酿酒科技
釀酒科技
양주과기
LIQUOR-MAKING SCIENCE & TECHNOLOGY
2012年
1期
58-60
,共3页
啤酒发酵%PLC%WINCC%监控系统
啤酒髮酵%PLC%WINCC%鑑控繫統
비주발효%PLC%WINCC%감공계통
beer fermentation%PLC%W1NCC%monitoring systems
简述了啤酒发酵控制系统的工艺流程；介绍了一种基于PLC和组态软件的啤酒发酵控制系统设计方案，该方案利用PLC及其扩展模块，实时处理现场采集的温度等模拟数据信号，利用WINCC搭建了啤酒发酵温度控制的仿真平台；设计的控制系统能对啤酒发酵温度进行自动跟踪与监控。
簡述瞭啤酒髮酵控製繫統的工藝流程；介紹瞭一種基于PLC和組態軟件的啤酒髮酵控製繫統設計方案，該方案利用PLC及其擴展模塊，實時處理現場採集的溫度等模擬數據信號，利用WINCC搭建瞭啤酒髮酵溫度控製的倣真平檯；設計的控製繫統能對啤酒髮酵溫度進行自動跟蹤與鑑控。
간술료비주발효공제계통적공예류정；개소료일충기우PLC화조태연건적비주발효공제계통설계방안，해방안이용PLC급기확전모괴，실시처리현장채집적온도등모의수거신호，이용WINCC탑건료비주발효온도공제적방진평태；설계적공제계통능대비주발효온도진행자동근종여감공。
In this paper, the technical process and the design program based on PLC and configuration software of beer fermentation control system were introduced. On-the-spot data such as temperature etc. could be collected and processed by using PLC and its expansion module in the design program. At the same time, the simulation platform of beer fermentation temperature control system based on W1NCC had been constructed. And the simulation platform could realize automated tracing, monitoring and control of beer fermentation temperature.
