The gear ratio of a cycloidal gearbox, also recognized as a cycloidal push or cycloidal reducer, is decided by the selection of lobes or lobed cutouts on the China cycloidal gearbox disc and the arrangement of the enter and output factors. The equipment ratio is calculated primarily based on the partnership amongst the enter rotation and the ensuing output rotation.
In a common cycloidal gearbox, the equipment ratio can selection from all around ten:one to one hundred:1 or increased, based on the certain style and application needs. The gear ratio represents the velocity reduction or torque multiplication attained by the gearbox. For instance, a equipment ratio of twenty:one indicates that the output velocity is 1/twentieth of the input speed, although the output torque is 20 times increased than the enter torque.
It is essential to take note that the equipment ratio of a cycloidal gearbox is not fixed but can be altered by shifting the design parameters, these types of as the amount of lobes on the cycloidal disc or the arrangement of the input and output parts. This adjustability allows for adaptability in matching the gearbox’s functionality to the distinct application prerequisites, these as the wanted velocity reduction and torque multiplication.
