CLV490-2010

The SICK CLV490-2010 is a high-performance laser scanner designed for industrial applications, particularly in the fields of logistics and automation. This device is part of the CLV490 series, known for its robust design and advanced scanning capabilities.### Key Technical Specifications: - **Scanning Technology**: Laser triangulation - **Measurement Range**: Up to 10 meters, depending on the reflective properties of the target - **Field of View**: 270 degrees, allowing for comprehensive area coverage - **Resolution**: 1 mm, providing precise distance measurements - **Scan Rate**: Up to 1000 scans per second, ensuring rapid data acquisition for dynamic environments - **Output Interfaces**: Ethernet/IP, PROFINET, and RS-232, facilitating easy integration into existing systems - **Power Supply**: 24 V DC, with a power consumption of approximately 5 W - **Environmental Rating**: IP65, making it suitable for harsh industrial environments - **Operating Temperature**: -10 °C to +50 °C, allowing for versatile deployment in various conditions - **Weight**: Approximately 1.5 kg, ensuring lightweight installation### Features: - **Multi-echo Technology**: Capable of detecting multiple echoes from a single laser pulse, enhancing performance in challenging conditions such as dusty or reflective environments. - **Integrated Web Server**: Allows for easy configuration and monitoring via a web interface. - **Real-time Data Processing**: Provides immediate feedback and data analysis for real-time decision-making. - **Safety Features**: Equipped with safety measures to prevent damage to the device and ensure operational safety in automated environments.### Applications: The CLV490-2010 is ideal for applications such as: - Automated guided vehicles (AGVs) - Warehouse management systems - Object detection and tracking - Collision avoidance systemsOverall, the SICK CLV490-2010 laser scanner combines precision, speed, and reliability, making it a valuable tool for enhancing automation and efficiency in industrial settings.