Radar Vs Ultrasonic

We’ve Measurement Solutions For

Radar technology represents a significant leap forward in level measurement, addressing the limitations of ultrasonic sensors and providing more robust, versatile solutions for various industries. Our radar sensors utilize advanced electromagnetic wave technology to precisely measure levels in tanks, silos, and other containers.

Unlike ultrasonic sensors, radar sensors are impervious to environmental factors that can compromise measurement accuracy. They maintain consistent performance regardless of temperature fluctuations, pressure changes, or vacuum conditions. This makes them ideal for applications in challenging environments, from extreme heat to sub-zero temperatures.

One of the key advantages of our radar sensors is their ability to measure accurately up to the sensor antenna, effectively eliminating the "dead zone" issue common in ultrasonic sensors. This feature allows for more efficient use of tank capacity and prevents false readings during flooding events.

Radar sensors also excel in environments prone to contamination or condensation. The technology's inherent resistance to these factors means the sensors require minimal maintenance and cleaning, reducing downtime and operational costs. Whether dealing with dusty, humid, or vapor-filled environments, our radar sensors continue to provide reliable measurements.

Furthermore, our radar sensors offer enhanced performance in terms of beam angle and measuring range. They can easily handle complex tank geometries, agitated surfaces, and even foam, providing accurate readings where ultrasonic sensors might struggle.