仪表技术与传感器
儀錶技術與傳感器
의표기술여전감기
Instrument Technique and Sensor
2015年
9期
70-72
,共3页
可编程逻辑控制器%组态王%Profibus%触摸屏%润滑油
可編程邏輯控製器%組態王%Profibus%觸摸屏%潤滑油
가편정라집공제기%조태왕%Profibus%촉모병%윤활유
PLC%kingview%profibus%touch screen%iubricating oil
以某企业的润滑油生产控制系统项目为背景,在满足企业生产需求的前提下,设计了一套使用组态王软件与PLC(可编程逻辑控制器)来对润滑油生产过程的控制和实时监控系统,实现了润滑油各生产线全自动化生产。该系统采用PLC作为主要控制器,通过传感器完成对温度、流量和液位等数据的采集和处理。触摸屏完成对各条生产线的独立控制和数据显示。工控机装有专用Profibus 通信卡CP5611以及人机界面友好、功能强大的组态王可以对整个系统进行远程通信和实时监控。通过Profibus-DP 网络将PLC和工控机连接形成主从站的集散控制系统。
以某企業的潤滑油生產控製繫統項目為揹景,在滿足企業生產需求的前提下,設計瞭一套使用組態王軟件與PLC(可編程邏輯控製器)來對潤滑油生產過程的控製和實時鑑控繫統,實現瞭潤滑油各生產線全自動化生產。該繫統採用PLC作為主要控製器,通過傳感器完成對溫度、流量和液位等數據的採集和處理。觸摸屏完成對各條生產線的獨立控製和數據顯示。工控機裝有專用Profibus 通信卡CP5611以及人機界麵友好、功能彊大的組態王可以對整箇繫統進行遠程通信和實時鑑控。通過Profibus-DP 網絡將PLC和工控機連接形成主從站的集散控製繫統。
이모기업적윤활유생산공제계통항목위배경,재만족기업생산수구적전제하,설계료일투사용조태왕연건여PLC(가편정라집공제기)래대윤활유생산과정적공제화실시감공계통,실현료윤활유각생산선전자동화생산。해계통채용PLC작위주요공제기,통과전감기완성대온도、류량화액위등수거적채집화처리。촉모병완성대각조생산선적독립공제화수거현시。공공궤장유전용Profibus 통신잡CP5611이급인궤계면우호、공능강대적조태왕가이대정개계통진행원정통신화실시감공。통과Profibus-DP 망락장PLC화공공궤련접형성주종참적집산공제계통。
As the background of an enterprise ’ s project, which is about lubricating oil production control system , meeting the demand of enterprise production on the premise , a set of real-time monitoring and controlling system by using the Kingview soft-ware and PLC ( programmable logic controller ) to control and monitor the lubricating oil production proces was designed , and the lubricating oil production line can work in automatic production .Adopting PLC as the main controller , the sensor was used to finish collecting and processing the data including the temperature , flow rate and liquid level and so on .Touch screen was used to com-plete the control of every production line and the display of data independently .Industrial Personal Computer installs the special Profibus communication card CP 5611 and powerful functions of Kingview , and has the friendly man-machine interface , thus reali-zing remote communication and real-time monitoring to the whole system.Through Profibus-DP network, PLC and Industrial Per-sonal Computer form a master-slave station distributing control system .