SICK Ultrasonic Threaded Barrel Proximity Sensor, M30, 6 m Detection 0-10 V/4-20 mA, 9 → 30 V dc

This proximity sensor is an advanced ultrasonic distance sensor designed for industrial applications. With a detection range of up to 6m, it features a robust M30 threaded barrel design that ensures easy installation and versatility. The sensor operates effectively in environments with varying temperatures, accommodating a range from -25°C to +70°C.

• Offers dual analogue output options: 0-10V and 4-20mA
• Provides robust reverse polarity protection for circuit safety
• Features waterproof design with IP65 and IP67 ratings
• Incorporates temperature compensation for accurate measurements
• Built with durable brass housing for long-lasting performance
• Accommodates multiple sensors without crosstalk for increased efficiency

• Utilised in automated production systems for precise distance measurement
• Applied in material handling and packaging operations for object detection
• Used in robotics for safe navigation and obstacle avoidance
• Implemented in warehouse management systems for inventory control
• Serves in construction projects for height and depth measurement

The dual analogue outputs enable flexibility in integration, allowing users to choose between current or voltage output based on their system requirements. This adaptability ensures compatibility with a variety of devices and monitoring systems.

With an operating temperature range of -25 °C to +70 °C, it is well-equipped to function in harsh conditions, ensuring reliable performance in various industrial settings without compromising accuracy.

The IP65 and IP67 ratings enable the sensor to withstand dust and moisture intrusion, making it suitable for demanding operating environments where reliability is critical. This feature protects the internal components and prolongs the sensor’s lifespan.

The sensor includes an M12 connector for straightforward integration into existing systems. It can be mounted easily using compatible brackets without needing complex wiring setups.