Another Question for Meth Users:
Another Question for Meth Users: i have often wondered if you increased the head pressure on the system, and ran a smaller nozzle to keep the flow equal, would you see an even larger decrease in air temps?
In otherwords, with the volume of meth constant, if the pressure drop between the meth line, and the air intake was larger, would the meth show a larger decrease in intake air temp?
I know as a liquid, it doesnt compress like a refrigerant would, but do you see any change from doing this?
In otherwords, with the volume of meth constant, if the pressure drop between the meth line, and the air intake was larger, would the meth show a larger decrease in intake air temp?
I know as a liquid, it doesnt compress like a refrigerant would, but do you see any change from doing this?
TECH Enthusiast
Joined: Jan 2004
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From: New Zealand
i have often wondered if you increased the head pressure on the system, and ran a smaller nozzle to keep the flow equal, would you see an even larger decrease in air temps?
In otherwords, with the volume of meth constant, if the pressure drop between the meth line, and the air intake was larger, would the meth show a larger decrease in intake air temp?
I know as a liquid, it doesnt compress like a refrigerant would, but do you see any change from doing this?
In otherwords, with the volume of meth constant, if the pressure drop between the meth line, and the air intake was larger, would the meth show a larger decrease in intake air temp?
I know as a liquid, it doesnt compress like a refrigerant would, but do you see any change from doing this?
I'm using 2 nozzels instead of 1 big one and a 250 psi pump for this reason.
