In this DIY, we are developing a “Simplest Automatic Water Pump Controller”. This circuit is the most straightforward circuit of an “automatic water pump controller”. The “Automatic Water Pump Controller system” screens the water levels … Read more
water pump
Introduction A pushbutton-controlled 5V SPDT relay to control a DC water pump is a system that uses a relay to turn a DC water pump on and off. The relay is controlled by a pushbutton, … Read more
Water Pump with Button – Arduino Tutorial
Introduction Controlling a 12 Volt DC Diaphragm Pump with a 5V SPDT relay using an Arduino UNO microcontroller involves using the Arduino board to control the state of the relay, which in turn controls the … Read more
12V Water Pump Control with Arduino
This is a water pump controller circuit powered by a solar panel. Also, there is a battery charge and discharge operation for the night. For this case, the circuit uses two NE555 timer ICs. Hardware … Read more
Water Pump Controller using Solar Panel
In this tutorial, we are making a project on an automatic water pump controller (transistor-based). This circuit is a low-cost version of an automatic water pump controller, it is only using some transistors, a relay, … Read more
Automatic Water Pump Controller (Transistor Based)
Today we are going to make a project on an automatic water pump controller circuit. This circuit will automatically switch on the water pump or motor when the level of water reaches below the required … Read more
Automatic Water Pump Controller using 555 Timer
The article portrays a basic and economical “automatic water pump controller” circuit. A “water pump controller” detects the level of water in a tank and drives the water pump. The controller controls the output and … Read more
Simple Automatic Water Pump Controller with 2N3904 Transistors
In this tutorial, we will demonstrate the project of an RF Based Wireless Water Pump Motor Controller circuit that remotely controls the 220V water pump motor. The circuit is mechanized in this manner no human … Read more