equipotential connection 中文意思是什麼
equipotential connection
解釋
等電位連接- equipotential : adj. 1. 潛力均等的，均勢的。2. 【物理學】等電位的，等能的，等勢的，恆勢的。n. -ity
- connection : n. 〈美國〉＝connexion.
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Electrical safety in low voltage distribution systems up to 1000 v a. c. and 1500 v d. c. equipment for testing, measuring or monitoring of protective measures - resistance of earth connection and equipotential bonding
不超過交流1000v和直流1500v的低壓配電系統電氣安全性.防護測試測量或監測設備.接地和等勢屏蔽接地阻抗 -
Electrical safety in low voltage distribution systems up to 1000 v a. c. and 1500 v d. c. - equipment for testing, measuring or monitoring of protective measures - part 4 : resistance of earth connection and equipotential bonding
1000v交流和1500v直流的低壓分配系統的電氣安全.防護測量的試驗測量和監測設備.第4部分:地面連接和等電位連接的電阻 -
Typical examples are water mains and gas pipes. equipotential bonding consists of main and supplementary equipotential bondings. it means the electrical connection linking various exposed conductive parts and extraneous conductive parts so as to achieve a substantially equal potential
至於等電位導體的作用，其實就是將各個外露非帶電金屬部分和非電氣裝置金屬部分作電氣性連接，使各部分的電位在頗大程度上相等。 -
Electrical safety in low voltage distribution systems up to 1 kv a. c. and 1, 5 kv d. c. equipment for testing, measuring or monitoring of protective measures. part 4 : resistance of earth connection and equipotential bonding
最高可達1 kv交流電和1 . 5 kv直流電的低壓配電系統中的電氣安全性.試驗測量或保護測量監測用設備.第4部分:接地和等電位連接電阻 -
Some problems needing attention in the equipotential connection in the electrical construction of the house buildings
住房建築電氣施工中等電位聯結應注意的問題 -
Figure 1 illustrates the connection arrangement of circuit protective conductors ( cpc ) and bonding conductors to exposed and extraneous conductive parts. by proper installation of automatic disconnection devices, cpc and equipotential bonding, in case of an earth fault occurred in an installation, the voltage on any exposedextraneous conductive parts occurring anywhere in the installation should be of such magnitude and duration as not to cause danger ( please refer to figure 2 and 3 )
因此，當電力裝置發生故障時，由於線路得到相關截流器的保護，電力裝置的任何一處的外露非帶電金屬部分和非電氣裝置金屬部分的電壓，其強度及持續時間皆不致引起危險（請參閱附圖二及三） 。
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