SICK UM30-212112 Threaded Barrel Ultrasonic Proximity Sensor UM, M30 x 1.5 350 mm 200mA PNP 3V 30 V dc

SICK UM30-212 Series Proximity Sensor, Ultrasonic Sensor Technology, Detection Range 350mm - UM30-212112

This ultrasonic proximity sensor is designed for precision measurement in various industrial applications. With a detection range of up to 350mm, this M30 proximity sensor features a robust threaded barrel style for easy installation. The sensor operates within a temperature range of -25 °C to +70 °C, making it suitable for diverse environments.

Features & Benefits

• Dual PNP digital outputs enhance flexibility in applications
• IP65 and IP67 ratings ensure protection against dust and water
• Reverse polarity protection prevents damage from incorrect connections
• Short circuit overload protection adds to operational reliability
• Adjustable operating modes adapt to different measurement needs
• High resolution of ≥ 0.18mm ensures accurate detection results

Applications

• Ideal for automation systems that require precise distance measurement
• Used for detecting the presence of materials in manufacturing processes
• Perfect for sorting systems needing reliable object detection
• Employed in robotics for obstacle avoidance and safety features
• Suitable for in harsh conditions, such as chemicals or dust

What is the maximum operating temperature for reliable performance?

The device operates reliably in ambient temperatures ranging from -25 °C to +70 °C, allowing for use in a variety of industrial settings without loss of accuracy.

How does the protection against reverse polarity work?

This feature safeguards the sensor by preventing damage when the supply voltage is connected in reverse. It ensures that the sensor continues functioning even if the wiring is incorrect.

What types of outputs does this sensor provide?

It offers two PNP digital outputs that can be configured for different applications, allowing for greater versatility in integrating with various systems.

How can the detection area be adjusted for specific applications?

Users can adjust measurement filters, sensitivity levels, and sound beam characteristics, enabling fine-tuning for optimal performance in specific environments.