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Example 21.6. A hydraulic accumulator has sliding ram of 400 mm diameter which slides rough 7-5 m in 3 minutes during its working stroke, while weight on the ram including its self ght is equivalent to 300 kN. The pump supplies water at 0.009 m³/s rate and packing friction ats to 4 percent of total load. Determine: (Pressure intensity of water, Power delivered to machine supplied by accumulator, Power required to drive the pump having efficiency 72 percent. C Li

Example 21.6. A hydraulic accumulator has sliding ram of 400 mm diameter which slides rough 7-5 m in 3 minutes during its working stroke, while weight on the ram including its self ght is equivalent to 300 kN. The pump supplies water at 0.009 m³/s rate and packing friction ats to 4 percent of total load. Determine: (Pressure intensity of water, Power delivered to machine supplied by accumulator, Power required to drive the pump having efficiency 72 percent. C Li

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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(7850 x R ) Example 21.6. A hydraulic accumulator has sliding ram of 400 mm diameter which slides hrough 7.5 m in 3 minutes during its working stroke, while weight on the ram including its self ght is equivalent to 300 kN. The pump supplies water at 0.009 m³/s rate and packing friction outs to 4 percent of total load. Determine: (Pressure intensity of water, CPower delivered to machine supplied by accumulator, L) Power required to drive the pump having efficiency 72 percent.
Transcribed Image Text:(7850 x R ) Example 21.6. A hydraulic accumulator has sliding ram of 400 mm diameter which slides hrough 7.5 m in 3 minutes during its working stroke, while weight on the ram including its self ght is equivalent to 300 kN. The pump supplies water at 0.009 m³/s rate and packing friction outs to 4 percent of total load. Determine: (Pressure intensity of water, CPower delivered to machine supplied by accumulator, L) Power required to drive the pump having efficiency 72 percent.
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