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Vehicle Optical Radiation Safety Test
LSTS-2311 Lidar Optical Radiation SafetyTest System
Products
Vehicle Optical Radiation Safety Test
LSTS-2311 Lidar Optical Radiation SafetyTest System
LSTS-2311 Lidar Optical Radiation SafetyTest System
ns Laser Pulses Can Be captured and Tested ，cover Most Automotive Lidar Test Wavelength
Typical application scenarios
LSTS‑2311 Laser Safety Test System is used to measure the radiation parameters of automotive LiDAR and the corresponding safety classification according to IEC 60825‑1:2014. It is a full‑process automatic test with good repeatability and more accurate measurement results.
Main characteristics
1.The tested parameters mainly include: spectral distribution, apparent source size, angular subtense, radiant power under Condition 1 and Condition 3, pulse energy, peak power, and accessible emission limits, covering the laser safety classes specified in the standards, with safety classification determined based on emission limits.
2.Customized fixtures and a rotary stage enable full‑spatial scanning of the LiDAR, automatically identifying the region of maximum laser radiation hazard, with nanosecond‑level laser pulse recognition, high accuracy, excellent repeatability, and convenient operation throughout the entire radiation hazard measurement and evaluation process.
3.Covers the mainstream automotive LiDAR test wavelengths employing the dToF (direct Time‑of‑Flight) ranging principle: 850 nm, 905 nm, 940 nm, and 1550 nm.
Technical Specifications
| Model | LSTS-2311 |
| Applicable LiDAR types | dToF, ns-level pulse |
| Radiant power indication error | ±5% |
| Response average power range | 0.01 mW - 1W (customizable upon request) |
| Test conditions | Condition 1, Condition 3 |
| Laser alignment angle measurement range | 1.5 mrad - 100 mrad |
| Optical rail length | 3 m (customizable) |
| Optical rail scale error | <0.1 mm/m |
| Optical rail straightness error | ≤0.5 mm/3 m |
| Optical rail reading resolution | 0.1 mm |
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