Study on the Life Prediction of Induction Motors Based on Accelerated Degradation Testing Method
Induction motors are widely used in industry, and usually have a long life. To predict the life and reliability of the motors within a reasonable time, a simple and available accelerated degradation testing method is presented. To simulate the unbalanced load on the motor, the lamina with circular holes is mounted on the shaft of the motor eccentrically, and different unbalanced loads are obtained by changing the mounted places of the lamina. A motor accelerated test with three kinds of stress is applied, and the Orbit Areas are used to reveal the performance degradation index of motor. The life and reliability of the motor is finally predicted and evaluated with a balanced lamina mounted on the shaft as its normal working condition. The accelerated degradation testing approach has been proven to be practical to predict the life of the motors.
Induction motor life prediction accelerated degradation testing unbalanced load holes lamina reliability analysis
Deqiang Zheng Haibo Li Zhengping Zhang Jianguo Wu Jing Xu
Key Laboratory of National Defense Technology for Reliability & Environment Engineering Technology, Beijing Institute of Structure and Environment Engineering Beijing, China
国际会议
贵阳
英文
1101-1106
2011-06-12（万方平台首次上网日期，不代表论文的发表时间）