ELECTROTECHNIC AND COMPUTER SYSTEMS, Odessa national polytechnic university

Control system design of a magnetically suspended rotary table

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.

Authors:

Palis Frank ScD (frank.palis@ovgu.de)
Schallschmidt Thomas (thomas.schallschmidt@ovgu.de@ovgu.de)
Stamann Mario Doctoral Candidate and Research Associate (Mario.stamann@ovgu.de@ovgu.de)

Keywords

DOI

References

1. T. Schallschmidt, D. Draganov, F. Palis, Design and experimental investigation of a magnetically suspended rotary table, 12 th European Conference on Power Electronics and applications, 12. – 15. Sept. 2007 , Aalborg (Denmark)

2. K.-D. Tieste, Mehrgrößenregelung und Paramteri-dentifikation einer Liear- Magnetführung, Fortschritt-berichte der VDI Zeitschriften, Reihe 8 Nr. 656, Düsseldorf 1997

3. S. Palis, M. Stamann, T. Schallschmidt: Nonlinear adaptive control of magnetic bearing, 12 th European Conference on Power Electronics and applications, 12. – 15. Sept. 2007 , Aalborg (Denmark)

4. Th. Schallschmidt, D. Draganov, F. Palis: Adaptive Fuzzy Control of a magnetically suspended Rotary Table, 13 th European Conference on Power Electronics and applications, 1–3 Sept. 2008 , Poznan (Poland)

Published:

№ 03(79), 2011

Last download:

2018-06-26 16:14:10