Sick UM30-212113 Ultrasonic Sensor

The Sick UM30-212113 Ultrasonic Sensor features a robust cylindrical metal housing made of nickel-plated brass with PBT components, ensuring durability in demanding industrial conditions. Operating on a 9–30 V DC supply with a low power consumption of ≤ 2.4 W, it delivers efficient sensing without overloading the system. With a quick initialization time of less than 300 ms, the sensor is ready for action almost instantly, reducing downtime during startups or resets.

Equipped with a 350 mm detection range and a straight sending axis, the UM30-212113 ensures precise measurement and stable performance even in dusty, wet, or low-visibility conditions. Its M12, 5-pin male connector provides secure connectivity, while the dual LED indicators offer clear visual feedback for operating status and target detection. The IP65/IP67 enclosure rating ensures resistance to dust ingress, water spray, and temporary immersion, making it ideal for harsh manufacturing and outdoor applications. At just 150 g, the sensor offers a lightweight yet rugged solution, trusted by engineers for consistent reliability in critical automation systems. Learn more at the official Sick product page.

The Sick UM30-212113 Ultrasonic Sensor is widely used in industries where accurate detection is required regardless of lighting, color, or surface texture. In material handling, it detects products on conveyors with precision. In packaging plants, it ensures level monitoring in containers, silos, or tanks. In robotics, it assists with collision avoidance and position feedback.

Maintenance engineers appreciate this sensor’s ability to perform in environments where dust, moisture, or changing temperatures can interfere with optical systems. Its IP67 sealing makes it suitable for outdoor equipment, automated guided vehicles (AGVs), and food processing machinery, where hygiene and washdown resistance are critical. The fast response time also supports high-speed sorting lines and automated inspection systems.

For engineering students and automation trainees, the UM30-212113 offers a practical case study in ultrasonic sensing technology—demonstrating how frequency-based detection can outperform optical methods in certain conditions. Whether for industrial use or educational projects, this ultrasonic sensor delivers consistent accuracy and dependable operation.