化工自动化及仪表
化工自動化及儀錶
화공자동화급의표
Control and Instruments in Chemical Industry
2015年
10期
1118-1121
,共4页
周炎%赵春宇%邢力超%梁景媛%王道连%岳婷
週炎%趙春宇%邢力超%樑景媛%王道連%嶽婷
주염%조춘우%형력초%량경원%왕도련%악정
自动控制%PLC%火箭增压系统
自動控製%PLC%火箭增壓繫統
자동공제%PLC%화전증압계통
auto-control%PLC%rocket pressurization system
为满足火箭增压系统试验平台的功能性及通用性等要求,设计了一套基于PLC的控制系统,硬件采用以太网和Profibus总线的网络架构方式,软件程序采用模块化和参数化的设计方法. 经验证:该控制系统使得试验平台灵活地适用于各型号火箭增压系统的试验.
為滿足火箭增壓繫統試驗平檯的功能性及通用性等要求,設計瞭一套基于PLC的控製繫統,硬件採用以太網和Profibus總線的網絡架構方式,軟件程序採用模塊化和參數化的設計方法. 經驗證:該控製繫統使得試驗平檯靈活地適用于各型號火箭增壓繫統的試驗.
위만족화전증압계통시험평태적공능성급통용성등요구,설계료일투기우PLC적공제계통,경건채용이태망화Profibus총선적망락가구방식,연건정서채용모괴화화삼수화적설계방법. 경험증:해공제계통사득시험평태령활지괄용우각형호화전증압계통적시험.
For purpose of the functional and universal requirements of rocket pressurization system' s experi-ment platform, a PLC-based control system was designed, which adopts Ethernet and Profibus technology to build the network frame and employs modularized and parameterized design method to complete the software procedure.The experimental result shows that this control system can make the experiment platform applicable to the testing of various rocket pressurization systems.
