Dynamic analysis of a mechatronic drive system with an induction motor

Abstract

The paper presents research findings in the modelling and optimization of dynamic parameters of mechatronic systems with an induction motor. A mathematical model was developed to analyze currents in dynamic states of squirrel-cage rotors in the case of a line-to-line fault. The findings were verified experimentally using calculations for a 1.5 kW three-phase induction motor. The equations for a stationary 0x, 0y coordinate system relating to the stator were derived. The set of design variables selected in the optimization process contained parameters describing design features of the gear shafts and control units settings.

Fault detection and diagnosis of squirrel cage asynchronous motor using a new comsol multiphysics software 6.0

“…The cage being composed of bars and short-circuit rings made of aluminum or copper, therefore a partial or total breakage of one of these components can be considered as electrical fault. The appearance of this type of defect can be due to several phenomena that are often independent of each other, such as improper use of the machine for example, an application of too much load or the environment in which the machine operates [9,10].…”