Hikrobot MV-DP2062

Submicron repeatability at line speed

A stated 0.30 µm repeatability distinguishes MV-DP2062 within its 11 mm Z range. At a 61.5 mm working distance, the X field runs from 18 mm near through 19 mm at reference to 20 mm far. The sensor records 3200 points per profile, resolves 0.94 to 1.22 µm along Z and operates from 1.7 to 23.9 kHz in high-frame-rate mode.

This narrow field is suited to fine height, edge and surface checks where a compact target region must be sampled densely. Gigabit Ethernet transfers the profiles, while a 12-pin M12 interface supplies 24 VDC and carries isolated and differential I/O. The IP67 enclosure can operate from 0 to 45 °C, supporting line-side measurements without a separate clean-room housing.

MV-DP2062 and MV-DP3062 share the 11 mm range, 19 mm reference field and 0.30 µm repeatability; MV-DP3062 raises the high-frame-rate ceiling from 23.9 to 46.7 kHz. MV-DP2020 offers finer 0.22 µm repeatability but works at 21.4 mm with a 14.3 mm reference field. Choose MV-DP2062 for the 61.5 mm standoff and 23.9 kHz class, or shift according to speed or tighter geometry.

Overview

A DP2000 series laser profiler — the base class: the sensor projects a laser line across the part and measures height at every point of the section, up to 3200 points per profile.

Working distance 61.5 mm, measurement range 11 mm.

Used where a profile is needed rather than a picture: weld bead control, adhesive bead height, gap and flush, warpage, parcel volume. Data goes to VM3D or 3DMVS, and to third-party software over a standard protocol.

Documents

Selection and applications

Fine height inspection with 0.30 µm repeatability. Dense contour capture across a 19 mm reference field. 3200-point profiling from 1.7 to 23.9 kHz.

Minimum kit: MV-DP2062, a Gigabit Ethernet cable, a 12-pin M12 power and I/O cable, a 24 VDC supply, and a 3DMVS, VM3D or third-party software host form the minimum acquisition kit.

Nearby in the range: MV-DP3062 — Prefer it when the same 11 mm geometry must be scanned at up to 46.7 kHz; MV-DP2020 — Prefer it for 0.22 µm repeatability at a shorter 21.4 mm working distance.

Cables and accessories for this model

Compatibility per manufacturer data.

Other

3D accessories

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FAQ

Where does the 0.30 µm repeatability of MV-DP2062 apply?

The 0.30 µm value is stated for gauge-block testing on an optical platform. Across the working envelope, Z resolution ranges from 0.94 to 1.22 µm and the X sampling interval from 5.5 to 6.5 µm, with 3200 points in each profile.

What field dimensions must the MV-DP2062 target remain inside?

The height range is 11 mm around a 61.5 mm working distance. Lateral coverage is 18 mm at the near boundary, 19 mm at reference and 20 mm at the far boundary, defining a compact measurement volume for the fixture and part path.

How fast can MV-DP2062 acquire its 3200-point profiles?

The high-frame-rate range is 1.7 to 23.9 kHz. Profiles are sent through 1000 Mbit/s Gigabit Ethernet, with 100 Mbit/s Fast Ethernet compatibility. The chosen network and rate should reflect the required profile density along the moving surface.

What I/O channels are available on the MV-DP2062 M12 connection?

The 12-pin M12 interface provides two opto-isolated inputs, two differential inputs and one differential output. It also carries the 24 VDC supply. Typical power consumption is 15.2 W at that supply voltage.

Which ambient conditions and enclosure rating apply to MV-DP2062?

MV-DP2062 is rated IP67 and works from 0 to 45 °C. Its storage interval is -30 to 80 °C, with allowable humidity from 20 to 85% RH when condensation is absent. The housing is 136.5 × 120 × 60.5 mm and weighs about 1080 g.

How does MV-DP2062 differ from the faster MV-DP3062?

Both list an 11 mm Z range, 61.5 mm working distance, 19 mm reference field, 3200 profile points and 0.30 µm repeatability. MV-DP2062 reaches 23.9 kHz, while MV-DP3062 extends the high-frame-rate range to 46.7 kHz.