Modeling and development of a system for non-contact measurement of mechanical characteristics of the electric drive

Abstract

This study focuses on the development and simulation of a contactless sensor system for measuring mechanical parameters of electric drives. The research involves comparing various sensor designs, constructing mathematical models, and conducting simulations to evaluate the sensor's performance and its impact on the overall system. The work demonstrates that the newly developed sensor surpasses traditional methods in terms of accuracy and reliability, particularly in industrial applications requiring precise torque control