电子设计工程
電子設計工程
전자설계공정
Electronic Design Engineering
2015年
19期
5-7
,共3页
对撞式%粉磨设备%自动控制%实践%研究
對撞式%粉磨設備%自動控製%實踐%研究
대당식%분마설비%자동공제%실천%연구
collision type%grinding equipment%automatic control%practice research
基于设计一种高效能低能耗的超细粉磨设备,采用比较的方法,通过对比分析国内外各类干法超细粉磨设备的性能特点,创新设计出了"两级三腔卧式结构"的CC2000大型对撞式超细粉磨分级设备,并开发出了PLC自动控制系统,达到降低能耗24%,使分级效率提高1倍多的特点。
基于設計一種高效能低能耗的超細粉磨設備,採用比較的方法,通過對比分析國內外各類榦法超細粉磨設備的性能特點,創新設計齣瞭"兩級三腔臥式結構"的CC2000大型對撞式超細粉磨分級設備,併開髮齣瞭PLC自動控製繫統,達到降低能耗24%,使分級效率提高1倍多的特點。
기우설계일충고효능저능모적초세분마설비,채용비교적방법,통과대비분석국내외각류간법초세분마설비적성능특점,창신설계출료"량급삼강와식결구"적CC2000대형대당식초세분마분급설비,병개발출료PLC자동공제계통,체도강저능모24%,사분급효솔제고1배다적특점。
Based on the design of a highly efficient low energy consumption of superfine grinding equipment , adopt the method of comparison, by comparing and analyzing all kinds of dry process, the performance characteristics of superfine grinding equipment,Innovative design out of the"two levels of three horizontal cavity structure"of CC2000 large collision type ultrafine grinding grading equipment, and developed a PLC automatic control system, to reduce energy consumption by 24%, to improve classification efficiency by more than 1 times characteristics.