Design and implementation of a workplace for temperature rise testing

This master thesis deals with design and implementation of a workplace for temperature rising measurement in electrical devices. The thesis deals with contact and non-contact temperature measurement, with the current equipment of the laboratory of switching devices used to measure temperature rising, and also deals with normative requirements for temperature rising tests for specific electrical devices and their systems. The next part of the thesis lists requirements for workplace design and subsequently describes the workplace design with 3D models of individual parts. The practical part describes the implementation of the workplace, then the test measurements with the current equipment of the laboratory of switching devices and with the newly created workplace for temperature rising measurement. The end of the work deals with the evaluation of the new workplace and the possibilities of further improvement of the workplace