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Projekt i oprogramowanie obsługi oraz kontroli procesu produkcji z wykorzystaniem sterownika PLC oraz panelu operatorskiego

Anioł Łukasz

Prace Instytutu Mechaniki Górotworu PAN

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2020

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T. 22, nr 1-4

87--92

PL

W artykule przedstawiono projekt obsługi oraz kontroli procesu produkcji z wykorzystaniem sterownika PLC i panelu operatorskiego HMI. Poruszono problem związany z automatyzacją procesów produkcyjnych. W artykule zwrócono również uwagę na bezpieczeństwo w zakładach pracy, zwłaszcza przy wykonywaniu przez ludzi niebezpiecznych czynności. Pokazano sposób połączenia wszystkich elementów pneumatyki oraz elektroniki ze sterownikiem PLC oraz panelem HMI. Zaprezentowany został schemat poglądowy procesu produkcji wraz z algorytmem jego działania opartym na sterowniku PLC i panelu HMI.

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The article presents project to operation and control of the production process using the PLC controller and the HMI panel. Discussed about the problem related to the automation of production process. The rest of the article is devoted to safety in workplaces, especially when people perform dangerous activities. The article also show how connecting all elements with the PLC controller and the HMI panel. At the end of the article, an overview diagram of the production process is presented along with an operation algorithm based on the PLC controller and the HMI panel.

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Controll of an electric stepper motor using the Siemens Simatic S7-200 PLC controller

Jarczyk Adrian, Hetmańczyk Mariusz Piotr

Selected Engineering Problems

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2019

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nr 8

33--38

EN

The article is focused on the system dedicated for controlling an electric motor (the Siemens Simostep drive) using the SIEMENS S7-200 PLC. The authors have extended the research scope by specifying the electric drive sequence and to visualize the process using the HMI panel. The main goal was to design different motion sequences of the stepper motor, whose parameters can be set using the HMI panel.

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Designing and Upgrading the Assembly Process and Verifying the Performance of the Pick to Light System Program

Daneshjo Naqib, Mareš Albert, Dudaš Pajerská Erika, Hajduová Zuzana

Advances in Science and Technology. Research Journal

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2018

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Vol. 12, no 4

126--135

EN

The aim of the work is to change the current program in the programmable logic controller (PLC) to be as close as possible to the real-world Pick to Light system in the automotive industry for installing individual car components. The change consists in completing the navigation and tutorial mode while preserving the original function of the program, which is to measure the time of each step in assembly of the components and the reading of the pieces from the trays. A simple virtual laboratory model was created which enables to test the program even if the access to the PLC and HMI panel is not possible. The partial goal was to modify the visualization of the program in the operator touch panel Human – Machine Interface (HMI). Another partial goal was to implement a new PLC program. In order to better understand the created program, the flowcharts were created and described for the main parts of the program.