PRODUSCTS
3D Radar Scanning Robot HCDAR-3D-30
Frequency: 80GHz
Maximum distance: 30m
Accuracy: Ranging accuracy ±5mm; Modeling accuracy ±0.5%FS
Power supply: 12-28V DC/220V AC
Horizontal scanning angle: 360°
Pitch scanning angle: -90°-90°
2D rotation speed: 50ms/circle / 3D rotation speed: 30s/circle
Point cloud quantity: 4000 points/s
Body diameter: <190mm (compatible with DN200 flange)
Protection class: IP67
Ambient temperature: -40℃~85℃
Application scenarios: Normal temperature silos
stacking sheds
Product overview
The HCDAR-3D-30 scanning imaging radar is specially designed for enclosed warehouse environments such as silos. It can perform real-time material scanning in normal-temperature silos, tanks and other storage bins, realizing functions such as static target detection within the spatial range, point cloud data output, spatial scanning imaging, volume and weight calculation output, etc. It is not affected by harsh environments such as rain, dust and light.
Product principle
The HCDAR-3D-30 scanning imaging radar uses millimeter-wave signals to conduct all-round, high-precision, non-contact measurement of materials, acquire high-density point cloud data, and automatically calculate information such as height, volume, and mass.
Product details
Parameters | HCDAR-3D-30 |
Frequency | 80GHz |
Maximum distance | 30m |
Accuracy | Ranging accuracy ±5mm Modeling accuracy ±0.5%FS |
Power supply | 12-28V DC/220VAC |
Horizontal scanning angle | 360° |
Pitch scanning angle | -90°~90° |
2D rotation speed | 50ms per revolution |
3D rotation speed | 30 seconds per revolution |
Number of point clouds | 4000 points per second |
Body diameter | ≤190mm (Adapting to DN200 flange) |
Protection class | IP67 |
Ambient temperature | -40℃~85℃ |
Overall weight | 5kg |
External interface | Etherne |
Application scenario | Normal temperature silos, storage she |
Technical data
WhatsApp 400-851-0898
South of Puhui Street, west of Guangsheng East Road, High tech Zone, Fengnan District, Tangshan City, Hebei Province
Technical support:
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