Application of GEMMA Methods in Controlling and Monitoring the Production Systems Cycle

Abstract

Currently, with the development of digital technology, automatic lines are increasingly widely applied in production. The production systems always have to improve technology and machinery constantly to create products with the best quality, at the most competitive prices. To bring benefits as well as innovation to businesses, automatic production line systems always show their role in saving labour, saving energy, saving raw materials, and improving quality with high precision. That is also the huge challenge posed to the industry today. Therefore, the research and application of scientific and technical achievements in production fields are always strongly encouraged. Larger and more complex automation systems require modern methods to operate, manage and monitor more efficiently. The topic "Application of GEMMA Methods in Controlling and Monitoring the Production Systems Cycle" mainly focuses on step programming. It allows the running and stopping needs of an automated system to be clearly and fully expressed. Realizing that the GEMMA method is a modern and prominent application in management and supervision in industrial cycles, the company assigned me to research and develop the GEMMA method further based on the "Training demo model" as a KIT already has a mechanical part. The project implements a controlling and monitoring model of a small production system cycle in the research and development process of Nhat Tri Automation Company. These are based on many modern technologies such as PLC programming, industrial communication networks, etc. The content of the project aimed to build a complete system in clear, complete and accurate running and stopping modes.