Seminar topics by week of the semester: 1. Introduction to the subject, technical drawing in electrical engineering - electrical diagrams (overview, circuit, block, assembly, situational). Technical documentation, EPLAN, creating documentation according to norms and standards, IEC 81 346, creating a project, project properties, project page, initial project. 2. Introduction to dimensioning and protection. Drawing in EPLAN: new page, grid, inserting devices, connection symbols and breakpoints, structure block, columnar function texts. Inserting a window macro, placing contacts, automatic numbering of devices, inserting a page macro, symbol variants. 3. Inserting terminals, device description, breakpoint, busbar, inserting images. Contactor auxiliary contacts. Device selection function, accessories. Device block, creating a symbol / window macro, inserting a symbol macro. Diagonal connection, converting a symbol to graphics. Potential definition point, updating connections. Connection logic, double-sided device terminal. 4. Drawing graphics, dimensioning, working with terminals, device numbering, processing and defining the terminal board, new terminals, multi-level terminals with bridges, working with cables, cable shielding. 5. Global editing of the property layout, working with connectors, Data Portal, editing the frame. 6. PLC card overview, addressing, PLC card power supply, PLC connection. 7. Macro project, project structure, placeholder object, contact field, editing cross-references, cabinet layout in a 2D model. 8. EPLAN Pro Panel - 3D cabinet layout, evaluation template and project evaluation, project control. 9. Demonstration of the use of the EPLAN concept in practice. 10. Processing an electrical switchboard project. 11. Documentation from the field of printed circuit board / PCB design. 12. PCB design, work style, circuit diagrams, library systems. 13. PCB design project development.
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The aim is to introduce students to the theoretical and practical basics of design using EPLAN software.
In the course, the student will gain theoretical and practical foundations of design in automation and electrical engineering using EPLAN software and PCB design software. Based on this knowledge, he will be able to independently solve basic design problems. He will be familiar with diagrams, standards and symbols. He will be able to create his own project, device block, own article, functional macro, generate reports and evaluations.
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