National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Computer control and programming of elements of intelligent electrical instalation KNX
Mašek, Jakub ; Baxant, Petr (referee) ; Bátora, Branislav (advisor)
The goal of this Bachelor thesis is to introduce to students the basics of working with the modern possibilities of buildings electroinstallation with the help of the KNX system. On the following pages is described a brief history of the system, the way it has developed, which organisations have involved in the developement and the needs for which it was created. The next section is focused on the system topology, the scructure of the network and important elements appearing in the decentralised system. Further is the thesis concerned with the principles of telegram communication, it’s process and available software support for the KNX system. The last practical part deals with programming in the KNX system and offers four different practical excercises created for the available laboratory control panel. Each of the excercises includes a problem, technical drawing of electical circuit and the problem analysis, which serves as a manual to solve the excercise step by step. Single excercises are designed to logically and by difficulty follow from lighting circuits, heating and cooling to eventually deleting and preparing the laboratory control panel for next lecture.
Computer control and programming of elements of intelligent electrical instalation KNX
Mašek, Jakub ; Baxant, Petr (referee) ; Bátora, Branislav (advisor)
The goal of this Bachelor thesis is to introduce to students the basics of working with the modern possibilities of buildings electroinstallation with the help of the KNX system. On the following pages is described a brief history of the system, the way it has developed, which organisations have involved in the developement and the needs for which it was created. The next section is focused on the system topology, the scructure of the network and important elements appearing in the decentralised system. Further is the thesis concerned with the principles of telegram communication, it’s process and available software support for the KNX system. The last practical part deals with programming in the KNX system and offers four different practical excercises created for the available laboratory control panel. Each of the excercises includes a problem, technical drawing of electical circuit and the problem analysis, which serves as a manual to solve the excercise step by step. Single excercises are designed to logically and by difficulty follow from lighting circuits, heating and cooling to eventually deleting and preparing the laboratory control panel for next lecture.

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