Design of a simple and differential thermal analysis device - Randriamampianina, Fenohasina;Rakotosaona, Rijalalaina;Rakotosaona, Rianasoambol
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In the need to enhance our laboratory equipment, we wanted to design a temperature measurement device with a hardware and software system that would allow simple and differential thermal analysis. Arduino® programs were developed to read temperatures from three different types of electrical sensors: the K thermocouple, the DS18B20 probe and the LM35 sensor. A PID-controlled oven using Arduino® was also designed to perform thermal analysis. The ATS and ATD curves were obtained using Python programs. The experiments carried out concluded that the device had acceptable accuracy and precision.

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Produktbeschreibung
In the need to enhance our laboratory equipment, we wanted to design a temperature measurement device with a hardware and software system that would allow simple and differential thermal analysis. Arduino® programs were developed to read temperatures from three different types of electrical sensors: the K thermocouple, the DS18B20 probe and the LM35 sensor. A PID-controlled oven using Arduino® was also designed to perform thermal analysis. The ATS and ATD curves were obtained using Python programs. The experiments carried out concluded that the device had acceptable accuracy and precision.
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Autorenporträt
Fenohasina Randriamampianina, Madagasse, Ingenieur für chemische und industrielle Verfahrenstechnik, Studium an der Ecole Supérieure Polytechnique d'Antananarivo, Madagaskar.