IoT with temperature sensor

The skills acquired with this development:

● Ability and skills to install a development environment for working with Arduino microcontrollers;

● Recognize the Arduino controller and select the correct libraries to work with;

● Installing libraries for connection to a cloud service;

● Measurement of the ambient temperature based on the resistance of the thermistor and storage of the received data in a cloud service via the Internet;

● Using the graphical capabilities of Adafruit IO to visualize stored data;

● Creating a connection between the Adafruit IO database and IFTTT - a system for retrieving and processing information from cloud services;

● Notifying a customer of an event.

Operation diagram

 

Used material base and method of work

In this study, design, setup, program code writing, data collection, data transfer to the remote system, and graphical display are methods of project implementation.

Materials and elements

 

 

A thermistor NTC is a thermal resistor - a resistor that changes its resistance with temperature. it’s a simple, inexpensive, and accurate component that makes it easy to get temperature data for your projects. It can be used in many applications including temperature measurement, compensation and control.

 

Create a dashboard to monitor the data from our sensor. Create a new Adafruit feed

 

Connect a panel in Adafruit IO with a trigger in IFTTT.

Need to create new triger ин IFTTT. A trigger has been created to send us an e-mail with a message.