Czech

Not applicable.

Knowledge:
Bases of Project Management. Phases of effective work during design and manufacturing preparation processes. Design alternatives of insulation distances and its testing. Design procedure of current currying way, force and heat effects of el. current. Design bases of movement mechanism. Metallic and Insulation materials. Technology manufacturing of materials and design components. Type tests of el. apparatuses.
Abilities:
To design basic design components and materials of el. apparatuses (insulation distances, current-currying way, moving mechanism).

Knowledge on the Bachelor´s degree level is requested.

Classification of el. apparatuse on base of different aspect.
Fundametal components and physical phenomena inside of el. apparatuses LV, MV and HV.
Action of different forms of energy on components inside of el. apparatuses (machanical, electrical, electromagnetic, heat, chemical reaction).

Not applicable.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.
1. Explanation of each subjects in lectures (L1-L13).
2. Exercises of each subjects, design of el. apparatuses.
3. Design of three selected components (calculation, drawings).
4. All text available in E-learning.
4. All text available in E-learning.
4. Excursion in production one company (Siemens, Eaton, IVEP).

Test: Design of el. apparatuses, 10 points, 5 points at minimum.
Three partial projects - design of el. apparatuses, 30 points, 15 points at minimum.
Laboratory, 10 points, 5 points at minimum.
Written and oral examination, 50 points.

Lectures:
1. Bases of Project management. Product life cycle. Design process. Design Methodology.
2. Design of insulation distances. Voltage tests.
3. Insulation materials. Technology of manufacturing.
4. Design of current-currying way (heat effect of rated current).
5. Design of current-currying way (heat effect of rated current).
6. Design of current-currying way (force effect of rated current).
7. Contacts (design of contact system, materials, manufacturing).
8. Metallic materials, technology of manufacturing.
9. Bases of mechanical design of el. apparatus (movement of contacts, springs, electromangets).
10. Quenching arrangement (principles and design of quenching chambers).
11. Release machanism of el. apparatuses (bimetals, electromagnets).
12. Instrument transformers of current and voltage.
13. Testing of el. apparatuses (type and production tests).

Training:
1. SWOT analysis and Log Frame description as part of project preparation.
2. Design of insulation distances on el. apparatuses LV and HV.
3. Design of LV el. apparatus (insulation, current-currying way).
4. Design of LV el. apparatus (insulation, current-currying way).
5. Design of LV el. apparatus (insulation, current-currying way).
6. Design of HV el. apparatus (insulation, current-currying way, heat, force, mechanism).
7. Design of HV el. apparatus (insulation, current-currying way, heat, force, mechanism).
8. Design of HV el. apparatus (insulation, current-currying way, heat, force, mechanism).
9. Design of release mechanism (bimetal, electromagnet).
10. Measurement on release mechanism.
11. Design of instrument transformer.
13. Excursion in product factory (OEZ, Siemens, ABB).
14. Tests demonstration in short-circuit testing station (CVVOZE).

Not applicable.

Purpose of the course is rational and goal oriented application of theoretical knowledge during design and production preparation processes of el. apparatuses.
Goal of the course for students are mastered base procedures of designer during design process and process of product preparation.

The content and forms of instruction in the evaluated course are specified by a regulation issued by the lecturer responsible for the course and updated for every academic year.

Test: Design of el. apparatuses, 10 points.
Three partial projects - design of el. apparatuses, 30 points.
Written and oral examination, 60 points.

Not applicable.

Not applicable.

Drápala J., Kurs M.: Elektrotechnické materiály, VŠB, 2012
Havelka, O.: Stavba el. přístrojů I.,VUT, 1984
Král J.: Technologie výroby elektrických přístrojů, SNTL, Praha, 1982
Král J., Vaněk J. : Elektromagnetické přístroje, VUT, 1984
T.E. Browne, jr.: Circuit interruption, N.York,1984.

Not applicable.