NBB4-12GM50-E0-V1 Inductive Proximity Sensor 12mm, IP67, M12, DC 10-30V | Pepperl+Fuchs OEM Automation

Precise Sensing for Industrial Use​

The NBB4 - 12GM50 - E0 - V1 by Pepperl + Fuchs is an inductive sensor with remarkable sensing accuracy. Boasting a rated operating distance of 4 mm, it can precisely detect metallic objects in industrial scenarios. In a precision engineering factory, it can identify the presence of small metal parts moving along a conveyor. The assured operating distance, though not explicitly stated, is within a range that guarantees reliable detection. Different metals have distinct reduction factors, such as 0.47 for aluminum, 0.43 for copper, 0.85 for 304 stainless steel, and 0.55 for brass. This allows the sensor to adapt to various metal - based manufacturing processes.​

Adaptable Operating Conditions​

This sensor is designed to function across a wide array of operating conditions. It has an operating voltage range, typically from 10 - 30 V DC, which enables it to be integrated into different electrical systems in industrial automation. Whether in a standard factory's control circuit or a specialized industrial setup, it operates stably. The switching frequency is optimized for industrial applications, ensuring quick response times. Moreover, it can endure ambient temperatures from - 25 °C to +70 °C. This wide temperature tolerance makes it suitable for use in diverse environments, including cold storage facilities and hot manufacturing zones.​

Sturdy and Reliable Build​

The NBB4 - 12GM50 - E0 - V1 features a robust construction. Its housing is made of nickel - plated brass, providing excellent corrosion resistance, which is crucial in harsh industrial environments with moisture or chemical exposure. The sensing face, crafted from PBT, offers both sensitivity and durability. With an IP67 protection degree, it can resist dust and withstand temporary immersion in water. Additionally, it comes with reverse polarity protection and short - circuit protection, safeguarding the sensor from electrical malfunctions. This ensures its reliable operation in industrial applications, minimizing downtime and maintenance costs.