In an eccentric press, the 2.5 kW motor rotates at 1410 rpm and drives the crank with a 12: 1 gear in the crank connecting rod system. The stroke of the press is 300 mm and determine the mass moment of interia (kg.m2) of the flywheel required to provide a force of 24 kN with a speed fluctuation coefficient Cf= 0.01 at 10% of this stroke. The flywheel rotates at motor speed (1410 rpm)
In an eccentric press, the 2.5 kW motor rotates at 1410 rpm and drives the crank with a 12: 1 gear in the crank connecting rod system. The stroke of the press is 300 mm and determine the mass moment of interia (kg.m2) of the flywheel required to provide a force of 24 kN with a speed fluctuation coefficient Cf= 0.01 at 10% of this stroke. The flywheel rotates at motor speed (1410 rpm)
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In an eccentric press, the 2.5 kW motor rotates at 1410 rpm and drives the crank with a 12: 1 gear in the crank connecting rod system. The stroke of the press is 300 mm and determine the mass moment of interia (kg.m2) of the flywheel required to provide a force of 24 kN with a speed fluctuation coefficient Cf= 0.01 at 10% of this stroke. The flywheel rotates at motor speed (1410 rpm)
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