2) A double acting cylinder is hooked up in the regenerative circuit shown. The relief valve setting is 1500 psi. The piston area is 20 in2, and the rod area is 10 in?. If the pump flow is 0.25 gpm, Find: a) The cylinder speed in ft/s for the extending stroke, The load-carrying capacity in pounds for the extending stroke, c) The output power in HP for the extending stroke. Find the cylinder speed in ft/srfor the retracting stroke, e) The load-carrying capacity in pounds for the retracting stroke, The output power in HP for the retracting stroke. b)
2) A double acting cylinder is hooked up in the regenerative circuit shown. The relief valve setting is 1500 psi. The piston area is 20 in2, and the rod area is 10 in?. If the pump flow is 0.25 gpm, Find: a) The cylinder speed in ft/s for the extending stroke, The load-carrying capacity in pounds for the extending stroke, c) The output power in HP for the extending stroke. Find the cylinder speed in ft/srfor the retracting stroke, e) The load-carrying capacity in pounds for the retracting stroke, The output power in HP for the retracting stroke. b)
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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Transcribed Image Text:2)
A double acting cylinder is hooked up in the regenerative circuit shown.
The relief valve setting is 1500 psi. The piston area is 20 in2. and the rod
area is 10 in2. If the pump flow is 0.25 gpm, Find:
a) The cylinder speed in ft/s for the extending stroke,
The load-carrying capacity in pounds for the extending stroke,
c) The output power in HP for the extending stroke.
Find the cylinder speed in ft/srfor the retracting stroke,
e) The load-carrying capacity in pounds for the retracting stroke,
The output power in HP for the retracting stroke.
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