What is it?

This is the most flexible Laser Rangefinder sensor that you can integrate easily into your projects that require some precise measurements & is also easy to handle easily even with an Arduino.

Technical Characteristics

• Power Supply Voltage & Current: DC3V ~ 3.3V / 100mA
• Measuring Range: 0.0001 ~ 80 m
• Resolution options: 0.1 mm / 1 mm
• Measurement Speed: 2Hz / 5Hz / 10Hz / 20Hz (0.05~1 seconds)
• Measurement modes: Single / Continuous Mode
• Distance Unit: m
• Laser Type: 620-690nm
• Laser Class: class ii, <1mW
• Spot Diameter at the distance m: 6mm@10m, 30mm@50m
• Protection Level: IP40
• Operating Temperature: -20°C ~ +50°C
• Storage Temperature: -20°C ~ +80°C
• Weight: 60g
• Dimensions: 46.47mm(L) x 37mm(W) x 16.5mm(H)

Please check this 3D model for more details & precise measurements https://autode.sk/2oWRpRu

LRF module Features

• Single Measurement Mode that does a single measurement only
• Continuous Measurement Mode that returns continuous results depending on the selected sampling frequency
• Programmable measurement Range up to 80M (5M, 10M, 30M, 50M, 80M options available)
• Programmable sampling frequency up to 20Hz (2Hz, 5Hz, 10Hz, 20Hz options available)
• Programmable Measurement Accuracy available (1.mm & 0.1mm)
• Serial Communication UART (BautRate=9600)
• All instructions are in Hex format

Remarks

Please note that this module can show some errors during measurement when it's exposed to an environment where lighting intensity is too large, the ambient temperature is too high or too low, the reflector is too weak or too strong, or the target of a rough surface, different measurement objectives, and measurement environment may cause some error in the measurement range or measurement results.

This module can be useful if you want to make a

• Non-contact LIDAR Sensor for smart Robots, Drones & Machines
• Non-Contact Measuring Devices
• 2D & 3D Scanner

Documentation & Demo

Please check this link for more details https://youtu.be/ydIOShhBol0