Area camera · CH Series
Hikrobot MV-CH250-90TC-M58S-NF
- Lead time
- from 5 days
- Warranty
- 36 months
Where this model fits
Color inspection at 26.2 MP and 41.5 fps is the operating envelope of MV-CH250-90TC-M58S-NF. A global-shutter Gpixel GMAX0505 records 5120 × 5120 Bayer BG 8 frames and sends them over 10 Gigabit Ethernet. The M58 × 0.75 optical interface and fan-cooled 74 mm body distinguish this version from the compact C-mount cameras in the same resolution family.
The frame rate and 3 μs UltraShort exposure floor suit moving colored parts, print registration, and high-detail surface checks under strobed light. A 12-pin P10 connector supplies trigger input, output, a bidirectional line, and RS-232 for coordinated stations. The network link can fall back to Gigabit Ethernet, while the camera itself takes 9–24 V DC and typically draws 10.0 W at 12 V DC.
MV-CH250-90TM-M58S-NF keeps the M58 mount, 41.5 fps, and 10 Gigabit Ethernet but outputs Mono 8 rather than color. MV-CH250-90TM-C-NF is also monochrome and changes the optical interface to C-mount. MV-CH250-92TC-C-NF V2.0 preserves color and speed with C-mount in a smaller 50 mm × 45 mm × 68.6 mm fan-cooled housing.
Specifications
| Shutter | global |
| Sensor model | Gpixel GMAX0505 |
| Nominal optical sensor format | 1.1″ |
| Sensor resolution | 5120×5120 px |
| Maximum frame rate | 41.5 fps @ BayerBG8, resolution 5120×5120 px |
| Color mode | color |
| Lens mount | M58×0.75 |
| Data interface | 10GigE (GigE compatible) |
| Sensor technology | CMOS |
| Pixel size | 2.5×2.5 µm |
| Dynamic range | 63 dB |
| Signal-to-noise ratio | 36 dB |
| Exposure time | 3…8 µs @ ultra-short exposure mode; 9…10000000 µs @ standard exposure mode |
| Auto exposure | Off, Once, Continuous |
| Linear gain factor | 2…5 |
| Pixel format | Mono8, Mono10, Mono12, BayerBG8, BayerBG10, BayerBG10Packed, BayerBG12, BayerBG12Packed, YUV422Packed, YUV422_YUYV_Packed, RGB8, BGR8 |
| Binning | 1x1, 1x2, 1x4, 2x1, 2x2, 2x4, 4x1, 4x2, 4x4 |
| Decimation | 1x1, 1x2, 1x4, 2x1, 2x2, 2x4, 4x1, 4x2, 4x4 |
| Flange focal distance | 11.48 mm |
| Protocol compatibility | GigE Vision; GenICam |
| Communication protocol versions | GigE Vision 2.0 |
| Third party software protocol | GigE Vision |
| Client software | MVS |
| Operating systems | Windows 7 (32/64-bit), Windows 10 (32/64-bit), Windows 11 (64-bit), Linux (32/64-bit) |
| Digital I/O lines | 1 input, opto-isolated, line 0; 1 output, opto-isolated, line 1; 1 bidirectional line, non-isolated, line 2 |
| Digital I/O connector | P10 12-pin |
| Power supply | 9…24 V |
| Power consumption | 10 W (typical) @ DC, supply voltage 12 V |
| Cooling | fan |
| Ingress protection | IP40 |
| Working temperature | 0…50 °C |
| Storage temperature | -30…70 °C |
| Humidity | 20…95 % |
| Dimensions | 74×74×78.8 mm |
| Weight | 550 g (approx.) |
| Certification | CE, RoHS, KC |
| Port inventory | RS-232 (serial) |
| Reverse image | horizontal, vertical |
Documents
Engineering data for this model
Calculated by the MVisionPro engineering tools from the passport data of this model for typical tasks. The figures are estimates for preliminary selection.
Engineering conclusion: 30 mm at 300 mm WD gives a 115.2 mm field, so a 100 mm object fits geometrically. The confirmed mode 5120 × 5120 px · 41.5 fps · BayerBG8 gives a raw stream of 8.703 Gbit/s over 10GigE, which fits one link.
Note: Spatial sampling is an engineering estimate; confirm measurement performance by calibration and verify the selected lens installation.
