2- A fixed displacement hydraulic pump has a geometric volume 12.5 cm3/rev. Operated pressure is 160 bar and the rotational speed is 1800 rev/min. Assuming the pump is ideal. Calculate, a) flow rate, Qt of the pump, b) the hydraulic power at the pump exit line, Pout, and c) the driving torque, Tt.

2- A fixed displacement hydraulic pump has a geometric volume 12.5 cm3/rev. Operated pressure is 160 bar and the rotational speed is 1800 rev/min. Assuming the pump is ideal. Calculate, a) flow rate, Qt of the pump, b) the hydraulic power at the pump exit line, Pout, and c) the driving torque, Tt.

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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Question

2- A fixed displacement hydraulic
pump has a geometric volume 12.5
cm3/rev. Operated pressure is 160
bar and the rotational speed is 1800
rev/min. Assuming the pump is ideal.
Calculate, a) flow rate, Qt of the
pump, b) the hydraulic power at the
pump exit line, Pout, and c) the
driving torque, Tt.
Your answer

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