Hydraulics Bench Workshop
This equipment explains axial flow impulse turbine characteristics i.e. torque, power and efficiency at different speeds for various heads and flow rates of water.
This equipment explains Francis turbine characteristics i.e. torque, power and efficiency at different speeds for various
heads and flow rates of water.
MINI KAPLAN TURBINE.
This equipment explains Kaplan turbine characteristics i.e. torque, power and efficiency at various speeds for different heads
and flow rates of water.
MINI PELTON TURBINE.
This equipment explains Pelton
turbine characteristics i.e. torque, power and efficiency at various speeds for different
heads and flow rates of water.
HYDRAULIC RAM PUMP.
Water from a Hydraulics Bench is been supplied to a reservoir with an overflow pipe. Height of the reservoir can be adjusted. Water from the reservoir is supplied to the ram pump which has two valves. One valve permits the water to discharge in adjustable pulse. When this valve shuts, the pressure wave will push the water in the pump through a non return valve to the delivery pipe. Water is supplied to a clear graduated cylinder with an adjustable height. A pulse chamber is been given to smoothen the
ram delivery
This equipment is been manufactured to study laminar flow in two dimensions.
This apparatus is made to study centrifugal pump characteristics at different speeds.
This apparatus is manufactured to study reciprocating pump characteristics at different speeds.
The pump and motor is rested on the Hydraulics Bench which serves as a service module. An advanced inverter controls speed
as well as indicating speed and input power. Pressure gauges and pulse chambers are installed at pump suction and discharge.
The pump carries out water from the Hydraulics Bench storage tank via suction hose with a strainer and delivers flow to the
Hydraulics Bench measuring tank
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