Pepperl+Fuchs NJ2-14GM-N-V1 Inductive Proximity Sensor, 2mm Range, M14, NPN NO, IP67 | Precision Automation

Design and Structure​

The Pepperl + Fuchs NJ2 - 14GM - N - V1 is an inductive sensor with a well - thought - out design. Its 14 - mm diameter cylindrical housing, constructed from durable materials such as nickel - plated brass, offers a balance between compactness and sturdiness. This size makes it suitable for installations in areas with limited space. It has a non - flush installation type, which positions the sensing face, probably made of PBT, to effectively detect metallic objects. With a rated sensing distance of 2 mm, it can precisely identify the presence of metallic items within its range, catering to applications that require high - precision detection.​

Performance Capabilities​

In terms of performance, this industrial automation product operates on a DC voltage, usually within the 10 - 30 V range. It features an NPN output type with a normally open (NO) switching function, enabling seamless integration into industrial control systems. The switching frequency can reach a certain level, allowing for quick responses to changes in the detected objects. Reverse polarity protection is built - in, protecting the sensor from potential damage due to incorrect voltage connections. With a voltage drop of ≤ 3 V and an operating current range of 0 - 200 mA, it can stably interact with other components in the industrial setup, ensuring reliable operation.​

Environmental Adaptability​

Engineered to withstand tough industrial environments, the NJ2 - 14GM - N - V1 can function within an ambient temperature range from - 25 °C to 70 °C (-13 °F to 158 °F). It likely has an IP67 protection rating, providing high resistance to dust and water immersion. This protection enables it to maintain reliable performance even in harsh conditions, such as in factories with high humidity or dusty workshops. Whether exposed to dirt or splashing water, this sensor's robust construction and protective features ensure its long - term functionality.