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PLC implementation of fractional PI controller in positioning of electrohydraulic servodrive

机译:电液伺服驱动器定位中分数PI控制器的PLC实现

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摘要

The article describes the implementation of fractional order PI controller with the Programmable Logic Controller (PLC). The control system proposed is used for positioning of an electro-hydraulic drive with Bosch Rexroth servo valve. The controller is based on PLC, working under real time operating system Automation Runtime. User interface is equipped with the touch panel of Power Panel 500 type. In the first part of the paper the fractional order calculus theory is introduced. In addition, some examples of fractional controller implementations in different kinds of objects are presented. The subsequent section focuses on author's own research. The Oustaloup's method description is recalled along with its computer implementation. Further, the impact of finite order of the approximation function is verified. The article includes the description of test stand structure, code generation and implementation of PI controller on the dedicated PLC.
机译:本文介绍了使用可编程逻辑控制器(PLC)的分数阶PI控制器的实现。所建议的控制系统用于通过博世力士乐(Bosch Rexroth)伺服阀对电动液压驱动器进行定位。该控制器基于PLC,在实时操作系统Automation Runtime下运行。用户界面配有Power Panel 500类型的触摸面板。在本文的第一部分,介绍了分数阶微积分理论。此外,还提供了不同对象中分数控制器实现的一些示例。接下来的部分着重于作者自己的研究。 Oustaloup的方法描述以及其计算机实现都可以重新调用。此外,验证了逼近函数的有限阶的影响。本文包括对测试台结构,代码生成以及PI控制器在专用PLC上的实现的描述。

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