A basic device for supplying water to each experimental apparatus and measuring the amount of water returned!
It is a circulating water supply system for supplying water to various experimental devices in a hydraulic engineering laboratory. The system consists of a water storage tank, an electric pump, a flow control valve, and a digital flow meter, which displays the amount of water discharged from the pump digitally. Additionally, the compactly designed bench with reinforced plastic casters can be easily moved to various locations.
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basic information
■H1F Specifications Water tank capacity: 100L to 160L Maximum flow rate: 47 L/min Maximum pressure: 450 mbar Digital display: L/s and L/min Digital display range: 5 to 55 L/min Resolution: 0.001 L/s and 0.1 L/min Dimensions & Weight: W1250 x D780 x H950mm, approximately 50kg (dry) Power supply: Single-phase AC100V 0.2kW
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Detailed information
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Digital display of water flow rate: L/s and L/min
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Reference photo of the experimental apparatus arranged on the hydraulic bench. [List of experimental apparatus using H1F] H4 Orifice flow experimental apparatus H5 Venturi meter experimental apparatus H6 Valve experimental apparatus H7 Pipe friction loss experimental apparatus H8 Jet flow collision experimental apparatus H10 Flow measurement experimental apparatus H13 Vortex flow experimental apparatus H18 Francis turbine experimental apparatus H19 Pelton turbine experimental apparatus H31 Water hammer pump experimental apparatus H33 Orifice flow and jet trajectory experimental apparatus H34 Energy loss in piping experimental apparatus H40 Flow meter characteristic experimental apparatus
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Company information
Megakemu designs, manufactures, and imports various experimental and practical equipment for universities, junior colleges, technical colleges, high schools, and vocational schools nationwide. While the world has made advancements in various fields, it seems that our Earth's environment is being disturbed by ourselves and is approaching its limits. The world is seeking new Japanese technologies that coexist with the Earth's environment.
