This setup is designed to demonstrate Bernoulli's Theorem through a practical experiment. It includes a transparent acrylic test section with both converging and diverging parts, a supply tank, a measuring tank, an intake water tank, and a pump for continuous water circulation in a closed loop. To show the principle of Bernoulli’s Theorem, pressure tappings are placed at different points along the test section and connected to Piezometer tubes. The water flow rate is measured using the provided measuring tank and stopwatch.    

    Experimental Objective

· The purpose is to verify Bernoulli’s Theorem through a practical experiment.

· It also shows how pressure changes along a pipe that narrows and then widens.

· The goal is to prove that the total value of all the terms in Bernoulli’s equation stays the same along a single flow line, as predicted by theory.

    Specifications

Test Section : Material Acrylic, Size

Inlet Tank : Capacity 20 Liters., Stainless Steel

Supply Tank : Capacity 70 Liters., Stainless Steel

Measuring Tank : Capacity 20 Ltrs. Fitted with Piezometer Tube & Scale

Piezometer Tubes : Material P.U. Tubes (9 Nos.)

Pump : FHP Capacity make Tullu/Crompton Graves

Piping : GI / PVC Size BSP

Stop Watch : Electronic

The whole Set-up is well designed and arranged in a good quality painted Structure.

    Features

· Clear test section.

· Closed-loop water circulation.

· Compact, standalone design.

· Tanks and wetted parts are made of stainless steel.

· Structure is superbly painted.

· Simple to operate and maintain.

    Utilities required other than above supply

· Power: 230 V ±10%, 50 Hz, single-phase, earthed, 5 A socket with switch.

· Water: ½" BSP tap connection; 60 L distilled water (optional).