XT-S240 Mini Solid-State Flash Lidar 10m Detect Range FOV 106° x 80°

Specifications

Scanning Method: Solid-State Flash LiDAR
Measurement Principle: Time-of-Flight (ToF) LiDAR
Light Wavelength: 940 nm
FOV (Horizontal Image View): 106 deg
FOV (Vertical Image View): 80 deg
FOV (Mechanical View) X Span: 120 deg
FOV Vertical (Mechanical View): 94 deg
Average Power: 6 – 6 W
Accuracy: 1 – 3 %
Angle Resolution (H): 0.33 deg
Angle Resolution (V): 0.33 deg
Measurement Distance Outdoor (50% Reflectivity): 10 m
Measurement Distance Indoor (50% Reflectivity): 0.3 – 12 m
Frame Rate: 1 – 20 Hz
Working Temperature: -20 – 60 degC
Lines: 240
Laser Safety Class: Class 1
S Series: Short Range
ECCN: EAR99
HTS: 9015.10.4000
Approximate Delivery Time To USA: 5 to 7 days
Estimated Tariff In USA (Based On Section 301 Tariff List): 25%
Document icon Download Data Sheet Download icon

Features


  • Advanced Solid-State Flash Lidar Technology: The XT-S240 Mini utilizes cutting-edge solid-state flash lidar technology, providing high-resolution 240-line scanning for precise and reliable data capture.

  • Class 1 Laser Safety Certification: Certified to meet EN60825 standards, ensuring safe operation without risk to human eyes and body during normal use.

  • Seamless Operation: The XT-S240 Mini begins operation immediately upon power connection, eliminating the need for a power switch and ensuring continuous data acquisition.

  • Robust Performance in Challenging Environments: Designed to perform reliably in various conditions, including high/low temperatures, strong vibrations, and heavy fog, while maintaining optimal performance.

  • Comprehensive Safety Features: Equipped with safety warnings to prevent direct eye exposure to the laser, especially through magnifying equipment, and to avoid contact with the device's shell during and after operation due to high temperatures.

Applications


  • Autonomous Vehicles: Enhance navigation and obstacle detection for self-driving cars.

  • Robotics: Improve spatial awareness and precision in robotic applications.

  • Industrial Automation: Optimize processes with accurate distance and speed measurements.

  • Security Systems: Implement advanced surveillance with precise motion detection.

  • Mapping and Surveying: Conduct detailed 3D mapping and terrain analysis.

  • Agriculture: Monitor crop health and automate farming equipment.

  • Smart Cities: Enhance traffic management and infrastructure monitoring.

  • Augmented Reality: Enable immersive experiences with accurate environmental mapping.

  • Drone Technology: Improve navigation and obstacle avoidance for UAVs.

  • Environmental Monitoring: Conduct precise measurements for climate and environmental studies.