Pepperl+Fuchs NBB2-12GM40-E2-V1 Inductive Sensor | 2mm Range, PNP NO, IP67, M12, Non-Shielded

Exceptional Sensing Precision​

The NBB2 - 12GM40 - E2 - V1, an inductive sensor from Pepperl + Fuchs, is engineered to deliver outstanding sensing precision. With a rated operating distance of 2 mm, it can accurately detect metallic targets within its range. It features a normally open (NO) switching function and a PNP output type, operating seamlessly in a 3 - wire DC system. The sensor's switching frequency is optimized for quick response times, ensuring reliable detection of objects. This makes it an ideal choice for applications where high - precision object sensing is crucial, such as in the assembly of delicate electronic components or in micro - manufacturing processes.​

Robust and Compact Design​

This sensor boasts a robust yet compact design. Its housing is constructed from high - quality materials, likely a durable plastic, which provides excellent resistance to mechanical stress and environmental factors. It has a high degree of protection, safeguarding it from dust and minor splashes. The compact size of the sensor makes it suitable for installations in tight spaces. It can operate within a wide ambient temperature range, from - 25 °C to 70 °C (- 13 °F to 158 °F), ensuring reliable performance in various industrial settings. Additionally, it comes equipped with reverse polarity and short - circuit protection, enhancing its durability and reliability.​

Versatile Industrial Applications​

The NBB2 - 12GM40 - E2 - V1 is highly versatile in its applications. It can be easily integrated into automated production lines to detect the presence or position of small parts on conveyor belts. In robotic applications, it helps the robot arm to precisely pick and place tiny components with great accuracy. The standard connection type allows for easy installation and compatibility with existing systems. The sensor also features clear LED indicators, with a green LED for operating voltage and a yellow one for the switching state, making it convenient for operators to monitor its status and ensure smooth operation in diverse industrial automation scenarios.