Water Level Sensor Working Principle

There is a special program that executes the sensor.

Water level sensor working principle.

Vii a tide gauge can use an ultrasonic sensor to detect real time water level. The gauge is often linked to an online database where a record is maintained and in case of a risky situation the system can trigger an alarm. The main working principle behind the working of this sensor is the hall effect. It just detects if water is there.

This induced voltage difference is transverse to the electric current. Thus the rate of flow of water can be measured. The resistance will be a function of water level impurities in the water and time. A liquid level control system by using a float sensor works on the principle of buoyancy which states a float immersed in a liquid is buoyed towards upward direction by an applied equal force to the weight of the displaced liquid.

It also detects tides storm surges tsunamis swells and other coastal processes. It will vary wildly between open circuit for distilled water to a few kilo ohms or less for salty water. As a result the body drives partially and gets submerged upon the liquid surface and covers the same distance the liquid level moves. Learn about the different types of water level sensors and how they work.

Take a look at the ultrasonic level sensor working principle above. According to this principle in this sensor a voltage difference is induced in the conductor due to the rotation of the rotor. This water level controller will use two components the ultrasonic sensor and relay board. A tide gauge is used to monitor sea level.

That is not a water level sensor.