Product Features
·Higher precision with Z-axis accuracy up to 0.001 mm
·Stable and fast, ultra-high-speed point cloud imaging at 2 frames per second
·Open and accessible, equipped with open SDK, compatible with multiple platforms and proprietary core algorithms
·Flexible, user-friendly, shock-resistant, waterproof, lightweight and portable, tailored for industrial application scenarios
Product Parameters
model HV3D0700-R2
Working Distance 1200mm~3300mm
resolution ratio 2.3MP
Ambient Light Immunity 5000Lux
communication interface Gigabit Ethernet Interface
3D point cloud acquisition time (s) Monocular mode: 1.2s per frame; Binocular mode: 1.9s per frame
At 300 mm depth of field 100mm
FOV At 1200 mm: 779×612 mm; at 1800 mm: 1303×897 mm
XY resolution 0.8mm
Z-axis Measurement Accuracy (1) 0.09mm
Z-axis Repeatability (2) 0.13mm
At 600 mm depth of field 200mm
FOV At 2100 mm: 1574×1050 mm; at 3300 mm: 2567×1630 mm
XY resolution 1.36mm
Z-axis measurement accuracy (1) / repeatability (2) 0.14mm
0.23mm
environmental resistance levels of protection IP67
ambient temperature -25°C to +70°C, no freezing
ambient humidity 35–85% RH, no condensation
antiknock characteristics Acceleration 500 m/s², 5 times in each direction X/Y/Z
vibration resistance 10–55 Hz, 1.5 mm amplitude, 2 h each along X/Y/Z
Shell Material alufer
outline dimension 336mm(H)*115mm(W)*50mm(D)
Product Weight 1.8kg
accessories of a product To purchase lenses, light sources, light source controllers, extension cables, or mounts, select them separately.
Note: At the calibrated working distance, a precision-machined metal step gauge is captured 20 times, and the absolute mean of the error between measured and true step height is calculated. At the calibrated working distance, 20 captures are taken and the 2σ value of the step height measurement distribution is calculated. This series of binocular 3D stereo sensors is available with color CCD or mono CCD; the above data was obtained using a color CCD. For any questions, please contact Heinxs sales staff.
Field of view
Field of view