Intelligent Monitoring and Overheating Protection System for Motor

CCIE), 2010 International Conference(2010)

引用 3|浏览0
暂无评分
摘要
To reduce the damage number and equipment the failure rate of motor, improve the reliability of motor operation, an intelligent motors monitoring protection system has been developed. C8051F020 single chip used to collect reliable electric current and temperature parameters, current of motor overload, overrun, leakage, unbalanced, and none of the electrical and environmental temperature for three-phase were measured and calculated, intelligent determine a variety of work the possibility of failure and timely rule out, implementation of lack phase, over-current, under current, under voltage protection for the motor. Software is utilizing differential filtering to improve full wave Fourier algorithm and effectively restraining decaying DC component. Thermal model of low voltage motor is also established and it has solved the overheating protection problem of low voltage motor on principle, and thus simplified the hardware design. Practical operation demonstrated that the system is stable and reliable work, easy to operate and function to meet the requirements of the scene.
更多
查看译文
关键词
power system protection,fourier analysis,electric motors,temperature measurement,full wave fourier algorithm,leakage currents,electric current measurement,motor overload current,motor failure rate reduction,environmental temperature,low voltage motor,protection of motor,computerised monitoring,low voltage motor thermal model,practical operation,failure rate,intelligent motors monitoring protection system,motor overload,intelligent monitoring,protection system,overheating protection problem,overheating protection,intelligent motor,power engineering computing,reliability,motor operation,differential filtering,overheating protection system,voltage protection,motor operation reliability improvement,c8051f020 chip,breakdown,artificial intelligence,hardware,ac motors,chip,filtering,temperature,heating,low voltage
AI 理解论文
溯源树
样例
生成溯源树,研究论文发展脉络
Chat Paper
正在生成论文摘要