By counting the pulses from the output of the sensor, we can easily calculate the water flow rate (in litre/hour – L/hr) using a suitable conversion formula. The Arduino Sketch (code) uses the ...

To measure the pulses, we are going to use Arduino UNO. The pic below shows you the pinout of the water flow sensor. The water flow sensor circuit diagram is shown below to interface a water flow ...

This repository contains the code and documentation for the AFS01 Micro Flow Sensor. The Airflow Sensor is a device that measures the airflow rate in a given environment and provides accurate readings ...

The Arduino Uno Flow Sensor measures the flow rate of liquids or gases passing through it. It typically uses a hall-effect sensor to detect changes in flow, making it suitable for applications such as ...

temperature and amount of water required by the crops using sensors like water flow sensor, temperature sensor and soil moisture sensor. Datas are collected and received by arduino which can be linked ...

A 16×2 LCD (liquid crystal display) displays the data received from Arduino board. Solenoid. A 12V solenoid is used to control the flow of liquid. When the solenoid gets energised, it opens its valve ...

The hardware is consists of an Arduino microcontroller (here an Arduino Uno R3) and a pre-wired soil moisture sensor module. The soil moisture sensor module , built around the LM393 comparator, gives ...

temperature and amount of water required by the crops using sensors like water flow sensor, temperature sensor and soil moisture sensor. Datas are collected and received by arduino which can be linked ...