For the complete experience, please enable JavaScript in your browser.


Ultrasonic sensors are dependent on sound waves for their function. Sound waves reflect the target and go back to a transmitter. Considering that the speed of sound is unknown, the time between the sound blast and return is expressed as distance, which is calculated by a sensor and used to indicate level, as well as accounts for temperature in the calculations. 

Over the years, so many applications have been discovered for ultrasonic sensors across the industries. Here are five of the most common:

Loop Control

High level automation is possible with loop control, which allows a big factory to operate despite limited staff. A perfect example of this is the ultrasonic water level sensor in nuclear power factories working to make sure that an adequate amount of water is always available for conversion into steam. 

High Liquid Control

This particular function of an ultrasonic water level sensor comes in handy in terms of managing industrial process flow rates. The level of the liquid is detected through signals sent by the sensors. With the data provided by the liquid sensor, the amount of liquid that must be permitted into the inflow valve can be controlled.

Full Detection

This is one of the most essential functions that ultrasonic sensors perform. To know if an industrial container is full of a specific material, a liquid level sensor is attached to it. If full, the sensor sends a signal to the controller to shut down the inflow valve, hence helping to quash all chances of human error.

Robotic Sensing

This area of study seeks to equip robots with human-like capabilities. A robot with a float level sensor can estimate its immediate environment's conditions. If sensitive enough, a sensor can detect things like objects in total darkness or the sound of steps. Study more by viewing this homepage.

Detecting Presence

For ultrasonic sensors, presence detection, a potentially crucial function in any production process, comes easy. These sensors can control stops and starts, depending on whether certain parts are available or not. 

This list can go much longer, but just by reviewing these five common examples of ultrasonic sensor applications, it is easy to see how useful they are in any industrial process. Best of all, these sensors are highly affordable despite their ability to adapt to various difficult situations. 
They are particularly cost-effective when it comes to waste reduction for any production process.
Visit this
page for more information: https://www.britannica.com/science/ultrasonics.
Five Common Uses of Ultrasonic Sensors Across the Industries
d1