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— IC芯片 | 连接器 | 传感器 | 被动器件 —
The SICK 2100569 is a component of the Free Flow Profiler system, an automated vehicle and object measurement solution designed for free-flow traffic conditions. This system utilizes eye-safe 2D LiDAR sensors to scan objects up to 75 times per second, enabling fully automated length, width, and height measurements. It accounts for vehicle speed and direction to generate 3D models that visualize excessive dimensions. The modular setup supports functional extensions such as non-contact axle counting and overheated part detection. Data can be transmitted via FTP or UNC, and the system integrates with ANPR, WIM, and RFID transponders.
Verify the specific configuration of the Free Flow Profiler system associated with this identifier. Confirm compatibility with existing infrastructure, including ANPR, WIM, and RFID integrations. Ensure the system meets operational requirements for climate zones ranging from -40°C to +60°C. Review technical documentation for data transmission protocols (FTP/UNC) and sensor specifications to ensure alignment with project needs.
Select this system for applications requiring automated, non-contact measurement of vehicle dimensions in dynamic traffic environments. It is suitable for sites needing integration with axle counters, ANPR, or RFID systems. Consider the expanded temperature range for operation in diverse climate zones. Evaluate the need for 3D modeling capabilities and alarm generation for dimensional violations.
This identifier relates to the SICK Free Flow Profiler, a profiling system for measuring and classifying vehicles and objects. The system uses 2D LiDAR technology to create 3D models and detect dimensional excesses. It supports various functional extensions like axle counting and overheating detection, offering modular scalability for different traffic monitoring requirements.
No public confirmed substitute part numbers are available for this specific system identifier. Consult SICK technical support for compatible alternatives or upgrades within the Free Flow Profiler family.
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