Sensors have really revolutionised industrial environments, work sites such as manufacturing plants, production plants, and construction zones have become a lot safer, efficient, and productive thanks to a wide array of sensors that provide workers with accurate and precise data about many important factors and elements in their surroundings. This data lets them keep ahead of things, plan their work better and do a lot more than they ever could if they had to rely on manual data collection.
Proximity sensors are quite common in industrial areas, their functions include measuring the distance, depth, and positon of objects and they are used in all kinds of scenarios, ranging from identifying the amount of liquid stored in fill tanks to monitoring objects in real time. Sensors are great, but they are not perfect, in order to produce results, sensors need to accurately gather data, something that they can only do if they are allowed to work without any complications. The data gathering capability of most sensors can be dramatically reduced due to interference caused by a variety of elements, including dust, moisture, and smoke, all of which are far too common in most industrial environments.
A sensor that is unable to work properly can be pretty useless, which is why one should invest in sensors that are capable of working perfectly even in the harshest conditions. Hoffmann + Krippner provide a superb solution in the form of their ultrasonic proximity sensors; highly accurate, robust, and dependable sensors that continue to perform well in conditions where most other sensors would fail.
What makes Hoffmann + Krippner’s sensors so great is the fact that they make use of sound waves to gather data, high-frequency sound waves that allow these sensors to gather data from exceedingly long distances as well as from minimum distances that no other sensor is capable of functioning at. Thanks to their ultrasonic data gathering, environmental elements are not able to distort these sensor’s data collection, they can perform with great precision on all sound reflecting surfaces, including transparent surfaces and surfaces that would frustrate most other sensors. You can also get accurate readings from sound absorbing objects by changing the sensor’s settings.
A sensor does not need to be just precise in order to be called a good sensor, it also needs to be durable so that users do not have to babysit the device as it is being used. Hoffmann + Krippner’s proximity sensors come in a variety of shapes and sizes, some models are given especially robust form factors so that they can be used in extreme conditions without any problems.
Hoffmann + Krippner is dedicated to providing the world with German engineering grade equipment, you can read more about their proximity sensors on their webpage, along with browsing through all of their products and finding detailed documentation that can familiarize you with everything that they have to offer. Remember, you can only perform as well as the tools that you have in your hands will allow you to.