1) the installation of high voltage power cable
高压电缆安装
1.
At analysis and processing on the installation Defects of 35kV high voltage power cable, he magnitude of inductive potential and current through metallic sheath at cross connecting models of the installation of high voltage power cable were analyzed and discussed by Vector Analysis Method in this paper.
通过对一起35kV高压电缆安装缺陷的分析和处理,用矢量法分析讨论了电缆线路敷设、安装过程中护套采用完整的交叉互联换位接地方式下,电缆金属护套中的感应电势和环流幅值变化,提出并实施科学的同轴电缆接线方式,快捷有效地降低感应电势和环流幅值,排除了运行故障。
2) high-pressure steel clad cable
高压铠装电缆
4) High-voltage cable
高压电缆
1.
Application of fiber Brillouin sensing system in high-voltage cable detection;
光纤布里渊传感系统在高压电缆检测中的应用
2.
The anicle analyses the failure cause and representative form of high-voltage cable, introduces the four-wire method to Check Fault of Power Cable and apply it to case study, the method has a high percentage of accuracy.
分析了高压电缆的故障原因和表现形式,介绍了用电桥回线法检测电缆故障的方法和步骤,并应用工程实例说明了操作方法和准确程度。
3.
At present,off-line monitoring is still wildly used in XLPE high-voltage cable maintenance.
交联聚乙烯(XLPE)高压电缆的检修还处于定期试验的预防性维修阶段。
5) high voltage cable
高压电缆
1.
An experimental investigation on a solid in high voltage cable s oil-paper insulation produced under electric field;
电场作用下高压电缆油纸绝缘中产生固体物的实验研究
2.
This paper introduced the distributed temperature sensing based on fiber which is used to monitor the surface temperature of high voltage cable,and gave out the thermal circuit model to calculate the temperature of cable core by surface temperature,and analyzed the.
文章介绍了用于高压电缆表面温度测量的光纤测温系统,建立了高压电缆的热路模型,分析了不同位置表面温度对电缆线芯温度计算结果的影响,给出了不同排列方式下光纤安装位置的指导性意见。
6) HV cables
高压电缆
1.
It automatically compensates the non-synchronization between the traction speed and corrugating speed by the movement of a corrugation carriage so that variation in corrugating pitch and wrong corugation are eliminated during the production of the metal sheath of HV cables.
介绍一种新型移动式轧纹装置,它通过轧纹小车的移动来自动补偿牵引速度和轧纹小车的移动来自动补偿牵引速度和轧纹速度的不同步,避免了在高压电缆金属护套轧纹时出现轧纹节距变化甚至乱纹的现象。
补充资料:高压电
工业上指电压在3,000—11,000伏的电源。通常指电压在250伏以上的电源。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条