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A double acting reciprocating pump, running at 100 RPM delivers 0.03 m^3/sec of water. The diameter of the piston and the stroke length are 15 cm and 600 mm, respectively. Further, diameter of piston rod is 1 cm with pump efficiency is 95 %. The pump has to deliver the water to a head of 50 m. Determine theoretical discharge, coefficient of discharge, power input and % slip.

Question-AnswerCategory: Fluid MechanicsA double acting reciprocating pump, running at 100 RPM delivers 0.03 m^3/sec of water. The diameter of the piston and the stroke length are 15 cm and 600 mm, respectively. Further, diameter of piston rod is 1 cm with pump efficiency is 95 %. The pump has to deliver the water to a head of 50 m. Determine theoretical discharge, coefficient of discharge, power input and % slip.
Cornwell asked 1 year ago

A double acting reciprocating pump, running at 100 RPM delivers 0.03 m^3/sec of water. The diameter of the piston and the stroke length are 15 cm and 600 mm, respectively. Further, diameter of piston rod is 1 cm with pump efficiency is 95 %. The pump has to deliver the water to a head of 50 m. Determine theoretical discharge, coefficient of discharge, power input and % slip.

A double acting reciprocating pump, running at 100 RPM delivers 0.03 m^3/sec of water. The diameter of the piston and the stroke length are 15 cm and 600 mm, respectively. Further, diameter of piston rod is 1 cm with pump efficiency is 95 %. The pump has to deliver the water to a head of 50 m. Determine theoretical discharge, coefficient of discharge, power input and % slip.

1 Answers
MG answered 1 year ago

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