1)generator out of order发电机跳闸
1.Analysis on Generator Trip Caused by Stator Cooling Water Breaking off一起因定冷水中断致发电机跳闸的故障分析
2.Features of Trip Protection of Coal Mills in Hanfeng Power Plant and Optimization邯峰发电厂磨煤机跳闸保护特点及其优化
3.Impacts of Generator Breakers Trip on the Stability of Ship Power System发电机出口断路器跳闸对船舶电力系统稳定性的影响
4.Electric Locomotive High Pressure Trip Breakdown"s Reason with Guards Against电力机车高压跳闸故障的原因与防范
5.Analysis on Transformer Tripping Incident in 600MW Power Plant600MW发电厂启备变跳闸事故分析
6.Influence of Tripping to Power Grid Frequency and Voltage Stability机组跳闸对电网频率及电压稳定性的影响
7.The Setting Principles of Emergency Trip System of Thermal Power Unit Steam Turbine火电机组汽轮机紧急跳闸系统的设置原则
8.Study on the Effect of Trip-Reclosure Time on Power System Stability;跳闸—重合闸操作时机对电力系统稳定性影响的研究
9.FEATURES OF TRIP PROTECTION FOR COAL PULVERIZER IN ZHANGZE POWER PLANT AND OPTIMIZATION THEREOF菏泽电厂磨煤机跳闸保护特点及其优化
10.Cause analysis and countermeasures for controllable power source switch trip of the coal pulverizer oil station磨煤机油站控制电源开关跳闸原因分析及对策
11.Reason Analysis of Substation Rectifier Transformer Trip Caused by Out-regional Fault区外故障引发变电所整流变跳闸的原因分析
work tripping and reclosing device电力网自动跳闸和重合闸装置
13.The Research of the Grid-connected Thyristor Inverter in Wind Turbine;风力发电机晶闸管并网逆变器的研究
14.Analysis and Improvement on the Tripping Caused by Short-circuit of DEH High-pressure Magnetic ValveDEH高压遮断电磁阀短路造成机组跳闸的原因分析及改进
15.Reason Analysis of Unit Due to the False Water Level Signal of Deaerator and its Preventive Measures除氧器虚假水位引发机组跳闸的原因分析及防范措施
16.Analysis on false switch-in and failure switch-off of 10 kV generator"s outgoing switch and treatment measures10kV发电机出口开关误合闸及拒绝分闸故障分析与处理
17.Brief Analysis on Tripping Incident of Transmission Line Directly Under North China Power Grid in 华北电网直属输电线路跳闸浅析
18.The circuit of motor speed regulation control based on thyristor trigger module;晶闸管触发模块构成的电机调速控制电路
相关短句/例句
air brakes of unit发电机风闸
3)steam turbine trip汽机跳闸
4)breaker trip辅机跳闸
5)unit trip机组跳闸
6)electrical tripping供电跳闸
延伸阅读
测速发电机测速发电机tachogenerator输出电动势与转速成比例的微特电机。测速发电机的绕组和磁路经精确设计，其输出电动势E和转速n成线性关系，即E＝kn，其中k是常数。改变旋转方向时输出电动势的极性即相应改变。当被测机构与测速发电机同轴联接时，只要检测出输出电动势，即能获得被测机构的转速，故又称速度传感器。测速发电机广泛应用于各种速度或位置控制系统。在自动控制系统中作为检测速度的元件，以调节电动机转速或通过反馈来提高系统稳定性和精度；在解算装置中可作为微分、积分元件，也可作为加速或延迟信号用或用于测量各种运动机械在摆动或转动以及直线运动时的速度。测速发电机分为交流和直流两种。
