Detection of Static Eccentricity Fault in Saturated Induction Motors by Air-Gap Magnetic Flux Signature Analysis Using Finite Element Method

Detection of Static Eccentricity Fault in Saturated Induction Motors by Air-Gap Magnetic Flux Signature Analysis Using Finite Element Method

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Unfortunately, motor current signature analysis (MCSA) cannot detect the small degrees of the purely static eccentricity (SE) defects, while the air-gap magnetic flux signature analysis (FSA) is applied successfully. The simulation results are obtained by using time stepping finite elements (TSFE) m...

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Main Authors: N. Halem, S. E. Zouzou, K. Srairi, S. Guedidi, F. A. Abood
Format: Article
Language:English
Published: El Oued University 2013-06-01
Series:Journal of Fundamental and Applied Sciences
Subjects:
Induction motor
static eccentricity (SE)
time stepping finite elements (TSFE) method
air-gap magnetic flux signature analysis (FSA)
magnetic saturation.
Online Access:http://www.jfas.info/index.php/JFAS/article/view/152/pdf
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spelling doaj-9c7b47c185344daca99c629ba88ee3b02020-11-24T21:09:04ZengEl Oued UniversityJournal of Fundamental and Applied Sciences1112-98672013-06-01515166Detection of Static Eccentricity Fault in Saturated Induction Motors by Air-Gap Magnetic Flux Signature Analysis Using Finite Element MethodN. HalemS. E. ZouzouK. SrairiS. GuedidiF. A. AboodUnfortunately, motor current signature analysis (MCSA) cannot detect the small degrees of the purely static eccentricity (SE) defects, while the air-gap magnetic flux signature analysis (FSA) is applied successfully. The simulation results are obtained by using time stepping finite elements (TSFE) method. In order to show the impact of magnetic saturation upon the diagnosis of SE fault, the analysis is carried out for saturated induction motors. The index signatures of static eccentricity fault around fundamental and PSHs are detected successfully for saturated motor.http://www.jfas.info/index.php/JFAS/article/view/152/pdfInduction motorstatic eccentricity (SE)time stepping finite elements (TSFE) methodair-gap magnetic flux signature analysis (FSA)magnetic saturation.
collection DOAJ
language English
format Article
sources DOAJ
author N. Halem
S. E. Zouzou
K. Srairi
S. Guedidi
F. A. Abood
spellingShingle N. Halem
S. E. Zouzou
K. Srairi
S. Guedidi
F. A. Abood
Detection of Static Eccentricity Fault in Saturated Induction Motors by Air-Gap Magnetic Flux Signature Analysis Using Finite Element Method
Journal of Fundamental and Applied Sciences
Induction motor
static eccentricity (SE)
time stepping finite elements (TSFE) method
air-gap magnetic flux signature analysis (FSA)
magnetic saturation.
author_facet N. Halem
S. E. Zouzou
K. Srairi
S. Guedidi
F. A. Abood
author_sort N. Halem
title Detection of Static Eccentricity Fault in Saturated Induction Motors by Air-Gap Magnetic Flux Signature Analysis Using Finite Element Method
title_short Detection of Static Eccentricity Fault in Saturated Induction Motors by Air-Gap Magnetic Flux Signature Analysis Using Finite Element Method
title_full Detection of Static Eccentricity Fault in Saturated Induction Motors by Air-Gap Magnetic Flux Signature Analysis Using Finite Element Method
title_fullStr Detection of Static Eccentricity Fault in Saturated Induction Motors by Air-Gap Magnetic Flux Signature Analysis Using Finite Element Method
title_full_unstemmed Detection of Static Eccentricity Fault in Saturated Induction Motors by Air-Gap Magnetic Flux Signature Analysis Using Finite Element Method
title_sort detection of static eccentricity fault in saturated induction motors by air-gap magnetic flux signature analysis using finite element method
publisher El Oued University
series Journal of Fundamental and Applied Sciences
issn 1112-9867
publishDate 2013-06-01
description Unfortunately, motor current signature analysis (MCSA) cannot detect the small degrees of the purely static eccentricity (SE) defects, while the air-gap magnetic flux signature analysis (FSA) is applied successfully. The simulation results are obtained by using time stepping finite elements (TSFE) method. In order to show the impact of magnetic saturation upon the diagnosis of SE fault, the analysis is carried out for saturated induction motors. The index signatures of static eccentricity fault around fundamental and PSHs are detected successfully for saturated motor.
topic Induction motor
static eccentricity (SE)
time stepping finite elements (TSFE) method
air-gap magnetic flux signature analysis (FSA)
magnetic saturation.
url http://www.jfas.info/index.php/JFAS/article/view/152/pdf
work_keys_str_mv AT nhalem detectionofstaticeccentricityfaultinsaturatedinductionmotorsbyairgapmagneticfluxsignatureanalysisusingfiniteelementmethod
AT sezouzou detectionofstaticeccentricityfaultinsaturatedinductionmotorsbyairgapmagneticfluxsignatureanalysisusingfiniteelementmethod
AT ksrairi detectionofstaticeccentricityfaultinsaturatedinductionmotorsbyairgapmagneticfluxsignatureanalysisusingfiniteelementmethod
AT sguedidi detectionofstaticeccentricityfaultinsaturatedinductionmotorsbyairgapmagneticfluxsignatureanalysisusingfiniteelementmethod
AT faabood detectionofstaticeccentricityfaultinsaturatedinductionmotorsbyairgapmagneticfluxsignatureanalysisusingfiniteelementmethod
_version_ 1716758678979215360

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