电力技术
電力技術
전력기술
ELECTRIC POWER TECHNOLOGY0
2010年
9期
31-33
,共3页
电机%液体电阻%调速%节能
電機%液體電阻%調速%節能
전궤%액체전조%조속%절능
motor%liquid resistance%speed control%energy-saving
液体电阻调速技术,改变了引风机采用定速运行,依靠调节入口档板来调节风量,为通过改变转差率来实现改变电机的转速,实现软启动,节能效果明显并且投资少、占地小、运行平稳安全。改造应注意的关键问题是转子改为绕线式并且要有可靠的水源。
液體電阻調速技術,改變瞭引風機採用定速運行,依靠調節入口檔闆來調節風量,為通過改變轉差率來實現改變電機的轉速,實現軟啟動,節能效果明顯併且投資少、佔地小、運行平穩安全。改造應註意的關鍵問題是轉子改為繞線式併且要有可靠的水源。
액체전조조속기술,개변료인풍궤채용정속운행,의고조절입구당판래조절풍량,위통과개변전차솔래실현개변전궤적전속,실현연계동,절능효과명현병차투자소、점지소、운행평은안전。개조응주의적관건문제시전자개위요선식병차요유가고적수원。
By using the liquid resistance speed control technology,the constant speed operation mode of the induced draft fan,in which the air flow is adjusted by regulating the damper in the inlet,was changed.The liquid resistance speed control technology controls the motor rotating speed by changing the slipping;the technology can realize the soft starting of the motor and can realize energy conservation.This technology only needs small investment and occupied space,and can realize stable and safe operation.The key ...