Laser Distance Sensor Module

Laser Distance Sensor Module Introduction

The Laser Distance Sensor Module (Model: 4002B) is a cutting-edge, high-precision instrument for different distace measuring applications. It combines progressed innovation with a compact size (≤56mm×50mm×30mm) and light weight (≤80g), making it an perfect choice for integration into a wide range of systems.This module utilizes a 1535±10nm erbium glass laser, which is secure for the human eye, guaranteeing that it can be utilized in situations where security is a priority. Manufactured in China, the Laser Distance Sensor Module is CE certified.

The laser distance sensor module offers a surprising estimation range of 50 to 4000 meters when utilized with vehicles, giving uncommon adaptability for long-distance applications. It excels in a high exactness of ±1 meter and an accurate determination of 0.1 meters, making it reasonable for assignments that require exact separate estimations. Moreover, it supports different range modes, including a single-time , 1Hz, and 5Hz, permitting it to be custom fitted to the particular needs of diverse applications.

Equipment Composition

Erbium Glass Laser: The core component that emits the highly-stable laser beam for long distance measurement.

Optical System: A set of lenses and mirrors that direct and focus the laser beam onto the target.

Photodetector: Captures the reflected laser beam to measure the time of flight.

Microcontroller: Processes the time measurement and calculates the distance.

Output Interface: Provides connectivity options for transmitting the measured distance.

Operation and Maintenance

Installation: Mount the sensor according to the manufacturer's guidelines for optimal performance.

Calibration: Calibrate the sensor to ensure accurate measurements, following the provided procedure.

Regular Checks: Periodically check the sensor for dirt or damage that may affect performance.

Cleaning: Use appropriate cleaning materials to maintain the sensor's optical components.

Software Updates: Keep the sensor's firmware updated for improved functionality and compatibility.

Specification

Working Principle

Laser Emission: The sensor emits a laser beam towards the target object.

Reflection and Detection: The beam reflects off the object and is detected by a receiver within the sensor.

Time Measurement: The time taken for the beam to return is measured with high precision.

Distance Calculation: Using the speed of light, the sensor calculates the distance based on the time of flight.

Output Signal: The calculated distance is then output through the selected interface.

Features

High Precision: Equipped with advanced laser technology, the module offers measurements with an accuracy of ±1m, ensuring dependable and precise distance readings.

High Resolution: It captures fine details with a resolution as precise as 0.1m, making it suitable for applications that require high-definition spatial data.

Multiple Output Options: It provides the flexibility of multiple output formats, including analog, PWM, and digital signals, catering to a variety of system integration needs.

Wide Measuring Range: The sensor is designed to cover a broad range of distances from 50m up to 6000m, making it versatile for different scenarios and environments.

Eye-Safe Laser Technology: Incorporating a laser wavelength that is safe for human eyes, the sensor is designed for use in environments where operator safety is paramount.

Robust Design: With a durable construction, typically featuring an aluminum housing, it is built to withstand the rigors of industrial and outdoor applications.

Low Power Consumption: The LRF is engineered to be energy-efficient, with a standby power consumption of ≤0.1W, and can achieve zero power consumption when powered off, making it suitable for battery-operated devices.

Application Fields

a) Handheld optical measurement device；

b) UAV mounted；

c) Mini EO pod；

d) Other scenarios with ranging requirements

Quality Control and Safety Standards

Safety Testing: Each module undergoes rigorous safety testing to meet international standards.

Environmental Testing: The sensor is tested for resistance to dust, moisture, and temperature fluctuations.

Quality Assurance: A multi-tiered quality assurance process ensures that each sensor meets the highest quality benchmarks.

Continuous Improvement: Regular reviews and updates to production processes ensure ongoing product enhancement.

After-Sales Service

Customization: Access to a dedicated team for technical support and troubleshooting.

Warranty Coverage: A comprehensive warranty that covers defects in materials and workmanship.

Maintenance Programs: Customized maintenance programs to suit specific customer needs.

Replacement Parts: A wide range of replacement parts available for quick repairs.

Service Network: A global service network for prompt service and support.

Why choose us?

Choosing Hainan Yiyang Technology for your Laser Distance Sensor Module means leveraging:

Innovation: A commitment to developing cutting-edge technology that meets evolving industry needs.

Quality: A focus on manufacturing excellence, ensuring every sensor is built to the highest standards.

Customization: The flexibility to cater to unique customer requirements with tailored solutions.

Reliability: A reputation for dependable products that deliver consistent performance.

Global Reach: A service network that spans the globe, ensuring support is never far away.

Conclusion

Hainan Yiyang Technology, with its extensive experience in producing Laser Distance Sensor Modules, is your trusted partner for precision measurement solutions. Our dedication to innovation, quality, and customer service makes us a preferred choice for professional buyers and global dealers. For more information or to discuss your specific requirements, please contact us at photoelectric01@eyoungtec.com. Discover the precision and reliability of Hainan Yiyang Technology's Laser Distance Sensor Modules for your applications.