机械工程与自动化
機械工程與自動化
궤계공정여자동화
Mechanical Engineering & Automation
2015年
6期
161-162
,共2页
金属表面%电极控制器%火花放电%冶金处理机
金屬錶麵%電極控製器%火花放電%冶金處理機
금속표면%전겁공제기%화화방전%야금처리궤
metal surface%electrode controller%spark discharge%metallurgy processor
介绍了高能微弧火花表面冶金处理机自动电极控制器的研制 ,实现了金属表面处理机由手动操作到自动的转变 ,初步解决了制约这一技术推广应用的瓶颈问题.通过采集和分析电火花放电间隙的电压、电流脉冲 ,实现了连续、稳定的放电控制.通过现场试验、调试 ,验证了此电极控制器能够很好地连续、稳定工作 ,实现了对平面工件、坡面工件和多种花样图案工件的强化与修复.
介紹瞭高能微弧火花錶麵冶金處理機自動電極控製器的研製 ,實現瞭金屬錶麵處理機由手動操作到自動的轉變 ,初步解決瞭製約這一技術推廣應用的瓶頸問題.通過採集和分析電火花放電間隙的電壓、電流脈遲 ,實現瞭連續、穩定的放電控製.通過現場試驗、調試 ,驗證瞭此電極控製器能夠很好地連續、穩定工作 ,實現瞭對平麵工件、坡麵工件和多種花樣圖案工件的彊化與脩複.
개소료고능미호화화표면야금처리궤자동전겁공제기적연제 ,실현료금속표면처리궤유수동조작도자동적전변 ,초보해결료제약저일기술추엄응용적병경문제.통과채집화분석전화화방전간극적전압、전류맥충 ,실현료련속、은정적방전공제.통과현장시험、조시 ,험증료차전겁공제기능구흔호지련속、은정공작 ,실현료대평면공건、파면공건화다충화양도안공건적강화여수복.
This paper introduced the development of an automatic electrode controller for high-energy micro-arc spark surface metal-lurgy processor .By use the controller ,the change from manual to automatic repair and reinforcement of metal parts wear surface is realized ,so that the bottleneck problems of restricting this technology popular has been preliminarily solved .Through the sampling and analysis of the voltage pulse and current pulse of the spark discharge gap ,the continuous and stable discharge control is realized by the electrode controller .The experiment and debugging show that the electrode controller works continually and stably and the re-pair of the surface of metal parts is realized .
