MV-DB

Singulation · 500 mm · 1500 mm

MV-DB500S-S

3D Camera

MV-DB is a six-model RGB-D and structured-light 3D camera family for parcel singulation, volume measurement, EDP checks, 3D measurement and robot guidance. Measurement volume, mounting distance, surface response and cycle time determine whether the configuration fits the application.

Beschikbare configuraties

MV-DB500S-V — Volume measurement · 500 mm · 1500 mm
MV-DB1300A-V2.0 — 3D measurement and robot guidance · 1100 mm · 2100 mm
MV-DB500S-S — Singulation · 500 mm · 1500 mm
MV-DB500S-C-V3.0 — EDP detection · 500 mm · 1500 mm
MV-DB700S-C-V3.0 — EDP detection · 300 mm · 700 mm
MV-DB700S-S-V3.0 — Singulation · 300 mm · 700 mm

Aantal

Select variant

Application

Clearance distance

Measurement range

SKU: MV-DB500S-S

Prijs op aanvraag

Selection question

Choose the camera around the process and mounting geometry

Parcels and industrial objects can have too little surface contrast for reliable 2D measurement. Height, volume and the position of separate objects then have to come from depth data. The practical choice is governed by the task, the available distance above the process and the required measurement range.

The relevant technical decision

MV-DB combines RGB-D smart cameras for logistics tasks with a longer-range structured-light stereo model for general 3D measurement and robot guidance. Compare application, clearance distance and measurement range first. Then verify field of view, output data, frame rate or output delay against the real cycle.

EDP means Empty, Double and Position. These variants check whether a carrier is empty, contains more than one parcel, or carries a parcel in the wrong position.

Where the six variants differ

The selector retains only combinations that exist as real SKUs. Clearance distance is the free space between the camera and the start of its measurement volume. Measurement range is the usable depth interval beyond that point.

MV-DB500S-V

Volume measurement; 500 mm clearance distance and 1500 mm measurement range. The specified high-precision mode runs at 12 fps.

MV-DB1300A-V2.0

General 3D measurement and robot guidance; 1100 mm clearance distance and 2100 mm measurement range. Its specified image output delay is 1.2 to 1.5 seconds and must be included in the cycle-time test.

MV-DB500S-S

Parcel singulation; 500 mm clearance distance and 1500 mm measurement range. The specified singulation mode runs at 25 fps.

MV-DB500S-C-V3.0

EDP detection; 500 mm clearance distance and 1500 mm measurement range. The specified EDP mode runs at 20 fps.

MV-DB700S-C-V3.0

Low-clearance EDP detection; 300 mm clearance distance and 700 mm measurement range. The specified EDP mode runs at 30 fps.

MV-DB700S-S-V3.0

Low-clearance parcel singulation; 300 mm clearance distance and 700 mm measurement range. The specified singulation mode runs at 30 fps.

Test with representative objects and the real mounting height

A useful acceptance test covers the complete operating range rather than one easy sample. Agree the pass/fail criteria before selecting the final model.

Use the smallest and largest objects, relevant surfaces, packaging materials and expected positions.
Verify the near and far field of view at the intended mounting height, including mechanical tolerances.
Measure the time from trigger to a usable result and include PLC communication and reject handling.
Test ambient light, vibration, contamination and invalid-result behaviour under production conditions.

Inputs for the business case

Calculate the case with measured process data. Camera specifications alone do not establish the return.

Current manual checks or interventions per shift and the labour time per event.
Cost and duration of line stops, recirculation, false rejects and missed defects.
Required integration work for mounting, PLC logic, safety, calibration and data handling.
Changeover frequency, cleaning access, maintenance time and the cost of representative trials.

