Has anyone tried to plumb a centrifugal charger onto a Z-car? I'd rather do this than the JCR roots set-up because I could use tuned port injection. It shouldn't be too hard, right? I have an extra braket since I'm removing my AC. I don't want to SHade-tree it though. Maybe I should talk to a speed-shop.
Centrifugal Superchargers
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Re: Share the data
My idea is as follows:
1. Remove the AC commpressor and mount the alternator in it's location.
2. Mount the charger where the alternator was.
3. The charger inlet should face towards the front of the car. The outlet should face towards the right as you look at the engine from in front. From the outlet run the intercooler directly in front of the engine. This will require replacing the mechanical fan with an electric, probably in front of the radiator.
4. The intercooler outlet should be able to reach the manifold with winimal tubing.
I own a 74, so I'm not exactly sure how the intake on the fuelie setup works. As you can see with all I have to do this is a very intensive project. I'll probably need proffesional help to re-mount everything and run the belts, but think of the power...
My idea is as follows:
1. Remove the AC commpressor and mount the alternator in it's location.
2. Mount the charger where the alternator was.
3. The charger inlet should face towards the front of the car. The outlet should face towards the right as you look at the engine from in front. From the outlet run the intercooler directly in front of the engine. This will require replacing the mechanical fan with an electric, probably in front of the radiator.
4. The intercooler outlet should be able to reach the manifold with winimal tubing.
I own a 74, so I'm not exactly sure how the intake on the fuelie setup works. As you can see with all I have to do this is a very intensive project. I'll probably need proffesional help to re-mount everything and run the belts, but think of the power...
Centrifugal Yeah!
I have had a long interest in this type of blower since it doesn't put full boost at low RPM, thereby saving bearings when you don't need the power and it looks like a simpler bolt on/off operation. It is also the blower of choice in domestic cars like the Regal, but they keep the boost low even at high RPM (less then 7.5 PSI I undertand).
I have stock SUs and don't know if I can boost them or not. I keep asking about what might happen everytime someone talks about any kind of forced induction, but no one here really seems to know.
Have a look at the bottom of the page on this link and see the mikuni setup getting pressurized!
http://www.jimcookracing.com/catalog/page25.html
I have had a long interest in this type of blower since it doesn't put full boost at low RPM, thereby saving bearings when you don't need the power and it looks like a simpler bolt on/off operation. It is also the blower of choice in domestic cars like the Regal, but they keep the boost low even at high RPM (less then 7.5 PSI I undertand).
I have stock SUs and don't know if I can boost them or not. I keep asking about what might happen everytime someone talks about any kind of forced induction, but no one here really seems to know.
Have a look at the bottom of the page on this link and see the mikuni setup getting pressurized!
http://www.jimcookracing.com/catalog/page25.html
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