Interfacing ESP8266-12E and Arduino UNO IOT air quality monitor

Proteus simulation

Interfacing ESP8266-12E and Arduino UNO IOT air quality monitor

In this article we will learn how to Interface ESP8266 and Arduino IOT base Air Quality monitor in proteus.
In the last post we will learn how to Interface ESP8266 and Arduino UNO IOT base countdown Timer in proteus. You can visit our website,
I hope you appreciate my work, let’s discuss about today’s project.

Components:

  1. ESP (8266)
  2. Arduino UNO
  3. Grove dust sensor
  4. Resistor (10k)
  5. Capacitor (100nF)
  6. Push button
  7. LED
  8. Jumper wires

Diagram of this project is below:

Interfacing ESP8266-12E and Arduino UNO IOT air quality monitor
Interfacing ESP8266-12E and Arduino UNO IOT air quality monitor

Construction of ESP8266-12E and Arduino UNO IOT air quality monitor

  • Connect VCC pin of Dust sensor with +ve
  • Connect OUT pin of Dust sensor with D8 pin of Arduino
  • Connect GND pin of Dust sensor with GND
  • Connect TX pin of ESP with RX pin of Arduino
  • Connect RX pin of ESP with TX pin of Arduino
  • Connect SCK pin of ESP with D13 pin of Arduino
  • Connect MOSI pin of ESP with D11 pin of Arduino
  • Connect MISO pin of ESP with D12 pin of Arduino
  • Connect D3 pin of ESP with Reset pin of Arduino
  • Connect Reset pin of ESP with one side of capacitor
  • Connect 2nd side of capacitor with GND
  • Connect one side of resistor 10k with one side of push button and then connect at the junction of capacitor and reset pin of ESP
  • Connect 2nd side of resistor with +ve
  • Connect 2nd side of Push button with GND
  • Connect one side of another resistor 10k with +ve side of LED
  • Connect –ve side of LED with GND
  • Connect 2nd side of resistor with D13 pin of Arduino

Working of ESP8266-12E and Arduino UNO IOT air quality monitor

Creating an IoT air quality monitor using an ESP8266-12E and Arduino Uno involves several steps, including hardware connections, programming the ESP8266, and setting up a cloud platform to collect and analyze the data. ESP8266-12E, this module will be used to connect to the internet and send air quality data to a cloud platform.

Applications of ESP8266-12E and Arduino UNO IOT air quality monitor

  1. Home Air Quality Monitoring
  2. Office or Workplace Monitoring
  3. Environmental Monitoring
  4. Health and Wellness
  5. Smart Cities

Advantages of ESP8266-12E and Arduino UNO IOT air quality monitor

  1. Cost-Effective
  2. Built-in Wi-Fi
  3. Small Form Factor
  4. Community Support
  5. Low Power Consumption