自动重合闸装置

CMOS固体电路式保护&两段式方向过电流保护及自动重合闸装置

CMOS Solid-State Circuit Protection & Two-Step Directional Over Current Protection Device with Thee-Phase One Shot Reclosing

手车式开关柜自动重合闸装置接线方式的改进

Improvement of Connection Mode of Auto - reclosure in Handcart Switch Cabinet

简析水闸在施工期不容忽视的应力组合周期性自动重合闸装置

Stree Combination ingored in Water Gate Construction periodic-automatic reclosing equipment

周期性自动重合闸装置合闸操作有合闸电铁及手动按钮操作两种。

Periodic-automatic reclosing equipment Close-brake have two kinds of close brake electromagnet and manual button .

可编程序控制自动重合闸装置

The automatic reclosing device of programmable controller

自动重合闸装置整组试验的程序

Set test program of auto reswitching device

论高压输电线路继电保护与自动重合闸装置与配置

Discussion on the Relay Protection and Auto Reclosing Device and Their Configuration for High Voltage Transmission Line

即当线路出现故障，继电保护使断路器跳闸后，自动重合闸装置经短时间间隔后使断路器重新合上。

That is , when the line failure , the relay circuit breaker tripping , the device auto-reclosing after a short time interval , so that a re-breaker .

鉴于高温超导电缆输送容量大，为了提高其供电可靠性和整个电网并列运行的稳定性，有必要增设自动重合闸装置。

HTS cable has a huge power transmission capacity , so the auto-reclosure device must be installed in the transmission line of HTS cable to improve the reliability and stability of power grid .

结合手车式开关柜自动重合闸装置的接线方式和动作过程，分析了手车式开关柜重合闸误动的原因，提出了手车式开关柜自动重合闸装置接线方式有效的改进对策。

In the light of the connection mode and action process of auto-reclosure in handcart switch cabinet , The cause of its malfunction was analyzed , and the effective improvement on its connection mode was put forward .

对输电线路阶段式电流保护、自动重合闸等装置的基本原理进行了阐述。

Pairs of transmission line-stage current protection , automatic re-closing devices such as the basic principles are described .

110kV开式网络自动重合闸与自动装置的配合应用

The Coordinated Application of Auto-enclosure and other Automatic Equipments in 110 kV Open Network

电力网自动跳闸和重合闸装置传动装置合理，切削力大，功效高。

Network tripping and reclosing device With the reasonable gearing , it is powerful in cutting . With high efficiency .

残压计算为自动二次重合闸装置的设计人员提供了理论依据，也是分析异步电动机电容制动过程的基础。

The computation of residual voltage offers the theoretical foundation to the design of automatic secondary reclose , and it is also the analysis basis for capacity braking .