NCB15-30GM50-Z5-V1 Inductive Sensor 30mm, IP67, M12, IO-Link | Pepperl+Fuchs Industrial Automation

Exceptional Sensing Performance​

The NCB15 - 30GM50 - Z5 - V1 from Pepperl + Fuchs is a high - performance inductive sensor. It has a relatively large rated operating distance of 15 mm, allowing it to detect metallic objects from a significant range. In a large - scale industrial setting like a steel mill, it can sense the presence of massive metal components approaching on conveyor systems. The assured operating distance is within a certain range, enabling reliable detection. It also has distinct reduction factors for different metals, which helps in accurately sensing various metal materials commonly used in industrial processes.​

Robust Environmental Adaptability​

Engineered to function in diverse environments, this sensor can operate within a wide voltage range, typically from 10 - 30 V DC. This makes it suitable for different electrical setups in industrial automation. The switching frequency is designed to meet the demands of industrial applications, ensuring quick response times. Moreover, it can withstand ambient temperatures ranging from - 25 °C to +70 °C. Whether in a cold outdoor storage area or a hot industrial processing zone, it can maintain stable performance, making it highly adaptable to different environmental conditions.​

Durable and Reliable Build​

The NCB15 - 30GM50 - Z5 - V1 features a sturdy construction. Its housing is likely made of a durable material, perhaps with a protective coating to resist corrosion, which is crucial in harsh industrial environments with moisture or chemical exposure. The sensing face is designed to be sensitive and durable, ensuring accurate and long - lasting detection. With a high - level protection degree, such as IP67, it can resist dust and be temporarily immersed in water without damage. It also comes equipped with reverse polarity protection and short - circuit protection, safeguarding the sensor from electrical malfunctions and ensuring its reliable operation in industrial applications.