Hikrobot MV-ID5200M

Detailed fields at moderate speed

Maximum spatial coverage rather than rapid acquisition defines MV-ID5200M. Its 1-inch monochrome CMOS sensor records 5440 × 3648 with 2.4 µm pixels through a rolling shutter. Frame rate is 20 fps and reading speed is 36 codes/sec. Exposure spans 16 µs to 500 ms, with 0 dB to 40 dB gain and Gigabit Ethernet as the image and result path.

The large frame supports broad scenes, multiple labels or fine code elements on objects that are stationary or carefully synchronized. A C-mount lens sets the field and working distance, and no light is included, leaving illumination geometry to the station. Three opto-isolated inputs can receive triggers; three isolated outputs and RS-232 allow decoded status to reach surrounding controls without relying only on Ethernet.

MV-ID5120M reduces the image to 4096 × 3072 but adds a global shutter, runs at 28 fps and decodes 84 codes/sec. MV-ID5200PM has a similar high-resolution role at 5120 × 3968 and 20 fps, using a global shutter while retaining the 36 codes/sec rate. Choose MV-ID5200M for its wider 5440-pixel frame; select either neighbour when global exposure is required.

Documents

Selection and applications

Broad-field code inspection. Fine-mark stationary decoding. External-light C-mount imaging.

Minimum kit: Build the station with MV-ID5200M, a C-mount lens, external illumination, a Gigabit Ethernet cable, a 12-pin M12 power and I/O lead, and a 12 VDC to 24 VDC supply.

Nearby in the range: MV-ID5120M — Prefer it for a global shutter, 28 fps and 84 codes/sec at 4096 × 3072; MV-ID5200PM — Prefer it for global-shutter 5120 × 3968 capture at 20 fps.

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

Mounting

Reader mounts

Protection

Covers & filters

All accessory families →

FAQ

What scenes benefit from the 5440 × 3648 MV-ID5200M image?

The 1-inch sensor supplies 5440 × 3648 samples with 2.4 µm pixels. That format can cover a broad reading field or preserve fine code elements, while the practical process must fit its 20 fps acquisition and 36 codes/sec decoding limits.

How does rolling shutter affect MV-ID5200M triggering?

Because the sensor exposes its 5440 × 3648 image line by line, target movement during capture can alter geometry. Use one of the opto-isolated trigger inputs and an exposure toward the short end of the 16 µs to 500 ms range when the object is moving.

Which lens and light arrangement is used with MV-ID5200M?

MV-ID5200M has a C-mount and a 1-inch sensor, so the lens must cover that format and the required field. No light source is included. A transparent cap is standard and a polarization cap is optional for managing reflected external illumination.

What supply and network connection does MV-ID5200M use?

The reader accepts 12 VDC to 24 VDC and consumes 12 W at 24 VDC. Gigabit Ethernet is the main data interface. Power and I/O use a 12-pin M12 connector with three isolated inputs, three isolated outputs and RS-232.

When is global-shutter MV-ID5200PM preferable to MV-ID5200M?

Prefer MV-ID5200PM when a global shutter is required for moving code geometry and its 5120 × 3968 frame covers the field. Both operate at 20 fps and 36 codes/sec over Gigabit Ethernet, while MV-ID5200M uses 5440 × 3648 rolling-shutter capture.