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A form stage centrifugal pump running at 600 rpm is to deliver 1 m/s of water against a manometric head of 80 m. The vanes are curved back at 40° to the tangent at outer periphery. The velocity of flow is 25% of the peripheral velocity at outlet. The hydraulic losses are 30% of the velocity head at the outlet of the impeller. Determine the diameter of the impeller and the manometric efficiency.

A form stage centrifugal pump running at 600 rpm is to deliver 1 m/s of water against a manometric head of 80 m. The vanes are curved back at 40° to the tangent at outer periphery. The velocity of flow is 25% of the peripheral velocity at outlet. The hydraulic losses are 30% of the velocity head at the outlet of the impeller. Determine the diameter of the impeller and the manometric efficiency.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q8: A form stage centrifugal pump running at 600 rpm is to deliver 1 m'/s of water against a manometric head of 80 m. The vanes are curved back at 40° to the tangent at outer periphery. The velocity of flow is 25% of the peripheral velocity at outlet. The hydraulic losses are 30% of the velocity head at the outlet of the impeller. Determine the diameter of the impeller and the manometric efficiency. Ans.: D2 = 0.57 and nm = 87.12%. %3D
Transcribed Image Text:Q8: A form stage centrifugal pump running at 600 rpm is to deliver 1 m'/s of water against a manometric head of 80 m. The vanes are curved back at 40° to the tangent at outer periphery. The velocity of flow is 25% of the peripheral velocity at outlet. The hydraulic losses are 30% of the velocity head at the outlet of the impeller. Determine the diameter of the impeller and the manometric efficiency. Ans.: D2 = 0.57 and nm = 87.12%. %3D
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