Discuss an MV-DB feasibility test

Specifications

Brand	Hikrobot
Certification	KC
Clearance distance (CD)	500 mm
Client software	robotic parcel-feeding system, HiViewer
Color image detection accuracy	X, Y: 2.6 mm@ 1 m; 5.5 mm@ 2 m
Data interface	Gigabit Ethernet
Data type	Original image (mono and color images), depth image, object posture information
Depth image detection accuracy	X, Y: 5 mm@ 1 m; 10 mm@ 2 m Z: 5 mm@ 1 m; 10 mm@ 2 m
Digital I/O	12-pin M12 interface provides I/O, including 3 opto-isolated inputs (Line 0/3/6) and 3 opto-isolated outputs (Line 1/4/7)
Dimension	200 mm × 47 mm × 100 mm (7.9" × 1.9" × 3.9")
Data interface	Gigabit Ethernet
Digital I/O	12-pin M12 interface provides I/O, including opto-isolated input × 3 (Line 0/3/6), opto-isolated output × 3 (Line 1/4/7)
Power consumption	Avg. 5.5 W@24 VDC
Far field of view	2500 mm × 1800 mm
Certification	KC
Client software	robotic parcel-feeding system, HiViewer
Operating system	32/64-bit Windows 7/10
Humidity	20% RH to 85% RH, non-condensing
Ingress protection	IP65
Laser safety class	Class 1
Material code	306400290
Measurement range (MR)	1500 mm
Dimension	200 mm × 47 mm × 100 mm (7.9" × 1.9" × 3.9")
Humidity	20% RH to 85% RH, non-condensing
Weight	Approx. 1 kg (2.2 lb.)
Model	MV-DB500S-S
Product Model	MV-DB500S-S
Type	RGB-D Smart 3D Camera (Singulator)
Near field of view	580 mm × 470 mm
Object detection range	50 mm × 50 mm × 10 mm to 1000 mm × 1000 mm × 1000 mm
Operating system	32/64-bit Windows 7/10
Application	Singulation
Clearance distance	500 mm
Measurement range	1500 mm
Clearance distance (CD)	500 mm
Color image detection accuracy	X, Y: 2.6 mm@ 1 m; 5.5 mm@ 2 m
Data type	Original image (mono and color images), depth image, object posture information
Depth image detection accuracy	X, Y: 5 mm@ 1 m; 10 mm@ 2 m Z: 5 mm@ 1 m; 10 mm@ 2 m
Far field of view	2500 mm × 1800 mm
Measurement range (MR)	1500 mm
Near field of view	580 mm × 470 mm
Object detection range	50 mm × 50 mm × 10 mm to 1000 mm × 1000 mm × 1000 mm
Scan frame rate	25 fps@ singulation mode
Power consumption	Avg. 5.5 W@ 24 VDC
Power supply	12 VDC to 24 VDC
Scan frame rate	25 fps@ singulation mode
Temperature	Working temperature: 0 °C to 45 °C (32 °F to 113 °F) Storage temperature: –30 °C to 80 °C (–22 °F to 176 °F)
Weight	Approx. 1 kg (2.2 lb.)

MV-DB specification questions

What are the minimum and maximum measurement distances of the MV-DB500S-S?

The specified measurement volume begins 500 mm from the camera. From there, the 1500 mm measurement range extends to a maximum distance of 2000 mm (500 + 1500). Keep all surfaces that must be measured within this depth interval and within the field of view. The field of view increases from 580 × 470 mm at the near limit to 2500 × 1800 mm at the far limit.

Which MV-DB models fit a low-clearance installation?

MV-DB700S-C-V3.0 and MV-DB700S-S-V3.0 specify a 300 mm clearance distance and a 700 mm measurement range. The C model is for EDP detection; the S model is for singulation.

What is the difference between the 500S-V, 500S-S and 500S-C models?

The 500S-V is specified for volume measurement, the 500S-S for singulation and the 500S-C for EDP detection. They share a 500 mm clearance distance and 1500 mm measurement range, but their output data and specified operating modes differ.

When should MV-DB1300A-V2.0 be considered?

Consider it for general 3D measurement or robot guidance when the installation can provide 1100 mm clearance and needs a 2100 mm measurement range. Its specified 1.2 to 1.5 second image output delay must be validated against the cycle time.

Can frame rate be used as the system throughput?

No. Frame rate describes image acquisition in a specified mode. System throughput also depends on exposure, processing, communication, PLC logic, object spacing and reject handling. Measure the complete trigger-to-result cycle.

What should be checked before approving an MV-DB installation?

Check the complete object range, field of view at the actual mounting height, depth-result repeatability, ambient-light sensitivity, invalid-result handling, communication timing, cleaning access and the laser safety requirements of the selected SKU.