NBB15-30GM50-E2-V1 Inductive Sensor 30mm, IP67, M12, IO-Link | Pepperl+Fuchs Industrial

Sensing Precision and Range​

The NBB15 - 30GM50 - E2 - V1 by Pepperl + Fuchs is an inductive sensor designed for accurate object detection. With a rated operating distance of 15 mm, it can effectively identify metallic objects in industrial settings. In a manufacturing plant, it can easily detect large metal parts moving on a conveyor belt. The assured operating distance, although not precisely defined, is likely within a reliable range around the rated value. Different metals have specific reduction factors, which are crucial for adapting to various metal - based production processes. This sensor's ability to precisely sense objects within its range makes it an ideal choice for industrial automation applications.​

Versatile Operating Conditions​

This sensor is engineered to function across a wide spectrum of operating conditions. It has an operating voltage range of 10 - 30 V DC, allowing for seamless integration into different industrial electrical systems. Whether in a standard factory control circuit or a more complex industrial network, it operates stably. The switching frequency is optimized for industrial use, ensuring quick response times to detected objects. Moreover, it can withstand ambient temperatures from - 25 °C to +70 °C. This wide temperature tolerance enables it to be deployed in diverse industrial environments, from cold storage facilities to hot manufacturing zones.​

Robust Build and Reliability​

The NBB15 - 30GM50 - E2 - V1 features a durable construction. Its housing, likely made of nickel - plated brass, offers excellent corrosion resistance, which is vital in harsh industrial environments with moisture or chemical exposure. The sensing face, designed for sensitivity and durability, is made of a suitable material, although not specified. With an IP67 protection degree, it can resist dust and endure temporary immersion in water. It also comes with reverse polarity protection and short - circuit protection, safeguarding the sensor from electrical malfunctions. This robust build ensures reliable operation in industrial applications, minimizing downtime and maintenance costs.