机床与液压
機床與液壓
궤상여액압
MACHINE TOOL & HYDRAULICS
2013年
7期
128-130
,共3页
组态软件%PLC%泵控马达%变转速%监控系统
組態軟件%PLC%泵控馬達%變轉速%鑑控繫統
조태연건%PLC%빙공마체%변전속%감공계통
Configuration software%PLC%Pumpcontrolmotor%Variable speed%Monitoring system
在液压综合实验台的改造设计中采用三菱FX1N系列PLC进行控制,用PC作为上位机实时监控整个控制系统,用PLC作为下位机在现场控制仪器设备,构建一个简单、直观的液压换向回路,实现了机电液一体化的完美结合.
在液壓綜閤實驗檯的改造設計中採用三蔆FX1N繫列PLC進行控製,用PC作為上位機實時鑑控整箇控製繫統,用PLC作為下位機在現場控製儀器設備,構建一箇簡單、直觀的液壓換嚮迴路,實現瞭機電液一體化的完美結閤.
재액압종합실험태적개조설계중채용삼릉FX1N계렬PLC진행공제,용PC작위상위궤실시감공정개공제계통,용PLC작위하위궤재현장공제의기설비,구건일개간단、직관적액압환향회로,실현료궤전액일체화적완미결합.
In the design of hydraulic integrated experimental platform,the programmable logic controller (PLC)in MITSUBISHI FX1N series was used to control,the personal computer (PC)was used as upper for monitoring the entire control system in real time, and the PLC was used as lower to control instruments and equipments on site. A simple intuitional hydraulic switching circuit is constructed,and perfect unity is implemented for integration of hydromechatronics.