Home-made temperature monitoring system from four-channel K-type thermocouples via internet of thing technology platform

Abstract

This paper is aimed to design and construct the home-made temperature monitoring system from four-channel K-type thermocouples in order to improve the temperature measurement based on standard evaluation measurements guidance. The temperature monitoring system was capable to record the temperature on SD card and to display the realtime temperature on Internet of Thing Technology platform. The temperature monitoring system was tested in terms of the temperature measurement accuracy and delay response time. It was found that a standard deviation was acceptable as compared to the Instrument Society of America. The response time of the microcontroller to SD card was 2 sec faster than that of the microcontroller to Thingspeak.

Keywords

Thermocouple Microcontroller Temperature measurement The Internet Channel (broadcasting) Computer science Response time Temperature control Real-time computing Embedded system Electrical engineering Engineering Telecommunications Mechanical engineering Operating system Physics

Subject Areas

Wireless Sensor Networks and IoT ·Control and Systems Engineering ·Physical Sciences

Telecommunications and Broadcasting Technologies ·Media Technology ·Physical Sciences

Internet of Things and Social Network Interactions ·Computer Networks and Communications ·Physical Sciences

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Affordable and clean energy 41%

Home-made temperature monitoring system from four-channel K-type thermocouples via internet of thing technology platform

Abstract

Keywords

Subject Areas

OpenAlex SDG Match

References (8)

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