电缆接头检测与X光扫描运用分析
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摘要
伴随电力系统产业的运行,在电力产业运行及发展中,为了实现对电缆故障因素的科学确定,需要通过对电缆接头检测状况的分析,进行扫描方法的完善。相关的技术检测人员需要掌握电缆接头检测的技术形式,创设科学化的检测办法,以便提高电缆接头故障检测的有效性。通过对X光扫描检测方法的使用,可以针对电缆头的故障进行检测,提高电缆接头故障检测的及时性。因此,本次研究中,针对电缆接头检测方法,对X光扫描技术的运用进行了系统性分析,核心是在技术操作理念分析的基础上,进行检测流程的分析,保证电缆接头故障检测的准确性,提高检测质量以及检测效率,从而为电力产业的运行及发展提供有效支持,全面满足现代化电力企业电缆故障检测的核心需求。
With the operation of the power system industry,in the operation and development of the power industry,in order to achieve the scientific determination of the cable fault factors,we need to improve the scanning method through the analysis of the cable joint detection status.Relevant technical inspectors need to grasp the technical form of cable joint detection and create scientific detection methods,so as to improve the effectiveness of cable joint fault detection.Through the use of the X optical scanning detection method,the fault of the cable head can be detected and the timeliness of the fault detection of the cable joint can be improved. Therefore,in this study,the cable joint detection method of X using optical scanning technology was analyzed,the core is the foundation in the analysis of technical operation concept,testing process analysis,ensure the accuracy of cable fault detection,improve the quality of detection and detection efficiency,so as to provide effective support for the operation and the development of power industry,fully meet the needs of modern enterprise core power cable fault detection.
With the operation of the power system industry,in the operation and development of the power industry,in order to achieve the scientific determination of the cable fault factors,we need to improve the scanning method through the analysis of the cable joint detection status.Relevant technical inspectors need to grasp the technical form of cable joint detection and create scientific detection methods,so as to improve the effectiveness of cable joint fault detection.Through the use of the X optical scanning detection method,the fault of the cable head can be detected and the timeliness of the fault detection of the cable joint can be improved. Therefore,in this study,the cable joint detection method of X using optical scanning technology was analyzed,the core is the foundation in the analysis of technical operation concept,testing process analysis,ensure the accuracy of cable fault detection,improve the quality of detection and detection efficiency,so as to provide effective support for the operation and the development of power industry,fully meet the needs of modern enterprise core power cable fault detection.
引文
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[2]李一鸣.XG-500型医用X光机故障原理及其检修[J].中国医疗器械杂志,2010,34(4):311-312.
[3]白瑞.电缆“T”接头在站场照明系统电缆施工中的问题[J].山西建筑,2013,39(33):149-151.
[4]何光华,陈大兵,陈伟嵩.基于X光数字实时成像技术的电缆集中性缺陷检测工艺的研究[J].江苏科技信息:学术研究,2012,(11):82-85.
[5]何光华,陈大兵,俞骏,等.一起电缆非贯穿性缺陷X光数字成像检测案例的图像误差分析和对策研究[C].华东六省一市电机工程,2012:101-130.
[6]郭景海,马良,赵墨,等.皮安级电流实时测量系统设计及在直流X光机试验上的应用[J].核电子学与探测技术,2015,(1):55-58.
[7]刘志国,赵明,陈立新,等.故障电缆附件状态评价手段的分析研究[J].电线电缆,2017,(2):37-40.
[8]马良,周辉,程引会,等.带状电缆的直流X射线辐照响应[J].强激光与粒子束,2014,26(1):200-205.
[9]乔洪新,邓浩,胡冉,等.10k V高压电缆中间头防火盒的研究[J].科技与企业,2015,(6):178.
[10]孙中旺.关于港口6/10k V中压电缆中间头综合防火措施的设计[J].城市建设理论研究:电子版,2016,(11):71-73.
[11]张伟功.10kv电力电缆施工的存在问题论述[J].建筑工程技术与设计,2015,(2):153.
[12]胡顺龙.探析10k V电力电缆施工的存在问题[J].科技与企业,2014,(9):177.
[13]俄广林,刘磊,王传胜.XG200 X光机高压电缆击穿的处理[J].中国医疗设备,2006,21(9):109.
[14]鲁宁.高压XLPE电缆击穿的制造因素分析及有效控制[J].电力工程技术,2017,36(4):58-59.
[15]刘霞,于钦学,钟力生,等.高压XLPE电缆绝缘V-t特性研究综述[J].南方电网技术,2015,9(10):57-63.
[16]陈达,杨家庆,张新华.高压电缆冷缩中间接头的应用研究[J].中小企业管理与科技,2011,(10):308.