AHS36B-S1CC004096

The SICK AHS36B-S1CC004096 is a high-performance safety laser scanner designed for industrial applications, particularly in automated guided vehicles (AGVs) and mobile robots. This device utilizes advanced LiDAR technology to provide precise area monitoring and obstacle detection.### Key Technical Specifications: - **Detection Range:** 0.1 m to 8.25 m, allowing for versatile applications in various environments. - **Angular Resolution:** 0.25° for accurate detection and mapping of the surroundings. - **Scanning Angle:** 270°, providing a wide field of view for comprehensive area coverage. - **Number of Layers:** 2 layers of scanning, enhancing the ability to detect objects at different heights. - **Safety Category:** Complies with PLd (Performance Level d) according to ISO 13849-1, ensuring high safety standards for personnel and equipment. - **Response Time:** < 100 ms, enabling quick reaction to dynamic environments. - **Communication Interfaces:** Supports various protocols including Ethernet/IP, PROFINET, and RS-232, facilitating easy integration into existing systems. - **Operating Temperature Range:** -10 °C to +50 °C, suitable for diverse industrial conditions. - **Protection Rating:** IP65, ensuring durability and resistance to dust and water ingress. - **Mounting Options:** Flexible mounting options for easy installation in various configurations.### Applications: The AHS36B-S1CC004096 is ideal for applications such as: - Safety monitoring in automated production lines. - Collision avoidance in AGVs and mobile robots. - Perimeter protection in hazardous areas.### Features: - **User-friendly Configuration:** Equipped with a web-based interface for easy setup and configuration. - **Diagnostic Functions:** Integrated diagnostics for real-time monitoring of the scanner's performance and health. - **Multi-Scanner Operation:** Capable of operating in conjunction with other scanners for enhanced coverage and redundancy.The SICK AHS36B-S1CC004096 is a robust and reliable solution for enhancing safety and efficiency in automated environments.