CONTROL SYSTEM DESIGN OF A MAGNETICALLY SUSPENDED ROTARY TABLE

  • Frank Palis Magdeburg University Otto von Gerike
  • Thomas Schallschmidt Magdeburg University Otto von Gerike
  • Mario Stamann Magdeburg University Otto von Gerike

Abstract

The paper deals with an axial magnetic bearing system for a rotary table. The table is supported by 16 current controlled magnets. Special emphasis is laid on control system design. Here, several control strategies are analyzed and experimentally investigated. High performance of cascade structure control systems is shown.

Author Biographies

Frank Palis, Magdeburg University Otto von Gerike

Professor

Thomas Schallschmidt, Magdeburg University Otto von Gerike
Engineer
Mario Stamann, Magdeburg University Otto von Gerike

doctoral student

Published
2019-02-12
How to Cite
Palis, F., Schallschmidt, T., & Stamann, M. (2019). CONTROL SYSTEM DESIGN OF A MAGNETICALLY SUSPENDED ROTARY TABLE. Electrotechnic and Computer Systems, (3(79), 185-187. Retrieved from https://eltecs.op.edu.ua/index.php/journal/article/view/610
Section
Automated electromechanical systems