Design Features

The Pepperl + Fuchs NCB1.5 - 8GM25 - N0 is an inductive sensor with a compact and practical design. Its 8 - mm diameter cylindrical housing, made of high - quality materials, offers durability and a space - efficient form. The 25 - mm length allows for easy installation in various industrial setups, especially those with limited space. It features a non - flush installation type, which positions the sensing face, likely made of PBT, for optimal detection. With a rated sensing distance of 1.5 mm, it can accurately identify metallic objects within its range, making it suitable for applications where precision in a small - scale environment is crucial.

Electrical characteristics of this industrial automation product are well - defined. It operates on a DC voltage range, typically from 10 - 30 V. It has an NPN output type with a normally open (NO) switching function, enabling seamless integration into industrial control systems. The switching frequency can reach up to a certain value, perhaps around 1500 Hz, ensuring quick response times to object presence. Reverse polarity protection is integrated, safeguarding the sensor from 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 environment, providing reliable control signals.

The NCB1.5 - 8GM25 - N0 is engineered to function effectively in diverse environmental conditions. It can operate within an ambient temperature range from - 25 °C to 70 °C (-13 °F to 158 °F), making it suitable for both cold - storage and high - temperature industrial applications. It likely has a high - level protection rating, such as IP67, which means it is highly resistant to dust and water immersion. This protection ensures its reliable performance even in harsh industrial settings where exposure to dirt, moisture, or splashing water is common. The connection is through a cable, facilitating easy installation and connection to other parts of the automation system.