), it's still going to be operating as a BlueTec component, FWIW.
The new Holset has a different foot, so either the 6.7L manifold has to swap with it (then you need a pair of EGR block-offs) - you can use the OEM pressure port for a gauge - or you need an adapter for the T3 flange on the 5.6L manifold.
Also, you'd have to install new coolant lines from the heater core return to the CHRA, and back out to the block's water jacket. The exhaust housing flange is also different, so a special mating flange is needed for the downpipe.
The real problem is controlling the VGT.
The actuator isn't a stepper - rather it's a 3P brushless DC motor... so until someone hacks the ST microprocessor running the motor's Freescale control chip (good luck tracing circuits on the multi-layer board!), it's still going to be operating as a BlueTec component, FWIW.