Building a control system for a non-stationary nonlinear elastic electromechanical object.

Abstract

The control system of a non-stationary elastic object is considered, which realizes the speed of a modern thyristor electric drive with a passband that overlaps the region of the resonant frequencies of the object. The system contains an adaptive speed loop, built as a self-adjusting system with a reference model and a signal adaptation, and a switching device. The results of experimental studies on industrial sites are presented.