传统上，我们使用一根置于空气中的金属终端【富兰克林避雷针】和一条与集成的接地装置连在一起的下导线路来保护建筑物。
Traditionally structures have been protected by the use of air terminals (Franklin Lightning Rods) and a network of downconductors connecting to an integrated grounding system.
我们在安装避雷装置。
氧化（作用）会使避雷装置的接地线生锈。
Oxidation will make ground-wire of lightning arrester rusty.
避雷装置安装在哪里？
建筑物避雷装置安装的目的是在建筑物遭受雷击时起到保护作用，防止或减少雷击事故的发生。
The intention of installing lightening arresters on buildings is to protect the buildings and avoid or reduce lightening hazards when buildings suffer lightening stroke.
避雷，装有普通避雷或高级专业产品避雷装置。
Lightning, lightning or a senior professional with ordinary lightning protection products.
然而，他发明了避雷装置，这种装置可以保护建筑物和轮船以避免闪电带来的损害。
However, he did invent the lightning conductor, which protects buildings and ships from damage caused by lightning.
装置结构的避雷保护。
研制了一种检测氧化锌避雷器阀片的重复频率充放电装置，采用L C恒流充电技术，通过电压反馈法控制充放电运行过程。
The charging technique with L-C constant-current converter is adopted, and the repeated charging and discharging process of the device is controlled by voltage feedback.
因此 ，母线上的避雷器不一定能完全保护并联补偿装置 ，应采取专门的措施来限制过电压。
So it is not certain that the shunt capacitance compensator is completely protected by the arrester in the busbar. It is necessary t…
因此 ，母线上的避雷器不一定能完全保护并联补偿装置 ，应采取专门的措施来限制过电压。
So it is not certain that the shunt capacitance compensator is completely protected by the arrester in the busbar. It is necessary t…
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