shaft = 44 kW and mechanical efficiency 94%. Q53. The following data were obtained from a test on a pelton wheel: Head at the base of the nozzle = 32 m, discharge of the nozzle 0.18 m/s, area of the jet = 7500 sq.mm, power available at the shaft = 44 kW and mechanical efficiency = 94%. Calculate the power lost in the nozzle, in the %3D %3D %3D runner and in mechanical friction.
shaft = 44 kW and mechanical efficiency 94%. Q53. The following data were obtained from a test on a pelton wheel: Head at the base of the nozzle = 32 m, discharge of the nozzle 0.18 m/s, area of the jet = 7500 sq.mm, power available at the shaft = 44 kW and mechanical efficiency = 94%. Calculate the power lost in the nozzle, in the %3D %3D %3D runner and in mechanical friction.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:shaft = 44 kW and mechanical efficiency = 94%.
Q53. The following data were obtained from a test on
a pelton wheel: Head at the base of the nozzle =
%3D
32 m, discharge of the nozzle = 0.18 m/s, area
of the jet = 7500 sq.mm, power available at the
shaft = 44 kW and mechanical efficiency = 94%0.
Calculate the power lost in the nozzle, in the
%3D
%3D
%3D
runner and in mechanical friction.
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