The equation derived from the ideal gas law is useful for most situations, but because air is not an ideal gas, a more accurate relationship between ACFM and SCFM takes into account moisture content of the air: ACFM = SCFM • PS- (RHS• PVS)/Pb- (RHA• PVA) • TA/TS• Pb...
Do I need to incorporate the temperature into the equation for a more accurate SCFM equation? Somehow logic tells me the temperature was used in a previous equation to determine the lbs/ft3 thus resulting in the flowrate of the lbs/hr. Am I correct about the temperature? J. D. Jackson...
Let’s say we want to convert 100 m3/h to CFM. Just slide the slider to ‘100’ and you get the result: 100 m3/h is equal to58.86 CFM. Note:m3/hr can also be abbreviated as CHM. That means that CHM to CFM conversion is the same as meter cube per hour to CFM, ie: 1 CHM ...
As we can see, an air conditioner can have 30+ HP. Here’s how you can convert kW to HP by hand: Number of HP = 24 kW * 1.341 = 32.18 HP You can use this kW to HP equation for smaller (12,000 BTU, 24,000 BTU, 36,000 BTU) and bigger (60,000 BTU) air conditioners. Exa...
As we can see, an air conditioner can have 30+ HP. Here’s how you can convert kW to HP by hand: Number of HP = 24 kW * 1.341 = 32.18 HP You can use this kW to HP equation for smaller (12,000 BTU, 24,000 BTU, 36,000 BTU) and bigger (60,000 BTU) air conditioners. ...