60.2 mm · 46.6 mm · 10.4 mm · 405 nm · Class 3B
MV-DP2061-01P-V2.0
3D Camera
A laser profile sensor records a cross-section of the product. Combining successive profiles with known motion produces height and shape data for dimensional checks, surface inspection or position measurement. The result depends on the measurement geometry, profile spacing, surface response and mechanical stability of the installation.
Selection question
The profile sensor must cover the product width and expected height variation at the available mounting distance. Start with reference distance and the X and Z ranges. Then verify whether profile spacing, Z repeatability and scan rate resolve the smallest accepted feature at production speed.
A static profile does not prove an inline application. Scan representative good and defective products with the intended encoder, transport speed, surface condition and sensor angle. Include dark, reflective and sloped areas in the acceptance set.
The supplied combinations cover reference distances from 21.4 to 925 mm. X range at reference distance runs from 14.3 to 485 mm, while the documented Z ranges run from 6 to 910 mm. Only the listed combinations are available.
Use the SKU values for profile-data interval, Z resolution, Z repeatability and scan rate. Calculate the profile spacing in the transport direction from line speed and effective scan frequency, including exposure and processing limits.
The family contains 405, 650 and 660 nm configurations. Surface colour, reflectivity and ambient light can change the returned signal. Compare wavelengths with actual parts instead of selecting by colour alone.
The supplied models are Class 3R or Class 3B. The machine design must address access to the beam, guarding, interlocks, warning labels and the applicable risk assessment. Treat safety class as an integration decision.
Client software, data output, digital I/O, dimensions, weight and detailed performance limits remain SKU specifications below the selector.
Validate the sensor, mechanics, motion and processing as one measurement chain.
Use production records and the feasibility test. Do not base the calculation on nominal sensor specifications alone.
| Brand | Hikrobot |
|---|---|
| Category | 3D laser profile sensor |
| Model | MV-DP2061-01P-V2.0 |
| Laser safety class | Class 3B |
| Laser wavelength | 405 nm |
| Reference distance | 60.2 mm |
| X measurement range at reference distance | 46.6 mm |
| Z measurement range | 10.4 mm |
| Laser safety class | Class 3B |
| Laser wavelength | 405 nm |
| Reference distance | 60.2 mm |
| X measurement range at reference distance | 46.6 mm |
| Z measurement range | 10.4 mm |
| Client software | 3DMVS, VM3D, or third-party software |
| Data output | Original image, profile data, depth image, brightness image |
| Digital I/O | 12-pin M12 interface provides power and I/O, including opto-isolated input × 2 (Line 0/9), differential input × 2 (Line 3/6), and differential output × 1 (Line 1) |
| Dimensions | 140 mm × 98 mm × 51 mm (5.5" × 3.9" × 2.0") |
| Laser safety class | Class 3B |
| Laser wavelength | 405 nm |
| Material code | 306400436 |
| Measurement range (X-axis) | 46.6 mm @ reference distance 44.4 mm @ near field of view 48.8 mm @ far field of view |
| Measurement range (Z-axis) | 10.4 mm |
| Product model | MV-DP2061-01P V2.0 |
| Profile data interval | 14.1 μm to 15.4 μm |
| Reference distance | 60.2 mm |
| Repeatability (Z-axis)* | 0.74 μm @ data that sensor tests gauge block on optical platform |
| Resolution (Z-axis) | 2.71 μm to 3.26 μm |
| Scan frame rate | 3.3 kHz to 23.9 kHz (high frame rate mode) |
| Weight | Approx. 850 g (1.9 lb.) |
Reference distance defines the nominal sensor-to-object geometry. The X range is stated at that distance, while the Z range describes the usable height span. Near and far X widths can differ, so use the complete SKU specification when checking the measurement volume.
Divide transport speed by the effective number of profiles per second. For example, use consistent units such as millimetres per second and profiles per second. Validate the effective rate with the selected exposure, output and processing settings.
No. Z resolution describes the documented height increment, while repeatability describes the variation when measuring the same target under stated conditions. Neither value alone defines accuracy on the production surface.
Surface colour, reflectivity, translucency and ambient light affect the returned laser signal. The family includes 405, 650 and 660 nm variants, but not every wavelength is available for every measurement geometry.
They require different laser-risk controls. Use the class stated for the selected SKU in the machine risk assessment and determine guarding, interlocks, access control and work procedures with a qualified laser-safety specialist.
No. The selector contains 14 supplied SKU combinations. Choose from those combinations; values from different rows cannot be assembled into a new sensor configuration.
Jeroen can help you choose the right model for your application.
