某型城际动车组项目接地故障排查及改进方案
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摘要
本文简要介绍了动车组接地系统的工作原理和分类,针对某型城际动车组接地回路连接断开或接触不良问题,导致出现的异常接地故障,通过分析接地故障排查方案,并提出相应的改进和解决方案。
The paper introduces working principle and classification of EMU grounding system briefly. Aiming at abnormal grounding fault caused by disconnection or bad contact of grounding circuit of a certain type of inter-city EMU, the paper analyzes grounding troubleshooting scheme, and puts forward corresponding improvement and solution scheme.
The paper introduces working principle and classification of EMU grounding system briefly. Aiming at abnormal grounding fault caused by disconnection or bad contact of grounding circuit of a certain type of inter-city EMU, the paper analyzes grounding troubleshooting scheme, and puts forward corresponding improvement and solution scheme.
引文
[1]张永波,刘玉铃,张维维,等.浅谈动车组接地系统设计[J].铁道机车与动车,2013(7):5-6.ZHANG Yong-bo,LIU Yu-ling,ZHANG Wei-wei,et al.Brief Discussion on Grounding System Design of EMU[J].Railway Locomotives and Motor Vehicles,2013(7):5-6.
[2]冯庆鹏.高速动车组车载设备接地设计研究[J].工业控制计算机,2014,27(6):159-160.FENG Qing-peng.Grounding Design Research of Vehicleborne Equipments of High Speed EMUs[J].Industrial Control Computer,2014,27(6):159-160.
[3]蔡纪卫,张春磊.CRH6型城际动车组牵引变流器进风口空气过滤器的研究[J].铁道车辆,2018,56(12):9-11.CAI Ji-wei,ZHANG Chun-lei,Research on Traction Converter Intake Air Filter of CRH6 Intercity EMU[J].Railway Vehicles,2018,56(12):9-11.
[4]曾华南,毛凯敏,尹志春.CRH6A型城际动车组保持制动性能研究[J].电力机车与城轨车辆,2018,41(6):17-19.ZENG Hua-nan,MAO Kai-min,YIN Zhi-chun.Research on Braking Performance of CRH6A Intercity EMU[J].Electric Locomotives and Urban Rail Vehicles,2018,41(6):17-19.
[5]常宁,黄尊地.城际动车组铝合金制动盘热应力场仿真分析[J].五邑大学学报(自然科学版),2018,32(4):43-49.CHANG Ning,HUANG Zun-di.Simulation and Analysis of Thermal Stress Field of Aluminium Alloy Brake Disc of Intercity EMU[J].Journal of Wuyi University(Natural Science Edition),2018,32(4):43-49.
[6]陈钧润,宋伟雅,陈伦胜.城际动车组布线模块化关键技术[J].机车车辆工艺,2018(4):12-14.CHEN Jun-run,SONG Wei-ya,CHEN Lun-sheng.Modularization Key Technology of Inter-city EMU Wiring[J].Locomotive and Rolling Stock Technology,2018(4):12-14.
[7]迟鹏飞,黄敏.关于城际动车组新型控制系统的概述[J].中国战略新兴产业,2018(24):86.CHI Peng-fei,HUANG Min.Overview of New Type Control System of Inter-city EMUs[J].China Strategic Emerging Industries,2018(24):86.
[8]李晓伟,高振强,孙运其.城际动车组总体技术工艺设计[J].科技经济市场,2018(2):23-25.LI Xiao-wei,GAO Zhen-qiang,SUN Yun-qi.Overall Technological Process Design of Intercity EMU[J].Science and Technology Economic Market,2018(2):23-25.
[9]林洋.城际动车组转向架构架疲劳安全性能评估研究[J].铁道运输与经济,2017,39(10):73-79.LIN Yang.Fatigue Safety Performance Evaluation Research of Steering Framework of Inter-city EMUs[J].Railway Transportation and Economy,2017,39(10):73-79.
[10]吕光春,秦斌,祝兴星.基于极限学习机的高铁永磁直驱电机转子位置预测[J].新型工业化,2018,8(11):6-11.LüGuang-chun,QIN Bin,ZHU Xing-xing.Rotor Position Prediction of High-speed Permanent Magnet Direct Drive Motor Based on Extreme Learning Machine[J].The Journal of New Industrialization,2018,8(11):6-11.
[2]冯庆鹏.高速动车组车载设备接地设计研究[J].工业控制计算机,2014,27(6):159-160.FENG Qing-peng.Grounding Design Research of Vehicleborne Equipments of High Speed EMUs[J].Industrial Control Computer,2014,27(6):159-160.
[3]蔡纪卫,张春磊.CRH6型城际动车组牵引变流器进风口空气过滤器的研究[J].铁道车辆,2018,56(12):9-11.CAI Ji-wei,ZHANG Chun-lei,Research on Traction Converter Intake Air Filter of CRH6 Intercity EMU[J].Railway Vehicles,2018,56(12):9-11.
[4]曾华南,毛凯敏,尹志春.CRH6A型城际动车组保持制动性能研究[J].电力机车与城轨车辆,2018,41(6):17-19.ZENG Hua-nan,MAO Kai-min,YIN Zhi-chun.Research on Braking Performance of CRH6A Intercity EMU[J].Electric Locomotives and Urban Rail Vehicles,2018,41(6):17-19.
[5]常宁,黄尊地.城际动车组铝合金制动盘热应力场仿真分析[J].五邑大学学报(自然科学版),2018,32(4):43-49.CHANG Ning,HUANG Zun-di.Simulation and Analysis of Thermal Stress Field of Aluminium Alloy Brake Disc of Intercity EMU[J].Journal of Wuyi University(Natural Science Edition),2018,32(4):43-49.
[6]陈钧润,宋伟雅,陈伦胜.城际动车组布线模块化关键技术[J].机车车辆工艺,2018(4):12-14.CHEN Jun-run,SONG Wei-ya,CHEN Lun-sheng.Modularization Key Technology of Inter-city EMU Wiring[J].Locomotive and Rolling Stock Technology,2018(4):12-14.
[7]迟鹏飞,黄敏.关于城际动车组新型控制系统的概述[J].中国战略新兴产业,2018(24):86.CHI Peng-fei,HUANG Min.Overview of New Type Control System of Inter-city EMUs[J].China Strategic Emerging Industries,2018(24):86.
[8]李晓伟,高振强,孙运其.城际动车组总体技术工艺设计[J].科技经济市场,2018(2):23-25.LI Xiao-wei,GAO Zhen-qiang,SUN Yun-qi.Overall Technological Process Design of Intercity EMU[J].Science and Technology Economic Market,2018(2):23-25.
[9]林洋.城际动车组转向架构架疲劳安全性能评估研究[J].铁道运输与经济,2017,39(10):73-79.LIN Yang.Fatigue Safety Performance Evaluation Research of Steering Framework of Inter-city EMUs[J].Railway Transportation and Economy,2017,39(10):73-79.
[10]吕光春,秦斌,祝兴星.基于极限学习机的高铁永磁直驱电机转子位置预测[J].新型工业化,2018,8(11):6-11.LüGuang-chun,QIN Bin,ZHU Xing-xing.Rotor Position Prediction of High-speed Permanent Magnet Direct Drive Motor Based on Extreme Learning Machine[J].The Journal of New Industrialization,2018,8(11):6-11.