cable terminal
英 [ˈkeɪbl ˈtɜːmɪnl]
美 [ˈkeɪbl ˈtɜːrmɪnl]
网络 电缆终端
双语例句
- Large Cap/ Cable Chamber with Terminal Board for lead connections.
配置端子板的大型防护罩和电缆盒，用于电源的连接。 - Megohm inspection method is to form an electric cable terminal at the online access, another access terminal on the motor casing, megohm shake table to observe the value of insulation resistance.
检查方法是将兆欧表上的一个接线柱接在电泵电缆线上，另一接线柱接在电机外壳上，摇动兆欧表，观察绝缘电阻值。 - Apply a thin coating of petroleum jelly or chassis grease to the exposed surfaces of the battery cable terminal clamps and the battery terminal posts.
在电池电缆端子夹和电池端子线柱上涂一层薄薄的石油胶或底盘润滑油。 - Design and Implementation of Adapter in Cable Modem Terminal System Network Management System
CMTS网管系统适配器的设计与实现 - Apply a thin coating of petroleum jelly or chassis grease to the exposed surfaces of the cable terminal clamps and the battery terminal posts. A columnists on its pedestal. having columns either at both ends or at both sides.
为电缆终端线夹和电池接线柱露出部分涂一层薄的凡士林油或车用底盘滑脂。 - Causes of 110 kV cable terminal faults of Bao Steel Power Plant and countermeasures Network in internet bar, terminal equipment maintenance and recovery processing
宝钢电厂110kV电缆终端故障原因分析及对策网吧网络及终端设备维护与故障处理 - Thinking on Short Circuit Accident due to Discharge of 110 kV Dry Cable Terminal
一起110kV干式电缆终端头放电短路事故的思考 - Make the cable through in bottom board and on damp sealing india-rubber ring, connect wiring terminal, cover the heat-shrinkable sleeve, and connect to the cable connection terminal.
将电缆穿过底板和减振密封圈，接上接线端子，套入热缩套管，接到电缆联接点上。 - Field Measurement and Analysis of Stress Variation in Stress Cone of High Voltage Cable Terminal
高压电缆终端应力锥应力变化的现场测试分析 - Test on Incorrectly Installed Stress Cone of Prefabricated Cable Terminal
预制式电缆终端应力锥安装错位试验 - Analysis and treatment of SF_6 micro water content exceedance for power cable terminal
220kV电缆终端SF6气体微水含量超标分析及处理 - It is the show that the influence of structure forms and rubber property on 220 kV cable terminal stress cone is very obviously. The suitable structure form and relatively rubber property should be chosen in engineering design.
结果表明：橡胶材料及其结构形式对220kV电缆终端应力锥应力分布的影响十分明显，实际工程设计中应选择适当的橡胶材料及相应的结构形式。 - Molding Technology and Mould about Electric Cable Connection Terminal
用做连接器件的接线端子电缆接线端子成型工艺及其模具 - The research results are of value for diagnoses of thermal failure of the cable terminal.
研究结果对电缆端热击穿的绝缘诊断是有价值的。 - Based on engineering condition, the stress distributions of the 220 kV cable terminal stress cones with 18-boundary conditions shaped different structure shapes and different type of rubber materials were calculated by nonlinear finite element method.
根据工程实际情况，由不同结构形式和橡胶材料组成了18种工况条件，并应用非线性有限元方法分别计算了各种工况下应力锥的应力分布。 - On the Choice of Electric Cable based on the Low-tension Cable Terminal Loss of Voltage and Active Power Loss
根据低压电缆末端电压降及有功损耗选择电缆 - In recent ten and more years, the composite insulation of PTFE film with silicon oil emerges as a new type of insulation construction used in dry type insulation core in high voltage apparatus, such as wall bushing, current transformer and power cable terminal etc.
涂有硅油的聚四氟乙烯（PTFE）薄膜复合绝缘是用于制造干式穿墙套管、电流互感器、电缆终端头等高压电器绝缘芯体的一种新型绝缘结构。 - Optimization of material and structure parameters in cable terminal based on response surface methodology
基于响应表面法的电缆终端结构和材料参数优化 - Study on the On line Detecting Technique for Power Cable and Terminal Based on Heat Effect
基于热效应的电力电缆及其终端在线检测技术 - This article introduces use and basic structure about a high-voltage electric cable connection terminal, and dwells on its molding technology and mould structure, and the molding technology has been proved reasonable and feasible by practice production.
本文介绍了一款高压电缆接线端子的使用及基本结构，详细地分析了它的成型工艺及其模具结构，经实际生产证明该工艺合理可行。 - MV CGIS has the characteristics such as not to be influenced by ambient conditions, lower pressure of insulating medium, high reliability, miniaturization, bus expandable, the incoming and outgoing line of cable terminal completely shielded, which can be realized with intelligence and informative processing.
中压C-GIS具有不受环境影响、介质绝缘压力低、小型化、母线可扩展、全屏蔽电缆终端进出线等特点，可实现智能化与信息化。 - It is crucial to limit the overvoltage of cable entrance, and the arresters installed at cable terminal and GIS are unnecessary.
过电压保护的关键在于限制电缆首端的过电压，电缆末端和GIS不需加装避雷器； - From the results of comparison and analysis, suggestions for structure shape and type of rubber materials are presented to helpfully design the cable terminal.
提出了结构形式和橡胶材料的选用建议，为实际设计提供参考。 - The structure for the control system of Profibus mainly has Profibus Interface, power, I/ O interface, Profibus cable and terminal power.
现场总线控制系统的结构包括：主控器、总线接口、电源、输入/输出接点、总线电揽和终端电阻。 - During development 220 kV cable terminal, the stress distribution of the rubber stress cone is the key problem.
在220kV交联电缆附件开发过程中，橡胶应力锥的压力分布状态是要解决的关键问题。 - Numerical simulation analysis of 220 kV cable terminal stress cone in force field
220kV电缆终端应力锥在力场中的数值模拟分析 - The operation principle and structure features of a 220 kV cable terminal stress cone were simply described. The numerical simulation model of the cable terminal structure was proposed.
应用220kV电缆终端的结构型式和工作原理，建立了该种电缆终端结构的数值仿真模型； - Mounting and use of cold-contract prefabricated silicone rubber cable terminal
硅橡胶冷缩预制式电力电缆终端的安装使用 - Cable terminal is the area of cable line where electric field of stress concentration is more concentrated and complex and have poor insulation. It often causes all kinds of accidents which have affected the stability of electric power system.
电缆终端是电缆线路中电场应力集中、复杂和绝缘较差的部位，经常发引发各种事故影响了电力系统的稳定性。 - Cable terminal is the weakness of high voltage electricity grid. The mechanical property, especially fatigue property of high voltage cable terminal is very important for the stability.
在高压电网组成部分中，高压电缆终端是比较薄弱的环节，其力学特性，特别是疲劳特性对高压电网的稳定性起到十分重要的作用。