This setup is a compact and self-contained unit designed for water recirculation. It includes a top tray, a sump tank, and a measuring tank. The sump tank is equipped with both a drain valve and an overflow outlet to manage water levels easily. A centrifugal pump is used to circulate water throughout the system. To allow experiments at different flow rates, a flow control valve and a bypass valve are installed in the water line.

The water flow rate is measured using the measuring tank and a stopwatch. The measuring tank helps determine the water discharge, and once the measurement is taken, the water can be drained back into the sump tank using the provided valve. Additionally, the measuring tank has a level indicator and a scale, which make it easy to read the water level accurately.

The hydraulic bench enables the study of multiple experiments, each with dedicated setups. It supports experiments such as Hydrostatic Pressure, Flow over Weirs, Bernoulli’s Theorem, Flow Meter Demonstration, Impact of Jet, Orifice Discharge, and more. All experiments are conducted using accessories integrated into the hydraulic bench system.

Specifications 

·        The setup features a top tray measuring 1060 mm × 650 mm.

·        A 1 HP pump ensures efficient water circulation.

·        Flow is measured using a 40-liter stainless steel measuring tank.

·        The sump tank has a capacity of 120 liters.

·        The entire system is neatly designed and mounted on a high-quality painted frame.

Utilities Required Other Than Above Supply

Initial water supply: approximately 250 liters.

Drainage facility required.

Power supply: 230 V AC, 50 Hz, single-phase.

Installation floor area: 1.75 m × 1.50 m.