For tailored advice and product selection/configuration assistance, please contact a sales representative. 16 Introduction and Fundamentals > MPS PA Process Automation Applications MPS PA Process Automation Applications Understanding Common Real-Life Operations Mixing Station Food and confectionery, paints, construction materials, pharmaceutical products – the correct proportions of different materials are crucial to the quality of the end product. Constant metering and mixing of the components makes high demands on the controller and the equipment involved in the process. The mixing station provides state of the art equipment for demanding, motivating projects on one of the most common control loops in process automation – flow control. Reactor Station To extend the shelf life of foods, improve the mixing capacity of liquids or allow them to be mixed, there are a large number of optimized heating processes in the chemical industry. Temperature control imposes significant demands on electronics components, as managing heat presents its own set of challenges. The realism of the reactor station becomes evident when coupled with the operational and monitoring software. Bottling Station Customers get annoyed if there is less in a drinks bottle than it says on the label. For drinks producers, a consistent and guaranteed fill quantity is a crucial quality feature. The bottling station represents a realistic industrial environment, in which all aspects of a quality optimized filling process can be learned and experienced. The projects focus on level monitoring and positioning of the containers to be filled. Filtering Station Aquarium, vacuum cleaner, atomizer, sewage plant, waterworks – filters are of critical importance in many areas and the key question is: how can I ensure a constant flow with any level of filter contamination? And how can the filter be cleaned more effectively? Using compressed air? The learning objectives of the filtration station cover these questions. By the end of the training, learners will grasp the appropriate open- and closed-loop control principles and technologies.
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