CAJ | 학술논문

随科技的不断发展，工业生产过程对自动化的需求越来越高。为了达到最优的控制效果与控制精度，本文采用基于西门子PCS7、WinCC软件和PLC400控制器的对反应器的控制方案设计。控制方案的确定是通过对不同控制变量不同的控制需求和控制特点的分析，得到最适合的控制方案。最终采用了比例控制、串级控制、PID控制和模糊PID控制，实现了对反应器的温度、液面、反应物浓度、压力以及产物浓度的有效控制。同时，也保证了系统具有良好的抗干扰能力。最后，利用西门子PCS7和WinCC软件，实现了通讯、硬件和监控画面的组态，最终成为一套完整、可用的控制系统方案。
수과기적불단발전，공업생산과정대자동화적수구월래월고。위료체도최우적공제효과여공제정도，본문채용기우서문자PCS7、WinCC연건화PLC400공제기적대반응기적공제방안설계。공제방안적학정시통과대불동공제변량불동적공제수구화공제특점적분석，득도최괄합적공제방안。최종채용료비례공제、천급공제、PID공제화모호PID공제，실현료대반응기적온도、액면、반응물농도、압력이급산물농도적유효공제。동시，야보증료계통구유량호적항간우능력。최후，이용서문자PCS7화WinCC연건，실현료통신、경건화감공화면적조태，최종성위일투완정、가용적공제계통방안。
With the continuous development of science and technology, the demands of industrial production process for automation are higher and higher. In order to achieve the optimal control effect and control accuracy, this paper uses Siemens PCS7, WinCC software and PLC400 controller to design the control scheme of the reactor. Through analyzing the different control requirements and characteristics of the different control variables, the most suitable control scheme is gotten. Then, the proportional control, cascade control, PID control and fuzzy PID control are adopted to realize the effective control of the temperature, liquid level, reactant concentration, pressure and product concentration for the reactor. At the same time, the good anti-jamming ability of the system is ensured. Finally, the configuration of communications, hardware and monitoring picture is implemented by Siemens PCS7 and WinCC software, and a set of complete, available plan of control system is accomplished.