high voltage switchgear

This paper introduces the design and application of interlock mechanism for the front and rear door of high voltage switchgear.

介绍了高压开关柜前后门联锁机构的设计及应用。

Study on the Low Pressure Die Casting Solidification Simulation of Tank for High Voltage Switchgear

高压开关罐体低压铸造凝固数值模拟研究

The thermal condition monitoring system for high voltage switchgear is mainly presented in this paper.

本文主要研究开关设备温度及开关量在线监测系统.

A method for indirect over-temperature detection of isolated contacts in high voltage switchgear, based on a novel polymer label and an Na Superionic Conductor CO2 sensor, has been proposed.

提出了一种基于新型高分子示温片和固态电解质二氧化碳传感器实现间接监测高压开关柜触点超温的新方法。

With the new economy growth cycle starting in our country, demand for electric power grows quickly, as a result, the transmiting-distributing electricity system investment become rapid, the enterprises of the high voltage switchgear industry faces a market opportunity.

随着我国新一轮经济增长周期的启动，电力需求增长较快，拉动了输配电系统建设，高压开关企业面临良好的市场机遇。

Design of Interlock Mechanism for the Front and Rear Door of High Voltage Switchgear

高压开关柜前后门联锁机构的设计

In the paper, aiming to tank for high voltage switchgear, low pressure die casting solidification process simulation is studied by z-cast simulation software on the basis of the characteristics of low pressure die casting solidification theory.

根据低压铸造凝固理论，利用Z Cast数值模拟软件，针对高压开关罐体的低压铸造凝固过程进行了数值模拟研究。