SICK UM30-211 Series Proximity Sensor, Ultrasonic Sensor Technology, Detection Range 250mm - UM30-211111 This proximity sensor is an ultrasonic device designed to detect objects within a range of 30mm to 250mm. It features a robust threaded barrel body style, making it suitable for various industrial applications. The sensor measures 30mm in diameter and is 84mm long, offering a reliable solution for automation in demanding environments. Features & Benefits • Offers a detection range from 30mm to 250mm for versatile applications
• Equipped with PNP output for easy integration into systems
• Includes IP65 and IP67 ratings for protection against dust and water
• Designed with a maximum switching frequency of 25Hz for efficient operation
• Reverse polarity and short circuit overload protection ensure reliability
• Temperature compensation maintains accuracy across a wide temperature range Applications • Used for non-contact measurement of natural objects
• Ideal for automation systems requiring precise distance measurement
• Employed in harsh environments due to robust IP ratings
• Utilised in assembly lines for object detection and counting
• Suitable for proximity detection in material handling systems What is the minimum and maximum operating temperature for this sensor? The sensor can operate effectively in temperatures ranging from -25°C to +70°C, making it suitable for diverse environments. How does the response time of this sensor affect its performance? With a response time of just 32ms, the sensor quickly reacts to changes in detected distance, enabling efficient monitoring and control in automated applications. What features improve the versatility of this ultrasonic sensor? It offers adjustable operating modes, including switching point and background detection, allowing users to tailor its functionality to specific application needs. How does this product ensure protection against environmental factors? The IP65 and IP67 ratings indicate that the sensor is protected against water and dust ingress, ensuring reliable performance in challenging conditions.