SICK Ultrasonic Threaded Barrel Distance Sensor, M18, 250 mm Detection 4-20 mA, 10 → 30 V dc

This proximity sensor is an ultrasonic type designed for precise distance measurements. With a cylindrical design, it features a thread size of M18 and is constructed from durable metal. The sensor operates effectively within a detection range of 30mm to 250mm, making it suitable for a variety of industrial applications. Its robust performance is enhanced by an IP rating of IP65 and IP67, ensuring resilience in challenging environments.

• Provides a high-precision detection range of 30mm to 250mm
• Utilises a current output signal of 4-20 mA for compatibility
• Offers temperature compensation for improved accuracy
• Boasts an extensive operating temperature range of -25 °C to +70 °C
• Features reverse polarity and short circuit overload protection for safety
• Easy installation with M12 male connector providing versatile connectivity

• Used in manufacturing lines for distance measurement
• Ideal for level detection in tanks and silos
• Suitable for automated machinery requiring precise input
• Effective in product handling and robotic
• Utilised in systems requiring reliable performance in harsh environments

The response time for the signal output is 32ms, which is suitable for quick detection needs. Additionally, output time can be as fast as 8ms, enhancing real-time performance in demanding applications.

This product features built-in temperature compensation, which adjusts the measurements based on ambient conditions, ensuring consistent accuracy regardless of fluctuations in temperature.

The ultrasonic sensor effectively detects natural objects, with optimal performance based on the size and alignment of the target, ensuring reliable sensing in various environments.

It includes reverse polarity protection and short circuit overload protection, ensuring safe operation even in cases of misconnection or electrical surges.

The sensor is housed in a robust metal casing, specifically nickel-plated brass, offering durability and resistance to environmental challenges while maintaining reliability in performance.