NBB20-L2-A2-T-V1 Inductive Sensor 20mm, IP67, M30, High Temp | Pepperl+Fuchs Heavy Duty

Precise Sensing Performance​

The NBB20 - L2 - A2 - T - V1 by Pepperl + Fuchs is an inductive sensor engineered for precise object detection in industrial settings. With a rated operating distance, perhaps around 20 mm as indicated by the model name, it can accurately identify metallic objects. In a manufacturing plant dealing with large - scale metal components, it can detect the presence of parts on a conveyor belt. It likely has specific reduction factors for different metals. For instance, aluminum might have a reduction factor that affects its detection distance. This allows the sensor to adapt to various metal - based production processes, ensuring reliable and consistent performance in industrial automation systems.​

Versatile Operating Conditions​

This sensor is designed to function across a wide range of operating conditions. It probably has an operating voltage range that aligns with standard industrial requirements, maybe around 10 - 30 V DC. This enables seamless integration into different factory electrical systems. The switching frequency is optimized for industrial applications, ensuring quick response times when an object is detected. Additionally, it can withstand ambient temperatures, likely within a range such as - 25 °C to +70 °C. This wide temperature tolerance makes it suitable for use in diverse industrial environments, from cold storage areas to hot manufacturing zones.​

Robust and Reliable Build​

The NBB20 - L2 - A2 - T - V1 features a durable construction. Its housing is likely made of a robust and corrosion - resistant material, similar to nickel - plated brass which is common in industrial sensors. This is crucial in harsh industrial environments where there may be moisture or chemical exposure. The sensing face is designed to be both highly sensitive and long - lasting, ensuring accurate detection over an extended period. It may have a certain protection degree, perhaps an IP67 rating, which allows it to resist dust and withstand temporary immersion in water. Also, it likely comes with protection features like reverse polarity protection and short - circuit protection, safeguarding the sensor from electrical malfunctions and ensuring its reliable operation in industrial applications.