Energy Losses in Pipes
Categories:Energy Losses in Pipes This equipment allows the pressure drop of water passing through a hydraulically smooth circular pipe to be measured in detail and the pipe friction equation to be verified. Spe...
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Energy Losses in Pipes
This equipment allows the pressure drop of water passing through a hydraulically smooth circular pipe to be measured in detail and the pipe friction equation to be verified.Specification:
• Vertical test pipe with pressure tappings at entry and exit • Feed either direct from hydraulics bench or from constant head tank • Water and mercury manometers supplied as standard • Quick release fitting for easy connection to hydraulics bench • Educational Software available as an optionTechnical Details
Item | Value |
Diameter of test pipe: | 3.0mm |
Length of test pipe: | 560mm |
Distance between pressure tapping points: | 510mm |
Range of mercury manometer: | 500mm |
Range of water manometer: | 500mm |
Measuring cylinder capacity: | 1000m |
Measurement Capabilities:
> Investigating the variation of friction head along a circular pipe with the mean flow velocity in the pipe > Investigating the effects of laminar and turbulent flow regimesquick overview :
Energy Losses in Pipes
This equipment allows the pressure drop of water passing through a hydraulically smooth circular pipe to be measured in detail and the pipe friction equation to be verified.Specification:
• Vertical test pipe with pressure tappings at entry and exit • Feed either direct from hydraulics bench or from constant head tank • Water and mercury manometers supplied as standard • Quick release fitting for easy connection to hydraulics bench • Educational Software available as an optionTechnical Details
Item | Value |
Diameter of test pipe: | 3.0mm |
Length of test pipe: | 560mm |
Distance between pressure tapping points: | 510mm |
Range of mercury manometer: | 500mm |
Range of water manometer: | 500mm |
Measuring cylinder capacity: | 1000m |
Measurement Capabilities:
> Investigating the variation of friction head along a circular pipe with the mean flow velocity in the pipe > Investigating the effects of laminar and turbulent flow regimesProduct
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