Nowadays Virtual Instruments (more briefly called VIs) are very useful tools both in research and industrial applications. Their greatflexibility, re-configurability, reliability and ease of use allow an effective implementation of complex measurements architectures. In particular, the capability to manage long measurement processes without staff presence makes the VIs a powerful support for the development of diagnostic techniques which require a continuous monitoring ofthe system. In this paper a novel VI-based diagnostic monitoring technique which permits the identification of rotor faults in small inverter-fed induction motors will be presented.
A VI based tool for inverter fed induction motor diagnostic / L. Cristaldi, M. Faifer, M. Lazzaroni, S. Toscani - In: 2008 IEEE instrumentation and measurement technology conference proceedings : Victoria, British Columbia, Canada, 12-15 may 2008 : [I2MTC]Piscataway : Institute of electrical and electronics engineers, 2008. - ISBN 9781424415403. - pp. 1560-1565 (( convegno IEEE International Instrumentation and Measurement Technology Conference (IMTC) tenutosi a Victoria, Canada nel 2008.
A VI based tool for inverter fed induction motor diagnostic
M. LazzaroniPenultimo
;
2008
Abstract
Nowadays Virtual Instruments (more briefly called VIs) are very useful tools both in research and industrial applications. Their greatflexibility, re-configurability, reliability and ease of use allow an effective implementation of complex measurements architectures. In particular, the capability to manage long measurement processes without staff presence makes the VIs a powerful support for the development of diagnostic techniques which require a continuous monitoring ofthe system. In this paper a novel VI-based diagnostic monitoring technique which permits the identification of rotor faults in small inverter-fed induction motors will be presented.
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