Applications:Application areas include handheld rangefinders, micro drones, rangefinder sights, etc
905nm 1km LASER RANGING MODULE
Product Introduction
LSP-LRS-01204 semiconductor laser rangefinder is an innovative product developed by Liangyuan Laser, which integrates advanced technology and user-friendly design. This model uses a unique 905nm laser diode as the core light source, which not only ensures eye safety, but also sets a new benchmark in the field of laser ranging with efficient energy conversion and stable output characteristics. By incorporating high-performance chips and advanced algorithms independently developed by Liangyuan Laser, LSP-LRS-01204 achieves outstanding performance with long lifespan and low power consumption, perfectly meeting the market's demand for high-precision and portable ranging equipment.
Specifications
| Product Model | LSP-LRS-01204 |
| Size (LxWxH) | 25×25×12mm |
| Weight | 10±0.5g |
| Laser wavelength | 905nm士5nm |
| Laser divergence angle | ≤6mrad |
| Distance measurement accuracy | ±0.5m(≤200m),±1m(>200m) |
| Distance measurement range (building) | 3～1200m(Big target) |
| Measurement frequency | 1～4HZ |
| Accurate measurement rate | ≥98% |
| False alarm rate | ≤1% |
| Data interface | UART(TTL_3.3V) |
| Supply voltage | DC2.7V～5.0V |
| Sleep power consumption | ≤lmW |
| Standby power | ≤0.8W |
| Working power consumption | ≤1.5W |
| working temperature | -40～+65C |
| Storage temperature | -45～+70°C |
| Impact | 1000g,1ms |
| Start time | ≤200ms |
Product Details Display
Product Feature
● High-precision ranging data compensation algorithm: optimized algorithm for fine calibration
The LSP-LRS-01204 semiconductor laser rangefinder innovatively adopts an advanced ranging data compensation algorithm that combines complex mathematical models with actual measurement data to generate precise linear compensation curves. This technological breakthrough enables the rangefinder to conduct real-time and accurate correction of errors during ranging under various environmental conditions, achieving an outstanding performance of controlling the overall ranging accuracy within 1 meter, with short-range accuracy precise to 0.1 meters.
● Optimized ranging method: precise measurement for enhanced ranging accuracy
The laser rangefinder employs a high-repetition-frequency ranging method, which involves continuously emitting multiple laser pulses and accumulating and processing the echo signals, effectively suppressing noise and interference, thereby improving the signal-to-noise ratio. Through optimized optical path design and signal processing algorithms, the stability and accuracy of measurement results are ensured. This method enables precise measurement of target distances, ensuring accuracy and stability even in complex environments or with subtle changes.
● Low-power design: efficient energy conservation for optimized performance
Centered on ultimate energy efficiency management, this technology achieves significant reduction in overall system energy consumption without compromising ranging distance or accuracy by meticulously regulating the power consumption of key components such as the main control board, driver board, laser, and receiving amplifier board. This low-power design not only demonstrates a commitment to environmental protection but also significantly enhances the device's economy and sustainability, marking a significant milestone in promoting green development in ranging technology.
● Capability under extreme conditions: excellent heat dissipation for guaranteed performance
The LSP-LRS-01204 laser rangefinder showcases exceptional performance under extreme working conditions thanks to its remarkable heat dissipation design and stable manufacturing process. While ensuring high-precision ranging and long-distance detection, the product can withstand extreme ambient temperatures of up to 65°C, highlighting its high reliability and durability in harsh environments.
● Miniaturized design for effortless portability
The LSP-LRS-01204 laser rangefinder adopts an advanced miniaturization design concept, highly integrating sophisticated optical systems and electronic components into a lightweight body weighing just 11 grams. This design not only significantly enhances the product's portability, allowing users to easily carry it in their pockets or bags, but also makes it more flexible and convenient to use in complex outdoor environments or confined spaces.
Product application areas
Applied in other ranging application fields such as drones, sights, outdoor handheld products, etc. (aviation, police, railway, power, water conservancy, communication, environment, geology, construction, fire department, blasting, agriculture, forestry, outdoor sports, etc.).
Usage Guide
▶ The laser emitted by this ranging module is 905nm, which is safe for human eyes, but it is still not recommended to stare at the laser directly.
▶ This ranging module is non-hermetic, so it is necessary to ensure that the relative humidity of the use environment is less than 70%, and the use environment should be kept clean and hygienic to avoid damaging the laser.
▶ The measuring range of the ranging module is related to atmospheric visibility and the nature of the target. The measuring range will be reduced in fog, rain, and sandstorms. Targets such as green foliage, white walls, and exposed limestone have good reflectivity, which can increase the measuring range. In addition, when the inclination angle of the target to the laser beam increases, the measuring range will be reduced.
▶ It is strictly forbidden to plug and unplug cables when the power is on. Be sure to ensure that the power polarity is connected correctly, otherwise it will cause permanent damage to the equipment.
▶ After the ranging module is powered on, there are high-voltage and heating components on the circuit board. Do not touch the circuit board with your hands when the ranging module is working.
