Hikrobot MV-SC5060XC

Resolution-led positioning among smart cameras

A 3200 × 1920 image and 2 µm pixel pitch define the imaging position of MV-SC5060XC. This combination supplies a wide frame with substantially more horizontal samples than the 2432 × 2048 format used by MV-SC5050XC, while keeping a lower vertical count. Select MV-SC5060XC when the feature layout benefits from 3200 horizontal sample positions and 1920 vertical positions.

The spatial format can be used to retain small feature transitions across a broad part, provided the chosen optics reproduce detail at the 2 µm sampling pitch. Candidate tasks include dimensional feature localisation, presence checks across multiple positions and inspection of extended printed areas. Each use follows from the 3200 × 1920 sampling grid; lighting, exposure and machine timing must be set as part of the selected camera configuration.

MV-SC5050XC offers 2432 × 2048 with 3.45 µm pixels and a documented 60 fps maximum, making it the defined option when that rate and colour output are required. MV-SC5100XC shares the 2 µm pitch but increases the frame to 4096 × 2816 for more samples in both axes. MV-SC5060XM matches MV-SC5060XC at 3200 × 1920 and 2 µm, so resolution and pitch alone do not separate those two variants.

Available versions

Same device, different configuration. We match the part number to your working distance and field of view.

Specifications

Selection and applications

Wide-field inspection at 3200 × 1920. Feature localisation on a 2 µm sampling grid. Resolution-based smart-camera selection.

Minimum kit: Set up MV-SC5060XC around its 3200 × 1920 imaging grid and 2 µm pixel pitch.

Nearby in the range: MV-SC5050XC — Prefer it for 2432 × 2048 colour capture with a documented 60 fps rate.; MV-SC5100XC — Prefer it when 4096 × 2816 is needed at the same 2 µm pixel pitch.; MV-SC5060XM — Consider it as the paired 3200 × 1920 variant with the same 2 µm pitch..

Cables and accessories for this model

Compatibility per manufacturer data.

Data cables

ID Ethernet, M12 8-pin

I/O & power cables

ID power, M12 12-pin

Power

Power

Optics

M12 lenses

Lighting

SC lightingID/SC lighting

Mounting

Reader mountsCamera mounts

Protection

Covers & filters

All accessory families →

FAQ

How does its image grid compare with the MV-SC5050XC format?

MV-SC5060XC records 3200 × 1920, giving it more horizontal and fewer vertical sample positions than the 2432 × 2048 MV-SC5050XC. The latter also lists 3.45 µm pixels and 60 fps, while MV-SC5060XC is identified by a 2 µm pitch.

Which neighbouring model provides a larger frame at the same pitch?

MV-SC5100XC uses the same 2 µm pixel pitch and raises the image to 4096 × 2816. Prefer that neighbouring smart camera when additional sample positions in both axes are the deciding requirement; MV-SC5060XC remains at 3200 × 1920.

What should guide optical matching for the 2 µm sampling pitch?

Lens selection should begin from the 3200 × 1920 field requirement and the 2 µm pixel pitch. The optical image must preserve the feature transitions that the sampling grid is intended to capture, so field of view and reproduced detail should be evaluated together.

Do MV-SC5060XC and MV-SC5060XM differ in listed resolution?

No resolution difference is stated between the pair: both are 3200 × 1920 and both carry a 2 µm pixel pitch. Those shared imaging values mean that a selection between them cannot be made on frame dimensions or sampling pitch alone.

Where does this model sit between MV-SC5050XC and MV-SC5100XC image sizes?

Its 3200-pixel width lies between the 2432-pixel width of MV-SC5050XC and the 4096-pixel width of MV-SC5100XC. Vertically, its 1920 samples are fewer than the 2048 and 2816 samples of those two models.