Field of view with a standard lens
| Task | Standard lens | Field of view at the task distance | Distance for the exact field |
|---|---|---|---|
| 100 mm object at 300 mm | 30 mm | 115.2 mm | 264.38 mm |
| 200 mm object at 500 mm | 30 mm | 200.53 mm | 498.75 mm |
Resolution on the object
| Requested field of view | Sampling density | Object pixel | Minimum defect (5 px) |
|---|---|---|---|
| 100 mm | 51.2 px/mm | 19.53 µm/px | 0.0977 mm |
| 200 mm | 25.6 px/mm | 39.06 µm/px | 0.1953 mm |
Depth of field and motion
| Requested field of view | Depth of field | Exposure limit (1 px blur) |
|---|---|---|
| 100 mm | 2.75 mm at f/4 | 39.1 µs at 500 mm/s |
| 200 mm | 10.39 mm at f/4 | 39.1 µs at 1000 mm/s |
Data stream by interface
| Confirmed mode | Passport condition | Interface | Raw stream per camera |
|---|---|---|---|
| 5120 × 5120 px · 41.5 fps · BayerBG8 | 41.5 fps @ 5120 × 5120 Bayer BG 8 | 10GigE | 8.703 Gbit/s |
Compatible lenses and cables
| Type | Model | What was checked |
|---|---|---|
| Lens | MVL-LF2540M-M58-65MP | Mount, sensor coverage and the optical task of the scenario |
| Cable | MV-AC10G-RJ45s-RJ45-HF-5m | Data role, interface family, connector path and 5 m length |
| Cable | MV-AC10G-RJ45s-RJ45-ST-5m | Data role, interface family, connector path and 5 m length |
| Cable | MV-AC10G-RJ45s-RJ45-HF-10m | Data role, interface family, connector path and 5 m length |
| Cable | MV-AC10G-RJ45s-RJ45-ST-10m | Data role, interface family, connector path and 5 m length |
How these figures were calculated
- Assumption: Thin-lens approximation; working distance is measured from the principal plane.
- Assumption: The primary optical calculation uses the sensor width and field-of-view width.
- Assumption: The standard focal length is selected downward and its actual field of view is checked.
- Assumption: Object-space resolution is calculated independently for each requested axis.
- Assumption: Motion speed is constant along the selected motion axis.
- Assumption: Depth of field uses a two-pixel circle of confusion.
- Assumption: Stream bandwidth uses the confirmed wire bits per pixel before protocol overhead.
- Assumption: A selected camera is checked only against its passport interface profile.
- Warning: The passport frame rate is tied to the stated mode conditions.
Engineering tools
Configure a kit · Check interface · Calculate optics for this camera
Guide: Choosing a lens when the working distance is fixed · Exposure, motion blur and strobe
Selection and applications
High-detail color conveyor inspection. Color print registration capture. Fast full-frame surface checking.
Minimum kit: Begin with the camera, an M58 × 0.75 lens covering the 1.1-inch sensor, a 10 Gigabit Ethernet cable and host link, and a 9–24 V DC supply.
Nearby in the range: MV-CH250-90TM-M58S-NF — Select it for monochrome output with the same M58 mount and 41.5 fps rate; MV-CH250-90TM-C-NF — Select it when Mono 8 output and a C-mount lens are required on 10 Gigabit Ethernet; MV-CH250-92TC-C-NF V2.0 — Select it for 41.5 fps color capture with C-mount in a 50 mm × 45 mm body.
Cables and accessories for this model
Compatibility per manufacturer data.
- I/O & power cables
- 12-pin IO
- Power
- Power
- Mounting
- Camera mounts
FAQ
What full-frame color output does MV-CH250-90TC-M58S-NF provide?
The Gpixel GMAX0505 captures 5120 × 5120 Bayer BG 8 images at up to 41.5 fps. Its 1.1-inch global-shutter sensor has 2.5 µm pixels, giving a square 26.2 MP color frame for detailed inspection at a sustained production cadence.
How short can exposure be for rapidly moving colored parts?
UltraShort mode covers 3 μs to 8 μs, followed by standard exposure from 9 μs to 10 sec. Combined with the global shutter, the short end supports strobed capture of motion without the line-by-line timing skew associated with rolling exposure.
What host connection is needed for the 41.5 fps stream?
The main data path is 10 Gigabit Ethernet at 10000 Mbit/s, with Gigabit Ethernet at 1000 Mbit/s also supported. Plan the host network around the required full-frame rate and provide a separate 9–24 V DC supply to the camera.
Why does this color variant use an M58 optical interface?
MV-CH250-90TC-M58S-NF has an M58 × 0.75 lens mount in front of its 1.1-inch sensor. Use a lens built for that thread and able to cover the full sensor image circle while resolving the 2.5 µm sampling pitch.
What are the cooling and environmental limits of this camera?
Cooling is provided by a fan in the 74 mm × 74 mm × 78.8 mm enclosure. With lens and wiring properly fitted, protection is IP40. Operation is specified from 0 °C to 50 °C and typical consumption is 10.0 W at 12 V DC.