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Innovation of "Parking" Laboratory Models
Pindel, Tomáš ; Benešl, Tomáš (referee) ; Jirgl, Miroslav (advisor)
This bachelor thesis deals with models of a parking lot used in the BPGA course as a learning kit,its innovation,realization of a universal connection to all sorts of the PLC SIMATIC S7-1500 in the laboratory and programming of model tasks in four programming languages: LAD, STL, GRAPH and SCL. The differences in programming in each of the languages are also analysed. Further on the making of a visualisation in WinCC is described for these model tasks. The result of this bachelor thesis are two fully-functionial models that can be used for teaching students with a connection to the PLC S7-1500 and their respective documentation. Finally, the model task and its corresponding program in languages LAD, STL, GRAPH and SCL is included + the created visualisation for HMI and PC.
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Extending the Parking and Boxes Laboratory Models for Connectivity to Decentralized Periphery
Mancl, Vlastimil ; Arm, Jakub (referee) ; Jirgl, Miroslav (advisor)
This bachelor’s thesis is about the description and connection of box conveyor and parking lot laboratory models to decentralized periphery made by SIEMENS with the usage of PROFIBUS DP communication standard. In order to do so, programs for controlling models were made in three different programming languages: LAD, STL and GRAPH. The programs were developed in engineering software SIMATIC STEP 7, created especially for programming PLCs made by SIEMENS company. Another part of this thesis is about the visualisation of laboratory models, made in WinCC software. The models were rated in terms of functionality and usability for study purposes. The results of this thesis are programes made for controlling the models with working visualisation and a possibility of connecting these models to decentralized peripheries.
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Innovation of "Parking" Laboratory Models
Pindel, Tomáš ; Benešl, Tomáš (referee) ; Jirgl, Miroslav (advisor)
This bachelor thesis deals with models of a parking lot used in the BPGA course as a learning kit,its innovation,realization of a universal connection to all sorts of the PLC SIMATIC S7-1500 in the laboratory and programming of model tasks in four programming languages: LAD, STL, GRAPH and SCL. The differences in programming in each of the languages are also analysed. Further on the making of a visualisation in WinCC is described for these model tasks. The result of this bachelor thesis are two fully-functionial models that can be used for teaching students with a connection to the PLC S7-1500 and their respective documentation. Finally, the model task and its corresponding program in languages LAD, STL, GRAPH and SCL is included + the created visualisation for HMI and PC.
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Extending the Parking and Boxes Laboratory Models for Connectivity to Decentralized Periphery
Mancl, Vlastimil ; Arm, Jakub (referee) ; Jirgl, Miroslav (advisor)
This bachelor’s thesis is about the description and connection of box conveyor and parking lot laboratory models to decentralized periphery made by SIEMENS with the usage of PROFIBUS DP communication standard. In order to do so, programs for controlling models were made in three different programming languages: LAD, STL and GRAPH. The programs were developed in engineering software SIMATIC STEP 7, created especially for programming PLCs made by SIEMENS company. Another part of this thesis is about the visualisation of laboratory models, made in WinCC software. The models were rated in terms of functionality and usability for study purposes. The results of this thesis are programes made for controlling the models with working visualisation and a possibility of connecting these models to decentralized peripheries.
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Design and construction of automatic galvanic line
Vondruš, Jiří ; Janda, Marcel (referee) ; Melichar, Petr (advisor)
This thesis deals with the design of automated system of electroplating. The first part is centered on designing the technological process for this electroplating and the setout of operating vats. It also deals with the project of mechanical construction, electrical system, with the computing procedure and the optimum choice of gear for galvanic line model. The work includes the design of a DC motor controller, the computing procedure and the construction of heating element for vats heater simulation. The last part of this thesis offers an insight to the control system and the assembled program. In the addendum, the photo of the realized model, the wiring scheme, and the programme transcript for control galvanic line model can be found.
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