Exceptional Detection Attributes​

The NBB20 - L2 - A2 - V1 - 3G - 3D by Pepperl + Fuchs is an inductive sensor with remarkable detection capabilities. It has a rated operating distance of 20 mm, enabling it to precisely detect metallic objects within its range. The sensor operates with a normally open (NO) switching function and features a PNP output type, working smoothly in a 3 - wire DC system. With a switching frequency ranging from 0 - 5 Hz, it can accurately respond to the presence or absence of targets, making it an ideal choice for applications where accurate and timely object detection is critical, such as in high - precision manufacturing processes.​

Sturdy and Reliable Design​

This sensor is built to last in demanding industrial settings. Its housing and sensing face are constructed from durable materials, providing excellent resistance to wear and tear. It boasts a high degree of protection, likely similar to IP - rated standards, which shields it from dust, moisture, and other environmental factors. The sensor can function across a wide ambient temperature range, perhaps from - 25 °C to 85 °C (- 13 °F to 185 °F), just like some of Pepperl + Fuchs' other models. Additionally, it comes equipped with reverse polarity protection and short - circuit protection, ensuring reliable operation even in the face of electrical irregularities.​

Versatile and User - Friendly Applications​

Installation of the NBB20 - L2 - A2 - V1 - 3G - 3D is designed to be hassle - free. It likely has a standard connection type, such as a connector plug M12 x 1 with 4 - pins, for easy integration into existing systems. The sensor also features clear LED indicators, with a green LED for operating voltage and a yellow one for the switching state, allowing operators to quickly assess its status. Its versatility makes it suitable for a variety of industrial automation applications, including conveyor systems for object position detection and robotic arms for precise part handling, enhancing the efficiency and accuracy of industrial processes.