Principles Of Air Flow
Categories: Engineering Lab EquipmentIt is part of a series that allows experiments on the fundamentals of air flow. The software for data acquisition and visualisation makes the experiments especially clear and enables fast execution of...
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Description
It is part of a series that allows experiments on the fundamentals of air flow. The software for data acquisition and visualisation makes the experiments especially clear and enables fast execution of experiments with reliable results.
The experimental unit includes a radial fan, which can be used to generate flow velocities up to 9m/s. An inlet contour on the intake side ensures a low-turbulence flow and thus a homogeneous velocity distribution in the measuring section. A throttle valve on the end of the pressure pipe can be used to adjust the air flow to allow the fan characteristic curve to be recorded. When used in conjunction with the power meter it is possible to determine the efficiency of the fan.
Learning Objectives/Experiments
Recording a fan characteristic
In conjunction with the power meter
Determining the fan efficiency
In conjunction with corresponding accessories
Velocity distribution in the pipe
Velocity distribution behind a cylinder subject to transverse incident flow
Pressure distribution around a cylinder subject to transverse incident flow
Friction losses in pipes, pipe bends and pipe angles
Recording the cooling curve of a copper cylinder subject to incident flow
Determining the heat transfer coefficients from the cooling curve
Specification
Investigation of the principles of air flow
Transparent intake pipe with mounting options for additional accessories
Inlet contour minimises turbulence on the intake side
Throttle valve on the delivery pipe to adjust the air flow
Electronic measurement of temperature and pressure
Determine velocity by means of the dynamic pressure
Determine flow rate via differential pressure
Technical data
Radial fan
max. power consumption: 90W
speed: 2800min-1-
max. flow rate: 460m3/h
max. differential pressure: 480Pa
Delivery pipe
outer Ø: 110mm
inner Ø: 99,4mm
Intake pipe
outer Ø: 140mm
inner Ø: 134,4mm
Measuring ranges
pressure: 1x ±10mbar
pressure: 2x ±1mbar
temperature: 0…200°C
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase
UL/CSA optional
LxWxH: 850x450x600mm
Weight: approx. 23kg
quick overview :
It is part of a series that allows experiments on the fundamentals of air flow. The software for data acquisition and visualisation makes the experiments especially clear and enables fast execution of experiments with reliable results.
The experimental unit includes a radial fan, which can be used to generate flow velocities up to 9m/s. An inlet contour on the intake side ensures a low-turbulence flow and thus a homogeneous velocity distribution in the measuring section. A throttle valve on the end of the pressure pipe can be used to adjust the air flow to allow the fan characteristic curve to be recorded. When used in conjunction with the power meter it is possible to determine the efficiency of the fan.
Learning Objectives/Experiments
Recording a fan characteristic
In conjunction with the power meter
Determining the fan efficiency
In conjunction with corresponding accessories
Velocity distribution in the pipe
Velocity distribution behind a cylinder subject to transverse incident flow
Pressure distribution around a cylinder subject to transverse incident flow
Friction losses in pipes, pipe bends and pipe angles
Recording the cooling curve of a copper cylinder subject to incident flow
Determining the heat transfer coefficients from the cooling curve
Specification
Investigation of the principles of air flow
Transparent intake pipe with mounting options for additional accessories
Inlet contour minimises turbulence on the intake side
Throttle valve on the delivery pipe to adjust the air flow
Electronic measurement of temperature and pressure
Determine velocity by means of the dynamic pressure
Determine flow rate via differential pressure
Technical data
Radial fan
max. power consumption: 90W
speed: 2800min-1-
max. flow rate: 460m3/h
max. differential pressure: 480Pa
Delivery pipe
outer Ø: 110mm
inner Ø: 99,4mm
Intake pipe
outer Ø: 140mm
inner Ø: 134,4mm
Measuring ranges
pressure: 1x ±10mbar
pressure: 2x ±1mbar
temperature: 0…200°C
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase
UL/CSA optional
LxWxH: 850x450x600mm
Weight: approx. 23kg
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