The BI 2 Series of inductive proximity sensors from Turck Banner.

This inductive sensor from Turck, featuring stainless steel construction and IP67 rating. With precise detection capabilities and durable housing, it is designed to meet the demands of industrial applications.

• Extended 2mm detection range for accurate sensing
• Flush mounting allows for seamless integration
• PNP output ensures reliable signal transmission
• Short circuit overload protection for enhanced safety

• Ideal for automation systems requiring proximity detection
• Used in mechanical equipment for precise object sensing
• Suitable for use in electrical panels for proximity control
• Commonly employed in industrial machinery for position feedback

It has a temperature range of -25°C to +70°C, making it suitable for use in various industrial settings.

Yes, the sensor has an extended 2mm detection range, ensuring precise object sensing capabilities.

Yes, it is designed for flush mounting, enabling seamless integration into existing systems.

The sensor is commonly used in proximity control systems for reliable performance.

Yes, the sensor comes equipped with short circuit overload protection for enhanced safety measures.

Turck Banner Barrel Inductive Proximity Sensors

Inductive sensors are designed for contact-less and wear-free detection. They are the perfect solution for breweries, frozen food, dairies and packaging applications. Resistant to cleaning agents and disinfectants and exceed the protection classes IP68 & IP69K. These sensors are available as standard versions in chrome plated brass barrels or stainless steel housing with LCP front cap and double lip seal for heavy use or sudden changes in temperature. All inductive sensors of the new uprox+ generation operate with highest switching distances, feature an extended temperature range and are easily mounted.Turck inductive proximity sensors are manufactured with shielded coil, designated by “Bi” in the part number, and a non-shielded coil, designated by “Ni” in the part number.