Choice of electrical motor and transmission in mechatronic applications: The torque peak

This paper deals with the effect of the torque peak on the choice of electrical motor and transmission suitable for moving a joint. We propose a method that allows us to explain the general form of the resolving diagram and to identify the load conditions that are directly responsible for it. In consequence, this method permits the designer to obtain the equation of this curve and to find analytically the admissible motors and the corresponding transmission ratio ranges.

► We study the choice of motors and transmissions related to the torque peak of the motor
► We show that the load peak curve is the resolving diagram and explain its general form
► We find the couples of load acceleration and torque responsible for it
► We derive the equation of the load peak curve
► We find analytically the admissible motors and transmission ratio ranges