The thesis addresses the development of a system that enables the verification of the dimensions of flat wire after the insulation removal process. In the first part of the thesis, we focused on the presentation of the stator of a modern electric motor and its basic components. We then continued with a description of the manufacturing process of hairpins, which allowed us to justify the importance of controlling the dimensions of flat wire after the insulation removal process. In the following section, we reviewed various methods for measuring the dimensions of flat wire and justified the selection of the most suitable measurement system. In the practical part, we first presented the hardware of the system. Then, we described the software used in the development of the system. Special attention was given to the presentation of the functions of the KEYENCE optical micrometer. We briefly described the PROFINET protocol and the programming of programmable logic controllers (PLCs). In the subsequent section, we provided a detailed description of the developed software, followed by a brief chapter on the design of electrical schematics and the final testing of the developed software.
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