1 AUTOMATIC WATER LEVEL CONTROLLER Circuit Diagram

1 AUTOMATIC WATER LEVEL CONTROLLER Circuit Diagram 🚀 DIY Automatic Water Level Controller | Smart Water Pump Control SystemWelcome to Hobby Electro Lab! In this video, I'll show you how to build a DIY Automa

This is the version 2 of my water level controller, I have earlier made a controller which uses waterproof ultrasonic sensor to measure the water level. I used that controller for about a year. The main problem about that controller is building up water droplets on the surface of ultrasonic transducer which causes false reading. It usually

IoT Based Water Level Control & Monitoring with ESP8266 Circuit Diagram

Explore comprehensive documentation for the Arduino-Based Smart Water Level Monitoring and Control System project, including components, wiring, and code. This project utilizes multiple Arduino Uno R3 boards to create a sophisticated water level monitoring and control system. It features ultrasonic sensors for water level detection, a GSM module for remote communication, a real-time clock for

How To Make Automatic Water Level Controller. This tutorial will teach you how to build a water level controller; you can use it as a simple on-off device or as an advanced PWM controller that monitors the water level and starts the pumps when needed. The project uses an Ultrasonic sensor, relay module, and 16×2 LCD to detect the water level Smart Automatic Water Level Controller Using Arduino || WokwiSimulation Website - www.wokwi.com _____

Smart Automatic Water Level Controller Using Arduino Circuit Diagram

In this IoT internet of things project, I have shown how to make the IoT based water pump controller using ESP32 Blynk and float sensor. This water level mon Overview. In this project, we will build an IoT Based Water Level Control & Monitoring System with ESP8266 and Waterproof Ultrasonic Sensor.We can monitor the water level on Blynk Dashboard.. An Internet of Things (IoT) water level control and monitoring system is a smart, automated solution to manage and maintain water levels in various applications such as tanks, reservoirs, and swimming pools. During water drainage, when the water level drops below the highest sensor, LED3 turns off, and LED2 lights up, but the pump remains off. When the water level reaches below the middle sensor, LED2 turns off, and LED1 lights up, but the pump remains off. When the water is below the lowest sensor, all LEDs turn off, and the pump starts.