A
Anonymous
Guest
Ok...heres a wild thought i had about a supercharger. I have no clue if one exists or not.. but here go's....
The main problem with a supercharger compared to a turbo charger is that they cannot turn enough RPM's unilike a turbo. Especially on a slow RPM engine like an inline. Thats why they use turbos instead of superchargers on diesel trucks.
What if there was a belt driven supercharger that worked similar to a snomachine belt drive. It used a clutch that squeezed onto a belt when the RPM's were applied and a a driven secondary clutch that spread out when RPM's wer applied.
So when the RPM's start to rise, the primary clutch changes the ratio as well as the secondary clutch.
Honda put a CVT (constant velocity Transmission) in some thier cars that worked on the same principal.
But if a supercharger was applied to it...the ratio between the two pullys would become higher and it would spin it faster. The faster the engine spun, the faster the supercharger spun.
Now i dont know if it would be totally accurate, because maybe it would need to be tuned to kick in a certain RPM, and then level out at a certain RPM. But it would resolve the slow supercharger spool up on low RPM engines. Those problems can be dealt with by using weights and the such with cetifugal force to delay the spool up along with cams on the secondary clutch for how fast it will spool up..
But ok...a wild idea....just a thought i thought i would share. Curious of any responses from people who know what they are doing. ihope some of this made sense...sorry if it was confusing...
Thanks
The main problem with a supercharger compared to a turbo charger is that they cannot turn enough RPM's unilike a turbo. Especially on a slow RPM engine like an inline. Thats why they use turbos instead of superchargers on diesel trucks.
What if there was a belt driven supercharger that worked similar to a snomachine belt drive. It used a clutch that squeezed onto a belt when the RPM's were applied and a a driven secondary clutch that spread out when RPM's wer applied.
So when the RPM's start to rise, the primary clutch changes the ratio as well as the secondary clutch.
Honda put a CVT (constant velocity Transmission) in some thier cars that worked on the same principal.
But if a supercharger was applied to it...the ratio between the two pullys would become higher and it would spin it faster. The faster the engine spun, the faster the supercharger spun.
Now i dont know if it would be totally accurate, because maybe it would need to be tuned to kick in a certain RPM, and then level out at a certain RPM. But it would resolve the slow supercharger spool up on low RPM engines. Those problems can be dealt with by using weights and the such with cetifugal force to delay the spool up along with cams on the secondary clutch for how fast it will spool up..
But ok...a wild idea....just a thought i thought i would share. Curious of any responses from people who know what they are doing. ihope some of this made sense...sorry if it was confusing...
Thanks