SFS60-HRAT0K02

The SICK SFS60-HRAT0K02 is a high-resolution, compact photoelectric sensor designed for precise distance measurement and object detection in various industrial applications. This sensor operates on the principle of time-of-flight measurement, utilizing advanced laser technology to achieve high accuracy and reliability.### Key Technical Specifications: - **Measurement Range:** 0.1 m to 60 m, allowing for versatile applications in different environments. - **Resolution:** Up to 1 mm, providing precise distance measurements. - **Output Type:** Analog output (0-10 V or 4-20 mA) and digital output (RS-232 or RS-485), enabling easy integration with various control systems. - **Response Time:** Fast response time of < 1 ms, suitable for dynamic applications. - **Operating Temperature:** -20 °C to +60 °C, ensuring functionality in harsh industrial conditions. - **Protection Rating:** IP67, making it dust-tight and protected against water ingress, suitable for outdoor and wet environments. - **Power Supply:** 10-30 V DC, compatible with standard industrial power supplies. - **Housing Material:** Robust metal housing for durability and resistance to mechanical stress. - **Weight:** Approximately 500 g, allowing for easy installation without excessive load.### Features: - **Multi-echo technology:** Allows for reliable detection of multiple objects in the measurement range, enhancing performance in complex environments. - **Adjustable parameters:** Users can configure measurement settings via software, optimizing performance for specific applications. - **LED indicators:** Provide visual feedback on sensor status and measurement results, facilitating troubleshooting and maintenance.### Applications: The SFS60-HRAT0K02 is ideal for applications such as level measurement in silos, distance measurement in logistics, and object detection in automated systems. Its high precision and robust design make it suitable for both indoor and outdoor use in various industries including manufacturing, logistics, and process automation.