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For the fluid power system shown in Fig, determine the external load F that a hydraulic cylinder can sustain while moving in an extending direction. Take frictional pressure losses into account. The pump produces a pressure increase of 8.5 MPa from the inlet port to the discharge port and a flow rate of 0.0033 m3/s. The following data are applicable. * (Elbow) K =0.75 (Gte valve K-7 9 10 11 K-5 EXI 12 Strainer K=10

For the fluid power system shown in Fig, determine the external load F that a hydraulic cylinder can sustain while moving in an extending direction. Take frictional pressure losses into account. The pump produces a pressure increase of 8.5 MPa from the inlet port to the discharge port and a flow rate of 0.0033 m3/s. The following data are applicable. * (Elbow) K =0.75 (Gte valve K-7 9 10 11 K-5 EXI 12 Strainer K=10

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
Problem 1.1MA
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For the fluid power system shown in Fig, determine the external load F that a hydraulic cylinder can sustain while moving in an extending direction. Take frictional pressure losses into account. The pump produces a pressure increase of 8.5 MPa from the inlet port to the discharge port and a flow rate of 0.0033 m3/s. The following data are applicable. * (Elbow) K =0.75 (Gate valve K- 11 K-5 6 12 Strainer K=10 Pipe No. 1 Diameter -m Length -m 0.0381 2.5 0.0254 5 Kinematic viscosity 0.0000930 m/s 7840 N/m' 3,4 0.0254 1 Weight density of oil Cylinder piston diameter Cylinder rod diameter 0.0254 10 0.203 m 6. 0.0254 5 7,8 9. 0.102 m 0.0254 3 0.019 10 0.019 3 11 0.019 2.5 12 0.019 6
Transcribed Image Text:For the fluid power system shown in Fig, determine the external load F that a hydraulic cylinder can sustain while moving in an extending direction. Take frictional pressure losses into account. The pump produces a pressure increase of 8.5 MPa from the inlet port to the discharge port and a flow rate of 0.0033 m3/s. The following data are applicable. * (Elbow) K =0.75 (Gate valve K- 11 K-5 6 12 Strainer K=10 Pipe No. 1 Diameter -m Length -m 0.0381 2.5 0.0254 5 Kinematic viscosity 0.0000930 m/s 7840 N/m' 3,4 0.0254 1 Weight density of oil Cylinder piston diameter Cylinder rod diameter 0.0254 10 0.203 m 6. 0.0254 5 7,8 9. 0.102 m 0.0254 3 0.019 10 0.019 3 11 0.019 2.5 12 0.019 6
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