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#1
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Say you have a Davey MC1A or similar scuba/paintball compressor, that produces a hypothetical 15 CFM @ 3500 PSI. Say you ran this thru a pressure regulator to produce 100 PSI. It would be my understanding that the air expands some going from 3500 PSI to 100 PSI. But assuming this is straight multiplication exercise would suggest that it produces 525 CFM @ 100 PSI which is clearly wrong. Going by a HP estimate, that assumes about 4 CFM @ 100 PSI per HP for an efficient compressor, this compressor is capable of producing about 64 CFM @ 100 PSI. So whats the actual conversion? Some searching hasn't produced an answer yet.
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Don't try this at home - UNLESS you live in a HOSPITAL! |
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#2
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fifteen cfi at thirty five hundred pounds is a massive compressor.
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You do the best you can with what you've got.
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#3
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Quote:
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Or what? You'll release the dogs? Or the bees? Or the dogs with bees in their mouth and when they bark they shoot bees at you?
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#4
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I suspect the specs mean 15 CFM of air at one atmosphere (on the intake side) can be compressed up to 3500 PSI at whatever volume on the output side.
Here's a little exercise in calculating volume: http://answers.yahoo.com/question/in...1093438AAaYCun EDIT: Possibly useful: http://www.truetex.com/aircompressors.htm
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USMCPOP |
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#5
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You could also play around with the information starting here:
http://www.chm.davidson.edu/Chemistr...aws/index.html
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Miller Thunderbolt XL AC/DC Angle grinders,14" chop saw,Hobart medium duty O/A set Some air tools,fair selection of hand tools,and other "stuff" ____________________________________________ The difference between genius and stupidity, is that genius has limits. Albert Einstein |
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