Di-Soric US 12 M 400 G3-B4 212883

The US 12 M 400 G3-B4 sensor is an advanced industrial sensor with a comprehensive set of features and technical specifications tailored for diverse industrial applications.Key Features and Technical Specifications:Sensing Technology: This sensor employs ultrasonic technology for accurate distance measurement.Measurement Range: It offers an impressive measurement range of up to 12,000 mm (12 meters), making it suitable for long-distance applications.Output Type: The sensor provides both analog (4-20 mA) and digital (switching) outputs, enabling seamless integration with various control systems.Operating Frequency: With an operating frequency of 400 kHz, it ensures precise and rapid distance measurements.Accuracy: The sensor boasts high accuracy, with deviations typically in millimeters, ensuring dependable measurement results.Housing: It is enclosed in a robust IP67-rated housing, ensuring durability and protection against harsh industrial environments, including dust and moisture.Temperature Range: The sensor operates reliably within a temperature range of -25°C to +70°C.Usage and Applications:The primary purpose of the US 12 M 400 G3-B4 sensor is to provide accurate and non-contact distance measurements. It finds applications in various industrial scenarios, including:Material Level Detection: This sensor is well-suited for measuring the levels of bulk materials in storage tanks and silos.Object Detection: It can detect the presence and position of objects on conveyor systems, facilitating automation and quality control.Obstacle Detection: In robotics and automated machinery, this sensor helps in identifying obstacles to prevent collisions and ensure safe operations.Positioning: It assists in precise positioning tasks where maintaining an exact distance between objects is crucial.In conclusion, the US 12 M 400 G3-B4 sensor is a versatile and highly accurate industrial sensor, designed for a wide range of distance measurement applications in industrial automation and control systems. Its robust construction and technical specifications make it a dependable choice for applications requiring precision and reliability.