Моделирование Электропривода С Многофункциональным Ротором Сепаратора Полидисперсных Жидких Систем

Abstract

The article considers the influence of input factors on the output independent parameters of an electric drive with a multifunctional rotor of a separator for the polydisperse liquid systems. The experiments were carried out using a mathematical model in MatlabSimulink, their optimal number being determined by the planning method. The optimal values of the amplitude and frequency of the supply voltage are established according to the criterion of maximum efficiency factor and the quality of the separation product using the ideal point method. The influencing factors are selected as independent of each other, the ranges of their variation being set within the limits of real values that can be encountered while operating an electric drive with a multifunctional rotor of a separator for polydisperse liquid systems.