Baumer is once again pushing the boundaries of what is possible in object detection and distance measurement with its particularly flat ultrasonic sensor UF200. At just 20.5 mm, the new UF200 is the flattest ultrasonic sensor for front mounting with extremely small blind spots. With a detection range of up to 2000 mm, the UF200 masters applications that previously failed due to lack of installation space.
Innovative sensor design for greater design freedom
To create this scope, Baumer designers rethought the concept of ultrasonic sensors and made the most of what was possible in terms of electronic layout and programmed algorithms. The result is the groundbreaking NexSonic technology, an innovative sensor design with a special ASIC (application-specific integrated circuit) and dynamic signal evaluation that takes ultrasonic technology to the next performance level. No other product has the detection range of the UF200 with a smaller blind spot. Baumer also set new records when it comes to response times: up to 10 milliseconds. This is why the UF200 enables significantly faster processing speeds.
Ultrasonic sensor portfolio with cutting-edge technology
The UF200 is the latest member of the new generation NexSonic of Baumer’s ultrasonic sensor toolbox and offers premium performance and intelligent functions. With the new ultrasonic technology, Baumer once again proves how true innovation creates added value for the user. The ultrasonic sensor toolbox includes five product families with different designs and sizes: UF200, U300, U500, UR12 and UR18. The UF200 is for front mounting, while the U300 (cubic) and UR12 (cylindrical) fit even in particularly tight installation spaces. The U500 (cubic) and UR18 (cylindrical) are extremely robust.
Measurable added value for every application
Thanks to the smart filter option via the IO-Link interface, NexSonic ultrasonic sensors are reliable in every situation. Two examples: The adaptive acoustic beam makes it easy to detect difficult objects and narrow openings. During level detection, intelligent interference filters ensure that stirrers and other interfering objects do not affect the measurement result. Reliably meet multiple application requirements with a single sensor and reduce the variety of variations.