Omron E2B-M12KN08-WP-B1 5M Threaded Barrel Inductive Proximity Sensor, M12 PNP E2B 30V dc 8 mm 30 V dc 200mA

This inductive proximity sensor is designed for industrial applications, featuring a robust M12 threaded barrel. With a detection range of 8mm, it provides reliable sensing capabilities, operating within a supply voltage range of 10 to 30 V DC. Constructed from brass and nickel-plated for enhanced durability, it boasts an IP67 rating, ensuring protection against dust and water ingress. The sensor comes pre-cabled with a 5m connection, making it ready for immediate installation.

• Inductive design enables non-contact detection for efficient operation
• M12 threading ensures secure mounting in various environments
• PNP output facilitates easy integration with existing control circuits
• IP67 rating guarantees functionality in harsh industrial conditions
• Short circuit and reverse polarity protection enhance operational safety
• High switching frequency of 800Hz supports fast response times

• Used in automated machinery for object detection
• Ideal for position sensing in conveyor systems
• Suitable for detecting proximity in packaging equipment
• Effective in robotics for obstacle avoidance
• Utilised in factory automation for controlling processes

The IP67 rating indicates that the sensor is completely protected against dust and can withstand immersion in water up to 1 metre for 30 minutes, making it suitable for use in wet or harsh environments.

The PNP output allows for sourcing current, which simplifies integration into circuits where logical high signals are required, making it particularly beneficial for compatibility with various control systems.

This sensor can operate in a temperature range from -25 °C to +70 °C, ensuring performance in diverse environmental conditions without compromising reliability.

The 5m cable length provides flexibility in placing the sensor at a desirable distance from the control unit, reducing the need for additional wiring and simplifying the installation process.

The unshielded design is typically less expensive and suitable for environments with minimal interference, making it a practical choice for many industrial applications where complex shielding is not necessary.