A double acting hydraulic cylinder has a piston diameter of 50 mm and delivers a static thrust of 9.82 kN. The cylinder receives hydraulic fluid with a velocity, v1, of 6 m/s at the 6mm diameter port on the full bore end of the cylinder. Answer each of the following. (i) Calculate the maximum system pressure. (ii) Calculate the volumetric flow rate of the hydraulic fluid from the pump. (iii) Calculate the motor speed in rev/min knowing that the displacement volume per revolution of the pump is 20.36 cm3 /rev. (iv) Calculate the motor power required to drive this pump
A double acting hydraulic cylinder has a piston diameter of 50 mm and delivers a static thrust of 9.82 kN. The cylinder receives hydraulic fluid with a velocity, v1, of 6 m/s at the 6mm diameter port on the full bore end of the cylinder. Answer each of the following. (i) Calculate the maximum system pressure. (ii) Calculate the volumetric flow rate of the hydraulic fluid from the pump. (iii) Calculate the motor speed in rev/min knowing that the displacement volume per revolution of the pump is 20.36 cm3 /rev. (iv) Calculate the motor power required to drive this pump
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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A double acting hydraulic cylinder has a piston diameter of 50 mm and delivers a static thrust of 9.82 kN. The cylinder receives hydraulic fluid with a velocity, v1, of 6 m/s at the 6mm diameter port on the full bore end of the cylinder. Answer each of the following. (i) Calculate the maximum system pressure.
(ii) Calculate the volumetric flow rate of the hydraulic fluid from the pump.
(iii) Calculate the motor speed in rev/min knowing that the displacement volume per revolution of the pump is 20.36 cm3 /rev.
(iv) Calculate the motor power required to drive this pump
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