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Upgrade of the laboratory task of KNX system installation
Hrubeš, Zbyněk ; Müller, Richard (referee) ; Bátora, Branislav (advisor)
This bachelor´s thesis deals with both the theoretical analysis of the KNX bus system, but it is also practically focused on working with KNX products and their programming. In the introductory theoretical part are described the KNX bus system itself, its characteristic properties, functional principle, topological arrangement, possibilities of using communication media and the advantages that brings, in comparison with classic installations in houses and buildings. The next section deals with the description of ETS software for design, planning, programming, and commissioning of KNX installations. Furthermore, the assessment of the possibilities of visualizations for the control of the KNX system, the use of visualization tools designed for this and their subsequent implementation in the laboratory task are discussed. The practical part of the bachelor's thesis is focused on the design of laboratory tasks and their programming using EST6 software using jigs with KNX devices from the company HDL Automation, which were made during the semester work. The output of the bachelor's thesis will be laboratory instructions for teaching and a understanding of working with the KNX system.
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Upgrade of the laboratory task of KNX system installation
Hrubeš, Zbyněk ; Müller, Richard (referee) ; Bátora, Branislav (advisor)
This bachelor´s thesis deals with both the theoretical analysis of the KNX bus system, but it is also practically focused on working with KNX products and their programming. In the introductory theoretical part are described the KNX bus system itself, its characteristic properties, functional principle, topological arrangement, possibilities of using communication media and the advantages that brings, in comparison with classic installations in houses and buildings. The next section deals with the description of ETS software for design, planning, programming, and commissioning of KNX installations. Furthermore, the assessment of the possibilities of visualizations for the control of the KNX system, the use of visualization tools designed for this and their subsequent implementation in the laboratory task are discussed. The practical part of the bachelor's thesis is focused on the design of laboratory tasks and their programming using EST6 software using jigs with KNX devices from the company HDL Automation, which were made during the semester work. The output of the bachelor's thesis will be laboratory instructions for teaching and a understanding of working with the KNX system.
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