Impact of the Stator Winding Topology on the Fault Harmonic Components in Induction Motors

Seddik Tabet,Adel ghoggal,Salah Eddine Zouzou

Lecture Notes in Electrical EngineeringProceedings of the 4th International Conference on Electrical Engineering and Control Applications（2020）

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Abstract

This paper deals with analysis of the impact of the type of the induction motor’s (IM) stator windings on the fault harmonic components (FHC). The model is based on the know modified winding function approach (MWFA) to evaluate the machine inductances. Both broken rotor bars and air-gap eccentricity faults are considered. The numerical investigations and simulations set conclusions as far as the winding topology impact is concerned.

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Key words

SCIMs,MWFA,PSH,Slot skewing,FFT,Distribution and winding function,BRB,Eccentricity,Concentric winding at a full step layer,Total-step two-ply nested winding,Concentric winding with two short-pitch layers,Chain winding,Computer simulation

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