P3: Following are the values of some parameters of a centrifugal pump installation, Calculate the brake power and the torque applied to the pump shaft. Static delivery head - 15.0 Head loss in delivery pipe = 5.0 m Static suction head- 4.0 m Head loss in suction pipe= 20 m Discharge - 60 litre/s Relative density of liquid to be pumped - 0.89 Overall efficiency 0.82 Speed of rotation = 1200 rpm
P3: Following are the values of some parameters of a centrifugal pump installation, Calculate the brake power and the torque applied to the pump shaft. Static delivery head - 15.0 Head loss in delivery pipe = 5.0 m Static suction head- 4.0 m Head loss in suction pipe= 20 m Discharge - 60 litre/s Relative density of liquid to be pumped - 0.89 Overall efficiency 0.82 Speed of rotation = 1200 rpm
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![P3: Following are the values of some parameters of a centrifugal pump installation,
Calculate the brake power and the torque applied to the pump shaft.
Static suction head = 4.0 m
Head loss in suction
pipe = 2.0 m
Discharge = 60 litre/s
Static delivery head = 15.0
Head loss in delivery pipe = 5.0 m
Relative density of läquid to be
pumped = 0.89
Overall efficiency = 0.82
Speed of rotation = 1200 rpm
Outer diameter of the
impeler = 30 cm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbca018d2-1088-43b3-99ff-4795f6b276a4%2F6fd9200d-d8d5-4303-985f-895608e8bf27%2Fgv9khi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:P3: Following are the values of some parameters of a centrifugal pump installation,
Calculate the brake power and the torque applied to the pump shaft.
Static suction head = 4.0 m
Head loss in suction
pipe = 2.0 m
Discharge = 60 litre/s
Static delivery head = 15.0
Head loss in delivery pipe = 5.0 m
Relative density of läquid to be
pumped = 0.89
Overall efficiency = 0.82
Speed of rotation = 1200 rpm
Outer diameter of the
impeler = 30 cm
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