I flow tested one of my saab intercoolers last night. I only made an adaptor to go on high volume side of the air machine.
More to come on this, next week.
I used 1 of my saab black stone intercooler from a 1990 turbo 2.0L saab car. IT flowed 55-60 lb/min @ just under 4psi with a temp of about 100'F last night [img]graemlins/omg.gif[/img] .
I pushed it to just over 5psi and didn't realy get any more flow out of it, the lb/min gauge didn't realy move but the psi gauge sure did.
I didn't want to blow my cheap *** adaptor apart and have my IC fall on the floor.
I also got a reading at 50-55 lb/min, took 3 psi to push that through(also with 100'F air).
The oil, dirt and **** didn't stick around for very long. It all got blown away, I never did clean the IC out.
I had to take the flow reading so high becasue the gauge on the high volume side of the air machine didn't start giving a good reading untill 45-50 lb/min.
To get CFM divide lb/min over .070318.
Ex. 50 lb's of 100'F air is equal to about 710cfm.
I'm making a nother adaptor to use the 5 or 8 to 15 lb/min high pressure side, it will be good to go next week. I'll do some thing a little more real world and put less then 500hp+ hp worth of air through that IC next time.
The next test @ 15lb/min will be about 215cfm.
Sucks I can't run it at like 30lb/min.
More to come on this, next week.
I used 1 of my saab black stone intercooler from a 1990 turbo 2.0L saab car. IT flowed 55-60 lb/min @ just under 4psi with a temp of about 100'F last night [img]graemlins/omg.gif[/img] .
I pushed it to just over 5psi and didn't realy get any more flow out of it, the lb/min gauge didn't realy move but the psi gauge sure did.
I didn't want to blow my cheap *** adaptor apart and have my IC fall on the floor.
I also got a reading at 50-55 lb/min, took 3 psi to push that through(also with 100'F air).
The oil, dirt and **** didn't stick around for very long. It all got blown away, I never did clean the IC out.
I had to take the flow reading so high becasue the gauge on the high volume side of the air machine didn't start giving a good reading untill 45-50 lb/min.
To get CFM divide lb/min over .070318.
Ex. 50 lb's of 100'F air is equal to about 710cfm.
I'm making a nother adaptor to use the 5 or 8 to 15 lb/min high pressure side, it will be good to go next week. I'll do some thing a little more real world and put less then 500hp+ hp worth of air through that IC next time.
The next test @ 15lb/min will be about 215cfm.
Sucks I can't run it at like 30lb/min.
Comment