EAL, Institut für elektrische Antriebe und Leistungselektronik

Institut für elektrische Antriebe und Leistungselektronik

JKU, Johannes Kepler Universität Linz

Sprache: DE

Publikations Einzelansicht

Experimental Characterization of a Bearingless Rotating Field Axial-Force/Torque Motor


Autor(en): Walter Bauer, Paul Freudenthaler und Wolfgang Amrhein
Journal: ISMB14, 14th International Symposium on Magnetic Bearings, Linz, Austria, August 11-14, 2014
Jahr: 2014
Monat: August
Seite(n): 7 (132-138)
Datei / URL: http://www.magneticbearings.org/
Zusammenfassung: The Bearingless Axial-Force/Torque Motor is an air-core coil motor, that can generate axial forces and drive torques concurrently using a common stator winding system. The radial suspension and the tilting stabilization of the bearingless drive is realized by passive repulsive permanent magnetic ring bearings. The end-windings of the concentric, non-overlapping stator coils create axial directed levitation forces, provided that a non-vanishing common-mode current component is present. In contrast to the existing alternating field motor topology, the proposed redesign features a rotating field motor structure for constant, rotor-angle independent drive torque generation. The current investigation concentrates on the verification of the drive parameters via simple and robust measurements. A presentation of the functional prototype concludes the article.

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