CEIE 230 Closed Conduit Flow Meters

CEIE 230 Closed Conduit Flow Meters - Closed Conduit Flow...

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Closed Conduit Flow Measurement Flow Measurement Flow Volume Meters (gallons, ft 3 , etc.) Nutating Disk Turbine Mechanical Flow Rate Meters (gal/min, ft 3 /sec, AF/day, etc.) Rotameters Differential Pressure Flow Rate Meters (gal/min, ft 3 /sec, AF/day, etc.) Pitot Tube Venturi Orifice Plate Flow Volume Meter
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Flow Volume Meter Turbine (Propeller) Flow Volume Meter Flow Rate Meter Mechanical
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Rotameter Flow Rate Meter Flow Rate Meter Differential Pressure Pitot Tube Meter
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P1 P2 Q = VA Dynamic Pressure P1 = Ps + γ V 2 /2g c Static Pressure P2 = Ps Advantages Simple Needs no Correction Constant Disadvantages Alignment of Pitot Tube Can’t be used with slurry Pitot Tube Flow Gage Venturi Meter
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(3) (2) (1) Venturi Flow Meter Calculate flow rate (Q) through a Venturi Meter (1) (2) Throat with diameter
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This note was uploaded on 11/11/2009 for the course CEIE 230 taught by Professor Binnning during the Spring '09 term at George Mason.

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CEIE 230 Closed Conduit Flow Meters - Closed Conduit Flow...

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