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Alternative TitleDegradation Monitoring Method of Electromagnetic Coil Insulation for Smart Manufacturing
王锴; 郭海丰; 徐皑冬; 刘洋; 韩晓佳
Source Publication信息与控制
Volume46Issue:4Pages:469-473, 512
Indexed ByCSCD
Contribution Rank1
Funding Organization国家自然科学基金国际(地区)合作与交流项目(NSFC-NRF(中韩))(71661147005)
Keyword故障预测与健康管理 预测性维护 电磁线圈 退化监测 Opc-ua
Other AbstractWe focuses on insulation degradation monitoring of electromagnetic coils which are fundamental energy conversion components and have been widely used in solenoid valves, motors, and transformers, due to that electromagnetic coils have been shown to be failure prone in reality. First, we theoretically prove that there exists correlation between the coil resonant frequency and the insulation degradation by the coil equivalent circuit model and the insulation failure mechanism analysis. Second, we perform thermal accelerating degradation tests on a solenoid valve coil and the result shows that coil resonant frequency decreases during the test, which validates resonant frequency as the on-line health monitoring parameter for the coil. Finally, we propose a framework for constructing a management system for transparency of degradation states of manufacturing equipment/key components under Industry 4.0 aiming at the practical requirements of smart factory.
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Document Type期刊论文
Corresponding Author王锴
Recommended Citation
GB/T 7714
王锴,郭海丰,徐皑冬,等. 面向智能制造的电磁线圈绝缘退化监测方法[J]. 信息与控制,2017,46(4):469-473, 512.
APA 王锴,郭海丰,徐皑冬,刘洋,&韩晓佳.(2017).面向智能制造的电磁线圈绝缘退化监测方法.信息与控制,46(4),469-473, 512.
MLA 王锴,et al."面向智能制造的电磁线圈绝缘退化监测方法".信息与控制 46.4(2017):469-473, 512.
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