W
wade88
Alrighty lads,
Trying to work out compressed air requisites at work here and ultimately deciding on whether a bigger air reciever is necessary to service these ever growing requirements. Its useless for me to know the working pressure of the machine which is seemingly the only bit of information printed on the spec panel on of most of the machines, although i have noticed this symbol "l'~" on one machine with a figure relative next to it. Now i am assuming this is "litres per second" as it cant be litres per minute thats just not enough air being used. If it was litres per second that would then bring the figures up to par with the spec book i have for that machine stating it is a 25-40 CFM (depending on tube type) machine.
Problem is we only have a 50-60 CFM compressor with a total load across all machines of circa 125-140 CFM...so i need to be sure of our total consumption.
I shall persist from blathering on...... can anyone confirm that L'~ is the symbol for litres per second?
Thanks fellas
Ben
Trying to work out compressed air requisites at work here and ultimately deciding on whether a bigger air reciever is necessary to service these ever growing requirements. Its useless for me to know the working pressure of the machine which is seemingly the only bit of information printed on the spec panel on of most of the machines, although i have noticed this symbol "l'~" on one machine with a figure relative next to it. Now i am assuming this is "litres per second" as it cant be litres per minute thats just not enough air being used. If it was litres per second that would then bring the figures up to par with the spec book i have for that machine stating it is a 25-40 CFM (depending on tube type) machine.
Problem is we only have a 50-60 CFM compressor with a total load across all machines of circa 125-140 CFM...so i need to be sure of our total consumption.
I shall persist from blathering on...... can anyone confirm that L'~ is the symbol for litres per second?
Thanks fellas
Ben
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