Specification
[1] investigates volumetric flow measurement with tank
[2] investigate the validity of the Bernoulli’s principle’s, , jet force, conservation of energy divergent/convergent pipe flow
[3] study of the static, dynamic and total pressure at various points in the Venturi nozzle using moveable Pitot tube
[4] Observing the laminar, transitional, turbulent flow
and velocity profile in the Osborne Reynolds experiment and determination of Reynolds number [5] Study and visualization of free and forced vortices
[6] two nozzles for radial and tangential water supply (free and forced vortex)
[7] To investigate the operation and characteristics of a Venturi meter, rotameter and orifice plate including accuracy and
energy losses
[8] Comparison between the flow rate using each flow measurement device and determining the corresponding flow coefficients
[9] transparent tank allows visualisation of vortex formation
[10] effect of friction losses and flow coefficient determine
[11] 2 meters of flexible hose, transparent Venturi nozzle
[12] Accessories: Bernoulli’s principle’s, Osborne Reynolds experiment, Vortex Formation, Flow Meter Demonstration, jet force
Technical Data
Pump
-monometeric height 10…32 m
– Flow: 100….250 l/min
-Storage capacity (sump tank: 100…200 litres
-Measurement of levels by vertical manometers, and
calibrated rules in liters.
Volumetric tanks
– high flow 25 to 50 litres.
– low flow 8 to 15 litres.
– Stop watch: 1/100 s
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