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21	Acyklická komunikace po Profinetu mezi měniči Sinamics a PLC řady Simatic S7-1200 / Acyclic Profinet Communication between Sinamics Converters and Simatic S7-1200 PLCs Dostál, Jiří January 2013 (has links) This paper deals with acyclic communication of Siemens Simatic S7-1200 PLCs and Sinamics drives on the Profinet industrial bus. Various possibilites of communication of the devices in accordance to the PROFIdrive profile is presented. General Proxy FBs for acyclic read/write of the drive's parameters are implemented. Together with other two FBs, that make use of acyclic communication to read the drive's fault buffer and to adjust an absolute encoder, an application with visualization for a simple positioning and for a demonstration of the Proxy FBs functionality is presented using a demo box.
22	Vytvoření SW standardu pro platformu Simatic S7-300 / Design of a proprietary standard for the Simatic S7-300 platforem Posekaný, Jan January 2013 (has links) The thesis deals with the description of the standard for the operation of automation components for PLC Simatic S300. Further applications of the generator source files for this standard.
23	Optimalizace výrobního procesu s tříosými manipulátory Güdel na lince tepelného zpracování / Optimization of the manufacturing process with three-axis manipulators Güdel on heat treatment route Zich, Jozef January 2013 (has links) This diploma thesis was created for company ICE industrial services which develops and manages PLC software for company Alcan Strojmetal Aluminium Forging, s.r.o.. The purpose of thesis is analyze software for control line of thermal processing of aluminium forgings, design and implement modifications in control software, check functions and finally wrote control of new modifications in manual.
24	Návrh a implementace komunikačního serveru / Communication Server Design and Implementation Sedláček, Robert January 2016 (has links) In the first part of this work, there is analysis of the industrial proprietary protocol S7 by Siemens. The analysis is performed by Wireshark between the programmable controller S7-1200 and Simatic NET OPC server. This protocol is based on other protocols whose proposals and solutions are completely or at least partially described in this work. On the basis of this information is created a communication library in C ++, which allows the transmission of variables. This library is subsequently used in the implementation of the communication server through which one can easily access variables in the programmable machine with a text protocol.
25	Elektroprojekt a řízení montážní linky / EI&C planning and control of the assembly line Tuka, Marián January 2018 (has links) The content of this diploma thesis is description of semi-automatic assembly line, description of design and realization of electroprojection including electrical switchboard and control panel, together with description of design and implementation of control system including communications and user interface. Part of the thesis is also the analysis and solution of safety risks using a safety controller and overall verification and evaluation of the functionality of the whole system on described line.
26	Laboratorní ukázka řízení asynchronního motoru / Laboratory example of synchronous motor control Vrtal, Václav January 2010 (has links) This thesis deals with the speed control three-phase asynchronous motor revolutions by a frequency converter Sinamics G110 by way of the programmable automat SIMATIC S7-224XP. Control of programmable automat is realized the operator panel TP 177 micro. Communication between the PLC and frequency converter is realized by USS protocol on bus RS-485. The main goal was to design and implement software, which would allow operation to choose different variations of speed time histories (sinusoid, saw, jump course, etc.), but also the possibility to control the position. Another goal was to create graphical environment for the operator panel that allows manual control, editing and monitoring of engine speed. The last goal was to evaluate the results and summary of findings during commissioning.
27	Modelling and simulation of a gas turbine Klang, Henrik, Lindholm, Andreas January 2005 (has links) <p>In this thesis, a gas turbine simulator for the Siemens GT10C was developed and implemented. </p><p>It concerns everything from the theory behind the simulator; both the hard- ware and software involved, to how the actual simulator was built using these tools. The theory concerns itself with basic automatic control concepts, as well as basic turbine theory. </p><p>The simulator setup is being discussed concerning both technical and eco- nomic issues. A robust hardware solution is then selected, using the basic re- quirements, which the simulator then is built around. </p><p>The tools used are the Siemens SIMATIC automatic control system and the Siemens SIMIT real-time simulator using a SIMBA Pro PCI card to interface with the PLC:s in the SIMATIC system. Matlab are also used to a lesser extent to build the simulator behavior in SIMIT. </p><p>In the end, a fully featured simulator is presented that can be used for various purposes such as training operators, trying out new concepts and testing the automatic control system used to control the turbine. </p><p>Further development that could be done, by other engineers, in the future, is also discussed.</p> Electronics Automatic control fieldbus gas turbine modelling S7 Siemens SIMATIC SIMBA SIMIT PLC PROFIBUS simulation Elektronik Electronics Elektronik
28	Modelling and simulation of a gas turbine Klang, Henrik, Lindholm, Andreas January 2005 (has links) In this thesis, a gas turbine simulator for the Siemens GT10C was developed and implemented. It concerns everything from the theory behind the simulator; both the hard- ware and software involved, to how the actual simulator was built using these tools. The theory concerns itself with basic automatic control concepts, as well as basic turbine theory. The simulator setup is being discussed concerning both technical and eco- nomic issues. A robust hardware solution is then selected, using the basic re- quirements, which the simulator then is built around. The tools used are the Siemens SIMATIC automatic control system and the Siemens SIMIT real-time simulator using a SIMBA Pro PCI card to interface with the PLC:s in the SIMATIC system. Matlab are also used to a lesser extent to build the simulator behavior in SIMIT. In the end, a fully featured simulator is presented that can be used for various purposes such as training operators, trying out new concepts and testing the automatic control system used to control the turbine. Further development that could be done, by other engineers, in the future, is also discussed. Electronics Automatic control fieldbus gas turbine modelling S7 Siemens SIMATIC SIMBA SIMIT PLC PROFIBUS simulation Elektronik Electronics Elektronik
29	Přenos a využití procesních dat (PLC) v systému řízení výroby / Transfer and utilization of process data (PLC) in production control system Kupčík, Michal January 2011 (has links) This work explains to reader the difficulty of production scheduling and why is much advantageous using proper system for this work. Next he reads about complexity of production management and about necessity of linkage between all levels of company’s IT systems. We are going to use three different approaches for getting Siemens controller’s data out and for two of them we are going to describe general procedure, how we gets a data files, which are openable in classic table processor like MS Excel and which contain user’s choosen variables including their actual values. Finally reader will be familiarized with SimRead program, which serves for reading variable’s values in combination with Simatic standart communication blocks.
30	Zpracování a vizualizace průmyslových signálů s využitím PLC systémů / Industrial Signal Processing and Visulalization Using PLC Systems Hauer, Petr January 2013 (has links) This master’s thesis aims to familiarize with the types of signals used in industrial automation technology. Below are the methods for their processing and transfering to the PLC control system It is described method of processing these signals using an industrial controller of the S7 - 300 and a program for creating visualizations SIMATIC WinCC V7.0. The second part of the master’s thesis deals with the implementation of the control software of a specific technological process.

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