Variant of the automated way to determine the thermoresistance convertors’ tolerances

A variant of the implementation of a method for automated determination of the tolerances of thermoelectric converters using the development of appropriate software is considered

An example of an implementation of a data collection system based on the Arduino platform and the Python programming language is considered. These systems can be used to automate long-term multiple measurements, as well as subsequent processing of the results of these measurements. Similar systems can find application in young scientists, masters and post-graduate students in their research work while experimentally testing the developed mathematical models and theories.

Аннотация. Статья посвящена получению стандартных времятоковых характеристик на основе математических моделей объектов тепловой защиты, применяемых в современных автоматических выключателях, снабженных цифровыми расцепителями.Ключевые слова: цифровой расцепитель, тепловая защита. Abstract. The article is devoted to obtaining standard time-current characteristics on the basis of mathematical models of thermal protection objects used in modern automatic circuit breakers equipped with digital releases.

Software has been developed that makes it possible to determine the tolerances of resistance thermometers based on the deviation of the experimental nominal static characteristics from the characteristics specified by the mathematical model