在交流和直流母线附近安装簧片开关的设计

M. Kletsel’, A. Barukin, B. Mashrapov
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引用次数: 7

摘要

需要指出的是,簧片开关的使用使不需要电流互感器的继电保护装置的建设成为可能。强调通过改变带电母线附近簧片开关的位置来紧固和调节这些装置的响应参数,需要特殊的结构。提供了四种新的设计,用于安装靠近交流和直流母线的簧片开关。第一种与已知的不同之处在于,它们有一个覆盖总线的夹子,一个固定n个簧片开关的板和一个用这个夹子固定的带子。第二个不同的是一个双耳夹和两个旋转弧棘轮鼓与簧片开关。第三个不同的是一个l型板与簧片开关和安装角度。第四个不同之处在于两个有四个通孔的矩形梁。本文介绍了如何利用这些结构控制簧片开关保护跳闸的参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designs for Mounting Reed Switches in Vicinity of AC and DC Buses
It is noted that the use of reed switches makes it possible to solve the urgent problem of building relay protection devices without current transformers. It is emphasized that for their fastening and regulation of the response parameters of these devices by changing the position of the reed switches in the vicinity of live buses, special structures are necessary. Four new designs are offered for mounting reed switches close to AC and DC buses. The first of them differs from the known ones by the availability of a clamp covering the bus, a plate on which n reed switches are fixed and a strap fastened with this clamp. The second one differs by a double ear clamp and two rotary arcs with ratchet drums with a reed switch. The third one differs by a L-shaped plate with reed switches and mounting angles. The fourth one differs by two rectangular beams with four through holes. The article describes how to control the parameters of protections tripping on the reed switches using these structures.
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