Miranda
Member
- Messages
- 398
- Location
- U.K. cornwall
Through the use of copper pipe.
I’m sure I’m missing the point, but I’ve calculated that a 10cfm device running through a 22mm copper pipe will require a airflow of 2443 ft/ min or 40’ per sec.
Clearly air flowing at that rate will not have time to dissipate any heat worth mentioning.
what does a 10cfm device mean? Is it 10cfm at atmospheric pressure or is it 10cfm under pipeline pressure of say 100 psi.
I’m thinking about Boyles and Charles Laws p1v1 = p2v2. And p1v1/t1 = p2v2/t2.
I’m sure I’m missing the point, but I’ve calculated that a 10cfm device running through a 22mm copper pipe will require a airflow of 2443 ft/ min or 40’ per sec.
Clearly air flowing at that rate will not have time to dissipate any heat worth mentioning.
what does a 10cfm device mean? Is it 10cfm at atmospheric pressure or is it 10cfm under pipeline pressure of say 100 psi.
I’m thinking about Boyles and Charles Laws p1v1 = p2v2. And p1v1/t1 = p2v2/t2.