New ultrasonic sensor series from Pepperl+Fuchs is versatile, adaptable

Pepperl+Fuchs’ new UCC*-50GK series ultrasonic sensor is intended for distance measurement using ultrasonic pulses to measure the distance to the target and reporting information through one of three sensor outputs. Versatile configuration options make the sensor incredibly adaptable.

The UCC*-50GK ultrasonic sensor can be integrated into an application without a PLC and is easily incorporated into an existing engineering environment via UART, LIN-Bus, or PWM. UCC*-50GK is also equipped with a power save mode and optimized for battery operation, so it’s ready-made for wireless communication where longer operation times are essential.

The versatility of the UCC*-50GK is one of its best features. A compact threaded housing design allows the UCC*-50GK to be easily mounted in confined containers, and the sensor’s pre-stored sound profiles enable the user to choose a beam width that’s ideal for the restricted space. Three unique beam patterns and a sensing range of up to 4 m give users the flexibility to adapt to every possible space constraint. What’s more, a power save mode and standby function make operating times even longer. The sensors are also suitable for solar- and battery-powered systems.

With an IP66/67 rating, the UCC*-50GK is equipped for a multitude of applications. A PTFE protective film prevents contaminants from adhering to the transducer, allowing the sensor to be used in harsh outdoor conditions that include moisture, dirt, sand, or grain. Additionally, the sensor’s wide ambient temperature range of -25 °C to 70 °C and integrated temperature compensation add to its extreme durability and enable its use in both indoor and outdoor applications.

The UCC*-50GK is designed for an abundance of application scenarios, including water and wastewater treatment, silo fill monitoring, and recycling and waste management, to name a few. The UCC*-50GK can also be used as a cost-effective collision avoidance device for smaller AGVs and feeding robots. The sensor can be easily integrated into these tight spaces because of its compact housing. Contaminants, which cleaning and feeding robots are constantly exposed to, cannot adhere to the PTFE-protected transducer.

For more information, visit www.pepperl-fuchs.com.