Twin Screw Dodge Challenger...
#24
10 Second Club
iTrader: (44)
Join Date: May 2004
Location: Phoenix, AZ
Posts: 1,658
Likes: 0
Received 0 Likes
on
0 Posts
The volume of air "displaced" by a positive displacement blower is proportional to the size of the blower. The compressor pumps the same amount of charge for each revolution of the engine regardless of the speed. So boost is determined by engine speed not the size of the displacement, the displacement determines the air flow per lbs of boost, it would still get into boost and the same revolution if it only had one blower depending on the pully size. The dual blowers add more displacement for each lbs of boost.
#25
The volume of air "displaced" by a positive displacement blower is proportional to the size of the blower. The compressor pumps the same amount of charge for each revolution of the engine regardless of the speed. So boost is determined by engine speed not the size of the displacement, the displacement determines the air flow per lbs of boost, it would still get into boost and the same revolution if it only had one blower depending on the pully size. The dual blowers add more displacement for each lbs of boost.
#27
TECH Fanatic
iTrader: (4)
The volume of air "displaced" by a positive displacement blower is proportional to the size of the blower. The compressor pumps the same amount of charge for each revolution of the engine regardless of the speed. So boost is determined by engine speed not the size of the displacement, the displacement determines the air flow per lbs of boost, it would still get into boost and the same revolution if it only had one blower depending on the pully size. The dual blowers add more displacement for each lbs of boost.