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Conversion toolbox
Definition
International definitions
Blower works & pressure
NEW
Influence of temperature on pressure
Useful Conversions
Temperature, pressure, power
Airflow translation: norm
Metric: Norm to/from Actual
Airflow between systems
All Around conversation/ translation
Air flow Translation: standard
Imperial: Standard to/from Actual
Airflow translation: standard
Metric: Standard to/from Actual
Massflow Translation
Metric Standard
Efficiency translation
Isentropic vs. Polytropic Efficiency
Blower Works & pressure
How much system pressure can a blower handle for a given design depending on suction temperature
Inlet pressure P1 [bar(a)]
Inlet temperature T1 [C]
Inlet rel. humidity rH [%]
Discharge pressure P2 [bar(a)]
Calculate compressor
works (HIS) in [J/kg]
A compressor is designed to handle a certain amount of work [J/kg]. The height of system pressure that this avaialble amount of work can handle is depending on the suction temperature of the medium (here air). After you have put in the design values on top and calculated the maximum DESIGN works (HIS) of the blower, you can see the effect of suction air temperature on the amount of system pressure teh blower can handle,
by moving the slider below
-60°C
Move the slider
80°C
Suction temperature
T1 =
°C
Design Works
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System pressure the blower can handle:
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