
LRF2000A LiDAR Sensor
Laser wavelength: 905±10nm
USD · Volume pricing available
Kategorier:
Certifications
Global Shipping 7-14 Days
DHL, FedEx, UPS, Air & Sea
Genuine Products
Authorized distribution
Export License Ready
ECCN, CO, CI, PL, EUS docs
24/7 Tech Support
Pre & post sales
Export Compliance
6A005AI confidence 65% · Export license may be required depending on destination and end-use.
Buyer Tier Benefits
Tier discounts stack with volume pricing. Automatically applied after your first order.
Buy the LRF2000A LiDAR sensor for ultra-precise laser ranging!
The LRF2000A lidar sensor is an ultra-compact laser rangefinder module. The model was created for professional measurement and navigation systems. It provides highly accurate determination of distances up to 2000 meters.
- Record measuring range up to 2000 meters.
- Ultra-light weight only 10-11 grams.
- High accuracy up to ±0.7 meters at short distances.
- Full IP67 protection against dust and moisture.
- Wide temperature range from -40 to +60 °C.
Buy a compact laser rangefinder for complex tasks
The LRF2000A sensor uses advanced Time-of-Flight (TOF) technology. It measures distance from 5 to 2000 meters. Accuracy at a distance of up to 200 meters is ±0.7 meters. Laser wavelength is 905 nanometers. Beam divergence angle is 1×12 mrad.
Measurement frequency adjustable from 0.75 to 3 Hz. The module supply voltage is 3–5 Volts. The communication interface is represented by UART (TTL 3.3V). Consumption in operating mode does not exceed 1.5 W. Sensor dimensions are 25×26×13 mm. The weight of the device is 10±0.5 grams. The housing provides IP67 protection. The module operates at temperatures from -40 to +60 °C.
A special feature of the model is its ultra-compact and lightweight design.. The sensor is easily integrated into unmanned aerial vehicles. It supports single and continuous measurement modes. The module is equipped with software for configuration on a PC. This greatly simplifies the development and adaptation process.
The sensor has a false alarm rate of no more than 1%. Built-in ESD protection ensures reliability. Module is CE, FCC and RoHS certified. Low power consumption makes it ideal for off-grid systems.
Choose high-precision sensors from the manufacturer ERDI TECH
Manufacturer ERDI TECH LTD is a professional developer of laser modules. The company specializes in laser measuring systems and components. ERDI products are used in geodesy, robotics and industrial automation. Production facilities are certified and undergo strict quality control. ERDI offers a full range of OEM and ODM services. The brand has official stores on the world's leading platforms. The company provides lifetime technical support for its products.
The peculiarity of ERDI modules is their versatility and accuracy. The LRF2000A is ideal for surveillance and perimeter security systems. Sensor is great for surveying instruments and sights. The module has high impact resistance up to 1200g. Stable operation guaranteed over a wide temperature range. The manufacturer offers flexible order conditions and samples for testing. ERDI is constantly improving its technologies and materials. You get a reliable tool for the most critical tasks.
- Laser safety class: CLASS 1 (IEC60825-1)
- Laser wavelength: 905±10nm
- Laser beam divergence (typical): 3 × 6 mrad
- Average laser power: 8.43 mW
- Pulse duration: 40 ns
- Receiver field of view: ~8 mrad
- Maximum range: ≥2000m at 70% reflectivity (construction sites, visibility ≥6km)
- Minimum range: 5 m
- Measurement accuracy (construction sites): D ≤ 200 m: ±0.7 m, D > 200 m: ±(0.7 + 0.004 × D) m (D is distance in meters)
- Measuring frequency: 1–3 Hz
- Correct measurement rate: ≥98%
- False positive rate: ≤1%
- Baud Rate: 15200 (factory), 57600, 38400, 9600 baud
- Interface: UART (TTL 3.3V)
- Supply voltage: 3.3±0.1V DC
- Standby power consumption: ≤0.5mW (POWERON low level), ≤0.35W (POWERON high level)
- Operating consumption: ≤1.5 W at 25 °C, ≤1.75 W at 70 °C, ≤1.38 W at -20 °C
- Startup time: ≤550ms
- Weight: 11±0.5g
- Dimensions: 26 × 25 × 14.5 mm (L × W × H)






