1) Recloser and Instantaneous Protection
合闸速断
2) reclosing and instantaneous protection
合闸速断方式
3) closing velocity
合闸速度
1.
In debugging circuit breaker,the authors find out that some measures as increasing the initiative pressure soundly and adjusting the opening-spring stretch length properly to reduce the augment of closing velocity,or raising the ratio of initiative pressure of moving contact to closing velocity by decreasing the closing velocity can effective.
在断路器调试过程中发现:适当增加动触头初始压力,同时适当调整分闸弹簧预拉伸长度以降低合闸速度上升,或适当降低合闸速度,提高动触头初始压力与合闸速度的比值,另外,加强生产过程工艺质量控制,提高传动零件加工与装配精度,改进装配工艺,也能起到同样效果,可以有效减少合闸弹跳时间。
2.
This paper describes the closing velocity and the pre-strike of vacuum circuit breaker in the synchronous closing.
并结合配永磁机构的真空断路器关合时的动特性,对10kV系统与35kV系统的电容器组进行关合时,考虑到断路器合闸时间的分散性,在一定合闸速度下,确定了关合涌流为最小的最佳预期关合点。
4) closing(circuit breaker)
合闸(断路器)
5) low-speed reclosure
低速重合闸，慢速重合闸
6) High-speed Reclosure
高速重合闸
1.
In this paper, Electromagnetic Transient Program (EMTP) is used to study theeffects of High-speed Reclosure (HSR) adopted by transmission lines directly connected with generators on the shaft torsional torques of turbine-generator and thetransient stability of power system.
本文在开发使用ＢＰＡ—ＥＭＴＰ的基础上，研究了发电厂送出线上采用高速重合闸对汽轮发电组轴系扭振和电力系统运行稳定性的影响。
补充资料：速断
1.犹言迅速决断。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条