Sangari's fluid mechanics laboratory equipment covers the full undergraduate curriculum - from hydrostatics and free-surface flow to pumps, pipe networks and wave energy. Each apparatus is designed around a specific phenomenon so students can isolate and measure one variable at a time: the H–Q characteristic of a centrifugal pump, cavitation in a venturi, the transition from laminar to turbulent flow in a pipe, or the propagation of a water hammer in a closed network. Most units ship with data-acquisition software so that flow rate, pressure and power readings are graphed in real time, and every apparatus is built on the same modular philosophy: robust frames, transparent working sections and quick-swap components so a single bench can host multiple experiments across a semester. The series also covers pressure instrumentation itself: a calibration unit built around a dead-weight piston manometer, used to trace the calibration curve of an electronic pressure sensor against a primary standard.
A mobile, self-contained hydraulic bench that feeds a controlled flow of water to the fluid mechanics experiments and measures that flow two ways. Students read it on the digital display, then time the water rising in the stepped volumetric tank and compare the two results. The water recirculates through a 250 litre sump tank, so once filled the bench needs no mains water.
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A focused set of experimental equipment for foundational fluid mechanics experiments
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A complete setup for studying centrifugal pump operation - single pump characteristics, series and parallel configurations, and a multifunction hydraulic workstation.
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A comprehensive set of experimental equipment covering pipe flow hydrodynamics, pipe networks, water hammer, flowmetry, domestic water supply, and pipe maintenance.