interrupter contact 中文意思是什麼

interrupter contact 解釋
斷續器觸點
  • interrupter : n. 1. 打斷者,阻礙者,障礙物。2. 【電學】斷續器,斷流器。
  • contact : n 1 接觸;聯系;交涉。2 〈美國〉(有勢力的)熟人;門路。3 【數學】相切;【電學】接觸;觸頭;觸點...
  1. Axial magnetic field of a new cup type axial magnetic field vacuum interrupter contact with iron plates

    鐵心式杯狀縱磁真空滅弧室觸頭磁場特性
  2. Its breaking capability is similar to the sade contact structure of toshiba. the application of new cup - type contact structure will effectively improve breaking capability, and reduce the size of interrupter without influencing other properties and improve its performance

    該觸頭結構的應用將有效地提高現行產品的開斷性能,有利於在不改變產品性能的前提下縮小現有產品的外徑尺寸,提高產品性能。
  3. According to vacuum arc theory, the contact structure of vacuum interrupter is changed to produce magnetic field in the open space of the switching house. hence, the short - circuit current breaking capability in vacuum interrupter can be enhanced

    根據真空電弧理論,人們通過改變真空滅弧室觸頭結構,使其開斷時在斷口空間產生磁場,以此來提高真空滅弧室的短路電流開斷密度。
  4. As we know that this new contact structure was first used in current vacuum interrupter in our country, and a series of comparison tests have been performed. the results indicated that the breaking current density using the new cup - type contact structure is much higher than that of original structure

    據我們所知,該種新型杯狀縱磁場觸頭結構在真空滅弧室中的應用屬國內首次,製成的試品,在合成迴路與原結構產品進行了比較性試驗。
  5. In this paper, the over voltage induced by re - ignition, rules of breakdown in vacuum contact clearance, factors which influence dielectric strength of clearance and characteristics of re - ignition when vacuum switchgear switch capacitor banks are analyzed. the conclusion is that the breakdown of clearance in vacuum interrupter is the direct cause which inducing re - ignition of vacuum circuit - breaker in capacitor banks ’ switch. particle breakdown is the essential reason to induce breakdown in clearance of vacuum interrupter, although mechanical characteristic of vacuum circuit - breaker is another factor

    本文通過對真空開關投切電容器組重燃過電壓、真空觸頭間隙擊穿機理及影響真空間隙介質強度的因素、真空開關投切電容器組重燃現象特點進行分析研究發現,真空滅弧室斷口的真空間隙擊穿是導致真空斷路器投切電容器組重燃的直接原因,其次是真空斷路器機械性能的影響,而微粒擊穿是導致國產真空滅弧室真空間隙擊穿的根本原因。
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