Ultrasonic Water Tank Level Meter Arduino

To check the water level ultrasonic hc sr04 is the distancesensor.

Ultrasonic water tank level meter arduino.

The circuit automatically switches the motor off when the tank is full. There is no specific method to checkthe level of the water. The ping sensor measures distance using sonar. Ultrasonic method is similar to radar.

Hc sr04 ultrasonic sensor interfacing distance measuring using arduino in the program the distance values are adjusted for a water tank of 1 meter height. Instead of radar wave we are sending ultrasonic wave. The project under discussion has the capability to checkthe water level and also send the data over wifi. An ultrasonic well above human hearing pulse is transmitted from the unit and distance to target is determined by measuring the time required for the echo return.

We made water level meter with arduino platform we used arduino mega2560 but any arduino will work. Water meter sensor ultrasonic water tank liquid depth level meter sensor with temperature display for indoor water tank up to 100m 2 2 out of 5 stars 5 74 29 74. The cayenne app displays the level of water in the tank and switches the motor on when the water level goes below a predetermined level. After the sensor is triggered it sends out sound waves to the surface of the water liquid content which obstructs the signal at whichever level and echoes back to the sensor.

The technique behind this idea is easy to understand. In this tutorial you will learn how to make a water level monitoring system using arduino ultrasonic sensor and some leds. If the water level remains above 50 of the full capacity of the tank you should see the green light from the status. This arduino water level indicator uses an ultrasonic sensor or ping sensor to determine the level of water in the tank.

This project is a about a fully functional water level controller using arduino and cayenne. This procedure is ideal for our needs because ultrasonic sensors are accessible and low priced. The leds are used to show the percentage of water available in the water tank. The ultrasonic sensor sends out an ultrasonic pulse waits for it to come back and depending on the time between the two events the microcontroller can then calculate the distance between the sensor and the water surface.

The idea is to make a sensor which can sense the water levelin tanks where the motor pumps are used.