Description

This training system is built on a mobile trolley featuring a sealed water circuit with a pump and supply tank, allowing for independent operation without reliance on mains water supply. It integrates multiple pressure measurement devices and various measuring containers, facilitating in-depth study of fluid pressure behavior and hydrostatic principles.
Key FeaturesFully equipped hydrostatics bench with transparent pipe sections and pressure measuring devices.
Integrated sealed water circuit with supply tank and pump for autonomous operation.
A demonstration panel combined with work area and storage cabinet for organized laboratory setup.
Capacity to perform experiments involving pressure distribution, center of pressure determination, and fluid statics principles.
Robust design suitable for seminar rooms, lecture halls, and hands-on laboratory environments.
Practical Experimental CapabilitiesMeasurement of hydrostatic pressure in liquids and gases under various conditions.
Determination of the centre of pressure on different fluid surfaces and structures such as weirs.
Investigation of pressure distribution along submerged surfaces and columns of fluid.
Analysis of fluid statics principles applicable in hydraulic engineering, shipbuilding, and fluid machinery.
Calibration and use of different pressure measuring devices under controlled laboratory settings.
Educational BenefitsProvides foundational knowledge vital to fluid mechanics and hydraulic engineering courses.
Supports skill development in fluid measurement and hydrostatics aligned with TVET and DTVET curriculum standards.
Ideal for professionals and students involved in research and practical applications relating to fluid pressures.
Facilitates capacity building in donor-funded infrastructure and education projects worldwide.
Tender-Ready AdvantagesComplies with global tender requirements including those of the World Bank, ADB, and AfDB projects.
Delivers a reliable, low-maintenance unit with comprehensive instructional materials for educators and students.
Designed for extended lifespan in educational institutions with easy servicing and user-friendly operation.
ApplicationsEngineering Colleges, Universities, and polytechnics for Fluid Mechanics and Hydraulic Engineering experiments.
TVET/DTVET Centers focusing on practical fluid statics and dynamics training.
Research & Development institutes requiring detailed hydrostatics analysis tools.
International development projects aimed at building vocational and technical capacities in hydraulics.