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Bernoulli's Theorem Apparatus Manufacturer,Supplier and Exporter in India

Product Code : SCL-CELE-14091

This experimental apparatus is specifically designed to verify Bernoulli’s Theorem empirically, a cornerstone principle of non-viscous, steady, incompressible fluid flow. The setup employs a clear acrylic test section featuring both convergent and divergent flow paths to create varying velocity and pressure conditions. The system operates on a closed-loop water circulation principle using a pump and multiple Stainless Steel tanks. Piezometer tubes, connected via pressure tapping points along the test section, are utilized to measure the static pressure head at various locations. By measuring the flow rate using a dedicated measuring tank and stopwatch, students can calculate the total energy head at each point and demonstrate the conservation of mechanical energy as predicted by the theorem.

Objective: Core Principle Validation

Objective	Key Concept Investigated	Relevance and Application
To verify Bernoulli’s Theorem experimentally	Conservation of Energy in Fluid Flow	Empirical confirmation that the sum of pressure head, velocity head, and elevation head remains constant along a streamline.

Features: Operational and Design Characteristics

Feature	Description	Benefit
Clear Test Section	Acrylic construction with convergent and divergent parts	Allows visual observation of velocity changes and pressure tapping points.
Closed Loop Water Circulation	Pump and tank system	Eliminates continuous external water demand and conserves water resources.
Compact and Stand Alone	Superb Painted Structure, well designed	Easy integration into laboratory spaces and simple operation.
Stainless Steel Tanks and Wetted Parts	Corrosion Resistant	Ensures long life and minimizes contamination of the working fluid.
Piezometer Tubes (9 Nos.)	Multiple pressure tapping points	Enables simultaneous measurement of static pressure head across the length of the section.