Dual Tank Water Level Controller Circuit Diagram

When it comes to controlling the water level, having a dual tank water level controller circuit diagram is essential. In this article, we'll go over the various components of the circuit and how they work together to regulate the levels of water in two separate tanks.

Having a reliable and efficient way to control and monitor the water levels in your tanks is important for any type of system that relies on storing and using water. The dual tank water level controller circuit diagram provides a comprehensive solution to this task. It comprises of three main components and works to ensure that the right amount of water is being stored in each tank at all times.

The first part of the diagram is the dual water level switch. This switch is used to detect how much water is present in either tank, and then relay this information to the other components of the circuit diagram. The second part are two pumps, each one connected to one of the tanks and capable of pumping water from the lower level tank to the higher one. Finally, the last component is the control board, which receives input from the dual water level switch and sends out signals to activate or deactivate the pumps, depending on the level of water stored in each tank.

Overall, the dual tank water level controller circuit diagram serves as a comprehensive solution for monitoring and controlling the water levels in two separate tanks. With its three main components, the circuit can quickly and accurately detect the levels of water in each tank and activate the pumps whenever necessary. As such, this circuit is an indispensable tool for any system that relies on water storage and usage.

Water Level Indicator Circuit Schematic Eeweb