LDK 520nm Green Distance Laser Sensor

LDK 520nm Green Distance Laser Sensor

LDK 520nm Green Distance Laser Sensor with phase-based measurement, 2-5mm accuracy, 0.03-80m range, RS232/RS485/CAN, fast response, and Class II safe laser.

Measure range: 0.03-80m

Accuracy: 3-5mm

Frequency: 4H/10/20Hz

Laser Wavelength: 520-530nm <1mW

Size: 48*26*13mm

LDK 520nm Green Distance Laser Sensor

Phase-Based Distance Measurement | 520nm Green Laser Wavelength

The LDK 520nm Green Distance Laser Sensor adopts the phase-based distance measurement principle, calculating the exact distance to a target by analyzing the phase shift of the modulated laser signal. Compared to traditional Time-of-Flight (ToF) methods, phase-based measurement provides higher accuracy and stability for short-range applications. Additionally, the sensor utilizes a 520nm green laser, which offers better performance than infrared or red lasers in bright environments, making it ideal for outdoor and reflective surfaces.

LDK 520nm Green Distance Laser Sensor
LDK 520nm Green Distance Laser Sensor

Technical Specifications

Dimension

Measuring Range
0.03-40/60/80m
Frequency
4/10/20Hz
Accuracy
±3-5mm
Laser Type
520nm, <1mW, Green laser
Laser Class
Class II,  safety laser
Communication Interface
UART/RS232/RS485/Bluetooth
Serial Level
VTTL=3.3V
Operating Temperature
0~40℃(32~104℉)
Storage Temperature
-25~60 ℃ (-13~140 ℉)
Power Consumption
<130mA@3.3V
Size
45*25*12mm
Weight
10g

High-Precision Measurement

The LDK 520nm Green Laser Distance Sensor delivers high-precision measurements within a range of 0.03-80m, with an accuracy of just 2-5mm. This level of precision makes it ideal for industrial measurement, quality control, and automation inspection applications that require exceptional measurement accuracy.

Multiple Communication Interfaces

Serial interface
Serial interface

The sensor supports a variety of industrial communication interfaces, including RS232, RS485, TTL, Modbus, and CAN, allowing seamless integration into automation systems, robotic platforms, smart measurement setups, and industrial control networks for efficient data transmission and remote operation.

Support for Secondary Development

Development board

The LDK 520nm Green Distance Laser Sensor is developer-friendly, offering comprehensive documentation and demo code for seamless integration. It supports secondary development on platforms such as Arduino, Raspberry Pi, and ESP32, enabling quick customization for a wide range of smart hardware applications.

Fast Response Speed

The sensor features a fast response time with selectable measurement frequencies of 4Hz, 10Hz, and 20Hz, ensuring high-speed and stable measurements across different application scenarios.

Compatible with Various Target Materials

This sensor can measure distances to metal, non-metal, walls, fabrics, and other materials. Whether the surface is smooth or rough, it maintains high measurement accuracy, making it suitable for diverse industrial and commercial applications.

Class II Safe Laser

The LDK 520nm Green Laser Distance Sensor complies with Class II laser safety standards, ensuring that its low-power laser emission is safe for human eyes. This makes it suitable for working environments where frequent laser exposure occurs, eliminating the need for additional protective measures.

Suitable for Various Applications

With its high precision, fast response, and versatile connectivity, the LDK 520nm Green Distance Laser Sensor is widely used in the following scenarios:

  • Industrial Automation: Precise object positioning, ideal for robotics and workpiece detection
  • Logistics & Warehousing: Cargo dimension measurement, stacking monitoring
  • Smart Transportation: Short-range distance sensing, such as parking guidance and obstacle detection
  • Construction Measurement: High-precision wall and indoor structure measurements
  • Scientific Research: Optical measurement and physics experiments
application scenarios
Distance Laser Sensor Application Scenarios

The LDK 520nm Green Distance Laser Sensor is the ideal solution for high-precision short-range measurement, offering superior accuracy, fast response, multiple communication interfaces, and seamless secondary development support.

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