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Modernization of Vulcanization Press Control
Sáblík, Patrik ; Jirgl, Miroslav (referee) ; Arm, Jakub (advisor)
This thesis deals with the design of the controller system for modernisation of operating the vulcanising press with the usage of the control through the PLC designed by Teco a.s. First part of the thesis describes requirements and functions of a vulcanising press. It contains a background research of needed components from three different producers of the PLCs. Next step is a design of the operating system. It contains the PLC programme and design of the regulators of the press forms temperature. The last part is concerned with wiring of all the components, their activation and checkingout eventual failures of the designed programme.
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Visualization and remote control intelligent wiring Foxtrot with DALI interface
Pavlíček, Jiří ; Macháček, Jan (referee) ; Bátora, Branislav (advisor)
This master's thesis deals with intelligent wiring Foxtrot and use in the field of lighting. The theoretical part is comparsion of classical and intelligent wiring. This section provides an overview of the most widely used bus system for building control in our market. Thesis is devoted to the description of the Foxtrot system and development environment mosaic. In the development environment Mosaic is designed program for lighting control DALI interface. WebMaker enabled program visualization and his remote contorol. The result of practical part is a lab manual.
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Design of electrical wiring intelligent house with a control system Foxtrot
Vančura, Jan ; Tesař, Radek (referee) ; Bátora, Branislav (advisor)
This thesis describes design of a power and data network in an intelligent house. The aim is to create a project of wiring system for an intelligent house, which is being controlled by system Foxtrot. At introduction, in the second chapter, the division of buildings in terms of heat loss amount is described. Furthermore, the chapter deals with low-powered buildings and describes division of low-powered buildings in terms of heating needs. The third chapter deals with the system Foxtrot and describes individual parts of this system. Designed object is presented in the last chapter. Moreover, the chapter focusses on design of a whole project describing wiring system using the elements of system Foxtrot.
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Temperature control in a home smokehouse
Drulák, Milan ; Dosoudilová, Monika (referee) ; Švarc, Ivan (advisor)
This thesis deals with conversion of a home smokehouse with manual temperature control into a smokehouse with automatic temperature control. The thesis contains theoretical treatise on thermometers used for automatization. This part is followed by a practical part where is description of the smokehouse before automatic temperature control and a description of the smoke after installation of necessary parts to allow automatization of temperature control. In this practical part there also is a guide on how to work in Mosaic development environment created by Czech company Teco a.s. The result of this thesis is a functional prototype of a home smokehouse with automatic temperature control. The control program of this smokehouse with automatic temperature control can switch between two ways of temperature control (two-position control and continuous control) and web application located in local network shows valuable information about the temperature. Thesis contains described graphs of practical test of temperature control. Furthermore, the practical part notes important discoveries about automatic temperature control in the home smokehouse.
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Application of control systems from AMiT
Hula, Jiří ; Poliščuk, Radek (referee) ; Lang, Stanislav (advisor)
The work is devoted to the problem of programming control systems, especially PLC, with an emphasis on the possibility of using products of Czech manufacture. After a brief introduction to the topic of control systems, the theoretical part of the thesis is devoted to a survey of the Czech market. A more detailed explanation is made of AMiT products. Selected products of the above mentioned manufacturer are used in the practical part, which demonstrates the use of AMiRiS99 and AMR-OP83 systems on a simple task of controlling traffic lights.
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Design of foxtrot system installation for building control
Veselý, Matěj ; Janík, Daniel (referee) ; Bátora, Branislav (advisor)
The diploma thesis is focused on the development of project documentation in the DPS stage of a residential unit undergoing reconstruction. The project envisages that the housing unit will be designed for intelligent wiring. The intelligent wiring will be fitted with Foxtrot elements from Teco. The intelligent wiring control program has been developed in the software superstructure iCOOL4 from ICT expert. A visualisation of the intelligent wiring system was subsequently created in the software.
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Design of reconstruction of LV electrical installation in HV substation
Vašulín, Jakub ; Mastný, Petr (referee) ; Janík, Daniel (advisor)
The topic of this work covers a theoretical description of project design for reconstruction of high voltage distribution system point. The aim of the work is to prepare material on the level of detail design documentation which covers not only design itself but also a theoretical description of external influences, a discussion of TECOMA Foxtrot system facilities and a characterization of standard specifications for individual types of rooms. Aquired knowledge was used detail project documentation which is an integral part of this work.
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Effective management of building technologies with a focus on measuring humidity and CO2 concentration
Bučko, Ondrej ; Bátora, Branislav (referee) ; Janík, Daniel (advisor)
The diploma thesis deals with automated measurement of humidity and CO2 concentration inside buildings. Results of this measurement form the input parameters for the effective management of technologies reducing the energy performance of buildings. In the introduction, the issue of indoor air quality of buildings and indicators characterizing this quality are approached. The technical part of the thesis consists of making a measuring device which contains two prototype sensors provided by Teco Inc. with online access to measured data. The measurement of relative humidity, CO2 concentration and temperature in the interior of the building with the made device is compared with commercially available devices for measuring selected parameters. For unambiguous interpretation of online data, the virtual machine with an online database is configured for the created measuring device. The possibilities of using the prepared measuring device to achieve a reduction in the energy performance of buildings are discussed in the final part.
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