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    • 7. 发明公开
    • ÜBERSPANNUNGSABLEITER
    • EP2831967A1
    • 2015-02-04
    • EP12816441.5
    • 2012-11-20
    • OBO Bettermann GmbH & Co. KG
    • SCHURWANZ, Jürgen
    • H01T1/02H01T1/16H01T4/10H01T4/16H01T4/20
    • H01T4/12H01C7/12H01T1/16H01T4/20
    • In order to create a surge arrester (1) having at least an insulation gap (2) and an arc chamber which is formed between two electrodes (4, 6) and is connected in series with said insulation gap, wherein at least one electrically conductive disc (7) is arranged in the arc chamber, in which a system with only as far as possible one insulation gap, in particular spark gap, and therefore a corresponding response behaviour is provided, which system has a follow current extinction capacity of a multiple spark gap, it is proposed that an annular housing (8) is arranged between the electrodes (4, 6) so as to establish contact, said housing surrounding the disc (7) and being composed of a material which is electrically conductive in the high-impedance range, wherein the disc (7) is arranged with play between the electrodes (4, 6).
    • 为了制造具有至少一个绝缘间隙(2)和形成在两个电极(4,6)之间并与所述绝缘间隙串联连接的电弧室的电涌放电器(1),其中至少一个导电的 盘7设置在电弧室中,其中仅提供尽可能远的一个绝缘间隙,尤其是火花隙,并因此提供相应的响应行为的系统,该系统具有倍数的跟随电流消耗容量 火花间隙中,建议在电极(4,6)之间布置环形外壳(8)以建立接触,所述外壳围绕盘(7)并且由在高电位 阻抗范围,其中盘(7)被布置为在电极(4,6)之间具有游隙。
    • 9. 发明公开
    • Lightning arrester insulator and method of making the same
    • Blitzableiterisolator和Herstellungsverfahrendafür。
    • EP0518386A2
    • 1992-12-16
    • EP92114053.9
    • 1989-03-22
    • NGK INSULATORS, LTD.
    • Seike, ShojiNozaki, Masayuki
    • H01T1/16H01T21/00H01C7/12
    • H01C7/12H01T1/16
    • A lightning arrestor insulator is provided having a discharge gap portion and an arrestor ZnO element device (5) both in the body of the insulator, comprising opposed projecting discharge electrodes (3a,3b) arranged inside the insulator body. The discharge gap portion is formed of a heat resistant protrusion (2) inside the insulator body surrounding the discharge electrodes (3a,3b), and a pair of metal plates and/or electrically conductive ceramic plates (4a,4b) sandwiching the protrusion (2) from both sides thereof and electrically connected to the discharge electrodes. The pair of plates (4a,4b) are joined and airtightly sealed to the protrusion via an inorganic glass (10a,10b). The arrestor has a highly reliable airtight fixing and sealing structure so that accidental troubles in a power supply or distribution line at a normal working voltage can be substantially eliminated, and damage caused by hygromeration and lightning can be noticeably decreased.
    • 在绝缘体的主体中设置有具有放电间隙部分和避雷器ZnO元件装置(5)的避雷器绝缘体,包括布置在绝缘体内部的相对的突出放电电极(3a,3b)。 放电间隙部分由围绕放电电极(3a,3b)的绝缘体内部的耐热突起(2)和夹着突起的一对金属板和/或导电陶瓷板(4a,4b)形成 2)并且与放电电极电连接。 一对板(4a,4b)通过无机玻璃(10a,10b)与该凸起接合并气密地密封。 避雷器具有高度可靠的气密固定和密封结构,从而可以基本上消除电源或配电线路在正常工作电压下的意外故障,并且可以显着降低由于潮湿和闪电造成的损坏。