The Power required at the winding drum shaft to accelerate the masses and overcome rotational inertia when the maximum s
Posted: Mon May 09, 2022 9:27 am
The Power required at the winding drum shaft to accelerate the
masses and overcome rotational
inertia when the maximum speed is reached (Neglect frictional
losses) based on electrical
fundamentals.
Determine the major and minor diameter of the arm/cams.
D(sun) = 160
D(planet) = 468
D(ring) = 1096
masses and overcome rotational
inertia when the maximum speed is reached (Neglect frictional
losses) based on electrical
fundamentals.
Determine the major and minor diameter of the arm/cams.
D(sun) = 160
D(planet) = 468
D(ring) = 1096