Journal Paper

Paper Title - Application of Cepstrum and Neural Network to Induction Motor Fault Detection


Abstract
Three phase induction motors are the most widely used electrical machines in industries. For this reason detection of induction motor failures is very important. Bearing problems is one of the major causes for drive failures. The method used parks transformation as a tool for the classification of the faults. Present contribution reports experimental results for monitoring of bearing as well as interturn faults in induction motor. Stator current signals are transform into Id and Iq using parks transformation. These signals are further analyzed using cepstrum. Statistical parameters computed from cepstrum coefficients are fed as input to artificial neural network for motor fault classification. The results show the effectiveness of cepstrum and ANN in detecting the bearing and interturn conditions. Index terms - Induction motor, Fault diagnosis, Cepstrum, Park’s transformation, artificial neural network.


Author - Bharati B. Bhambere, Anjali U. Jawadekar

Citation - Bharati B. Bhambere   ,   Anjali U. Jawadekar   ,   Bharati B. Bhambere, Anjali U. Jawadekar " Application of Cepstrum and Neural Network to Induction Motor Fault Detection " , International Journal of Industrial Electronics and Electrical Engineering , Volume-5,Issue-8  ( Aug, 2017 )

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| Published on 2017-10-18