The load carrying crane shown in the figure the drum with its rope wound with one hydromotor are driven. Object A is slanted as the rope hugs It moves up and down over the sled. The diameter of the drum on which the rope is wound is 300 mm. All hydraulic system until hydromotor 30% of pressure losses in the components (efficiency 0.7) It will be taken. Thread of hydraulic gear pump in one round 0.8 lt of oil dispensed from the cavities Since it is a. Calculate the flow of the pump (lt / min) b. Find the working pressure of the pump (bar) Load speed v = 0.6 m / s Tensile force on the rope T = 10,000 N
The load carrying crane shown in the figure the drum with its rope wound with one hydromotor are driven. Object A is slanted as the rope hugs It moves up and down over the sled. The diameter of the drum on which the rope is wound is 300 mm. All hydraulic system until hydromotor 30% of pressure losses in the components (efficiency 0.7) It will be taken. Thread of hydraulic gear pump in one round 0.8 lt of oil dispensed from the cavities Since it is a. Calculate the flow of the pump (lt / min) b. Find the working pressure of the pump (bar) Load speed v = 0.6 m / s Tensile force on the rope T = 10,000 N
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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The load carrying crane shown in the figure
the drum with its rope wound with one hydromotor
are driven. Object A is slanted as the rope hugs
It moves up and down over the sled.
The diameter of the drum on which the rope is wound is 300 mm.
All hydraulic system until hydromotor
30% of pressure losses in the components (efficiency 0.7)
It will be taken. Thread of hydraulic gear pump in one round
0.8 lt of oil dispensed from the cavities
Since it is
a. Calculate the flow of the pump (lt / min)
b. Find the working pressure of the pump (bar)
Load speed v = 0.6 m / s
Tensile force on the rope T = 10,000 N
It will be taken.
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