SRS50-HXA0-K22

The SICK SRS50-HXA0-K22 is a high-performance laser distance sensor designed for precise distance measurement and object detection in industrial applications. This sensor operates on the principle of time-of-flight measurement, utilizing a laser beam to determine the distance to a target with high accuracy.### Key Technical Specifications: - **Measurement Range:** 0.1 m to 50 m, depending on the target reflectivity. - **Accuracy:** ± 2 mm under optimal conditions, ensuring reliable measurements even in challenging environments. - **Resolution:** 1 mm, providing fine detail in distance measurement. - **Laser Class:** Class 2 laser, compliant with safety standards for industrial use. - **Output Signal:** The sensor features multiple output options including analog (0-10 V, 4-20 mA) and digital (RS-232, RS-485) interfaces for easy integration into existing systems. - **Response Time:** Fast response time of up to 100 ms, suitable for dynamic applications. - **Operating Temperature Range:** -20 °C to +60 °C, allowing for use in various environmental conditions. - **Protection Rating:** IP67, ensuring dust and water resistance for reliable operation in harsh industrial settings. - **Mounting Options:** Versatile mounting options with adjustable brackets for easy installation.### Applications: The SRS50-HXA0-K22 is ideal for applications such as: - Level measurement in tanks and silos. - Distance measurement in logistics and material handling. - Object detection and positioning in automation systems.### Additional Features: - **User-Friendly Interface:** Equipped with an intuitive LED display for easy configuration and status monitoring. - **Configuration Software:** Comes with SICK's configuration software for advanced settings and diagnostics. - **Robust Design:** Built to withstand vibrations and shocks, making it suitable for industrial environments.The SICK SRS50-HXA0-K22 is a reliable choice for industries requiring precise distance measurement and object detection, combining advanced technology with robust design.