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Calculation of force exerted by a hydraulic cylinder

thread1083-258999

Calculation of force exerted by a hydraulic cylinder

Calculation of force exerted by a hydraulic cylinder

(OP)
How can the force exerted by a hydraulic cylinder be calculated at a specific operatic pressure. What formula will be used to calculate the force exerted by the hydraulic cylinder of a baling press. The diameter of the cylinder is 150mm, the diameter of the shaft coming out of the cylinder is 100mm and working pressure is 100 bar. I want to calculate the force exerted by this cylinder when it is pressing the material to make it in the form of a bale so that the base frame of the baling press can be designed.

RE: Calculation of force exerted by a hydraulic cylinder

Hi umairbhatti98

The formula for the force is "AREA OF CYLINDER X PRESSURE"
so for the full bore side the force is:-

        (3.142*150^2/4)*10.16N/mm^2 = 179.542KN

an the annulus side you need to take the area of shaft off the area of full bore so:-

           (3.142*(150^2-100^2)/4)*10.16N/mm^2 = 99.745KN

For the design of the base frame I would use the full bore figure with a good safety factor.

regards

desertfox

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