crazy idea.. boost + boost lol
expect to see some pretty amazing huge boost numbers in the manifold... 03 cobra guys were doing this with the hellion hell raiser kit... stock blower pulley waslike 9lbs and they had the turbos set for 8lbs... intake manifold showed like 21... one guy pullied down and forgot he had the boost on the turbos at like 12lbs and it made something like 56lbs of intake pressure lol
I know this is a bit late but another way to look at this is
The charge is going to be your constant. Spooling with the motor right. Where your turbo is you variable. Spooling off your exhaust.
So the question is do you want the charger to push or pull the air threw your turbo until the turbo is spooled.
Running a small turbo i think it would be logical to run the charger before the turbo in the air flow so the quick spooling turbo will help relieve the hp loss from the charger
But for a larger turbo set up like im looking at i think it would be better to run the pro charger after the turbo in the air flow so that the charger will spool with the motor pulling air threw the larger turbo spooling it quicker producing more boost if anyone has comments on this please correct me so i don't make as many mistakes on my car.
The charge is going to be your constant. Spooling with the motor right. Where your turbo is you variable. Spooling off your exhaust.
So the question is do you want the charger to push or pull the air threw your turbo until the turbo is spooled.
Running a small turbo i think it would be logical to run the charger before the turbo in the air flow so the quick spooling turbo will help relieve the hp loss from the charger
But for a larger turbo set up like im looking at i think it would be better to run the pro charger after the turbo in the air flow so that the charger will spool with the motor pulling air threw the larger turbo spooling it quicker producing more boost if anyone has comments on this please correct me so i don't make as many mistakes on my car.
I know this is a bit late but another way to look at this is
The charge is going to be your constant. Spooling with the motor right. Where your turbo is you variable. Spooling off your exhaust.
So the question is do you want the charger to push or pull the air threw your turbo until the turbo is spooled.
Running a small turbo i think it would be logical to run the charger before the turbo in the air flow so the quick spooling turbo will help relieve the hp loss from the charger
But for a larger turbo set up like im looking at i think it would be better to run the pro charger after the turbo in the air flow so that the charger will spool with the motor pulling air threw the larger turbo spooling it quicker producing more boost if anyone has comments on this please correct me so i don't make as many mistakes on my car.
The charge is going to be your constant. Spooling with the motor right. Where your turbo is you variable. Spooling off your exhaust.
So the question is do you want the charger to push or pull the air threw your turbo until the turbo is spooled.
Running a small turbo i think it would be logical to run the charger before the turbo in the air flow so the quick spooling turbo will help relieve the hp loss from the charger
But for a larger turbo set up like im looking at i think it would be better to run the pro charger after the turbo in the air flow so that the charger will spool with the motor pulling air threw the larger turbo spooling it quicker producing more boost if anyone has comments on this please correct me so i don't make as many mistakes on my car.
Going onto your idea about the small turbo flowing through the SC, how is that going to eliminate hp loss when eventually that SC is going to outflow the small turbo halfway through the rpm range anyway and the SC is still causing drag on the motor. Plus the SC is not going to freespin forward while the small turbo flows through it to remove the drag it puts on the motor.
Thats why I think the larger unit(which should be the Centri Blower) should flow through the smaller unit(quick spooling turbo) to give the car a nice low end (2000-4000) then 4000-7500rpms would be the large centrifugal unit. With that you would essentially have a compound turbo setup but without the headache of mounting 2 turbo's.
TwinCharging was all done in the eighties in Group B rally cars etc. Most twincharge setups where Supercharger for low power and Turbo for top end, coming in I guess around 4 to 5000rpm. The plumbing usually had a bypass so the engine ran on the supercharger first then at a given point boost from the Turbo took over.
Google is your friend. Twincharger - Wikipedia, the free encyclopedia
Google is your friend. Twincharger - Wikipedia, the free encyclopedia
TwinCharging was all done in the eighties in Group B rally cars etc. Most twincharge setups where Supercharger for low power and Turbo for top end, coming in I guess around 4 to 5000rpm. The plumbing usually had a bypass so the engine ran on the supercharger first then at a given point boost from the Turbo took over.
Google is your friend. Twincharger - Wikipedia, the free encyclopedia
Google is your friend. Twincharger - Wikipedia, the free encyclopedia
twincharging - Google Search
Twin charging was done primarily to get a boosted charge into the engine through the whole rev range... it make sense that they used a supercharger for down low then a turbo up high. You have to remember in the early days to Turbo's there where always lag issues and most setups only worked in the high end and so twin charging fixed this problem.
Wouldn't matter what you used it's how it's connected and in what order you connected them. If you look at some setups you will notice they have a butter fly valve in a bypass at the first turbo/supercharger so when you require more than that can supply it's opened and the air in can bypass the first one... if you didn't all the air has to go through it to the second which would not be able to supply enough for the second.
If it was mine,I would run the procharger to the intake side
of the turbo then to the intercooler into the intake manifold.My reasoning behind that is I believe the air flow from the procharger at idle and up will spool the turbo up faster even though the k04 is already a quick spooling turbo.Just my brainstorming idea.
of the turbo then to the intercooler into the intake manifold.My reasoning behind that is I believe the air flow from the procharger at idle and up will spool the turbo up faster even though the k04 is already a quick spooling turbo.Just my brainstorming idea.
Negative. Its the opposite. Using the K04 as the low end compressor, and the procharger as the high end compressor. Its called Compound boost. Its most commonly used with a small turbo and a large turbo.
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Sl0wbaltSS
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Nov 21, 2018 11:11 PM



