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The LPB40B Single-Point Ranging LiDAR based on the DToF principle.
The DToF technology enables the laser radar to work stably under strong
outdoor lighting, further improving the stability and accuracy of
distance measurement. It is capable of withstanding up to 100klux of
ambient light, with a range of up to 40m indoors and outdoors. The
overall accuracy is within ±5cm, and the measurement frequency is
adjustable from 1 to 2000Hz, making it suitable for various high-speed
scenarios. The sensor has UART output, allowing users to use it in
conjunction with an Arduino IO expansion board. It can be applied in
applications such as altitude hold for drones, collision avoidance for
vehicles, intelligent transportation, and IoT security.
If you have any questions on this product please feel free to contact us.
*Disclaimer: The images are merely illustrative.
The LPB40B Single-Point Ranging LiDAR based on the DToF principle. The DToF technology enables the laser radar to work stably under strong outdoor lighting, further improving the stability and accuracy of distance measurement. It is capable of withstanding up to 100klux of ambient light, with a range of up to 40m indoors and outdoors. The overall accuracy is within ±5cm, and the measurement frequency is adjustable from 1 to 2000Hz, making it suitable for various high-speed scenarios. The sensor has UART output, allowing users to use it in conjunction with an Arduino IO expansion board. It can be applied in applications such as altitude hold for drones, collision avoidance for vehicles, intelligent transportation, and IoT security.
The radar has an IP65 protection rating, and the lens is made of coated crown glass, ensuring stability and reliability in industrial environments. It also includes protection measures against reverse connection, overvoltage, and current limitation.
DToF Technology principle
IP65 Protection Level
Dimensional drawing of LPB40B ToF Single-Point Ranging LiDAR
The measurement range for both indoor and outdoor is up to 40m.
The accuracy is high, with a full range of ±5cm.
The measurement frequency is high, adjustable from 1 to 2000Hz.
The internal components include protection measures against reverse connection, overvoltage, and current limitation.
Certified with CE, FCC, ROHS, and FDA.
Gate detection
Drones follow up
Outdoor parking space inspection
High-speed rail inbound inspection
Level granary testing
Vehicle flow detection
Measurement Range:
0.05~40m (90% reflectivity indoors and outdoors)
0.05~12m (10% reflectivity indoors and outdoors)
Measurement Accuracy: ±5cm
Operating Voltage: 5V
Power Consumption: <130mA@5V
Communication Interface: UART
Wavelength: 905nm
Resolution: 1.5cm
Measurement Frequency: Adjustable from 1 to 2000Hz (default is 100Hz)
Protection Level: IP65
Ambient Light Immunity: 100klux
Laser Emission Angle: 0.17°
Reception Field of View: 2.2°
Operating Temperature: -40°C~85°C
Weight: 43g
LPB40B DToF Single-Point Ranging LiDAR Sensor (0.05-40m) x1
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The LPB40B Single-Point Ranging LiDAR based on the DToF principle.
The DToF technology enables the laser radar to work stably under strong
outdoor lighting, further improving the stability and accuracy of
distance measurement. It is capable of withstanding up to 100klux of
ambient light, with a range of up to 40m indoors and outdoors. The
overall accuracy is within ±5cm, and the measurement frequency is
adjustable from 1 to 2000Hz, making it suitable for various high-speed
scenarios. The sensor has UART output, allowing users to use it in
conjunction with an Arduino IO expansion board. It can be applied in
applications such as altitude hold for drones, collision avoidance for
vehicles, intelligent transportation, and IoT security.