Porduct Details
PMS-CCN-V0502MHSC 5MP 1GigE Mono Area Scan Camera
PMS-CCN-V0502MHSC is a 5MP 1GigE mono area scan camera with 2592×1944 resolution, 23.8 FPS, low power, and 100 m transmission.
SKU:
PMS-CCN-V0502MHSC 5MP 1GigE Mono Area Scan Camera
The PMS-CCN-V0502MHSC is an MGV Series 1GigE area scan camera designed for machine vision inspection, industrial automation, and image acquisition applications. This 5MP GigE machine vision camera provides 2592 × 1944 resolution, mono imaging, a compact 29 × 29 × 31.5 mm body, and stable data transmission over a Gigabit network.
With a 1/2.5" optical size, 2.2 μm pixel size, rolling shutter, 12-bit image output, and a maximum frame rate of 23.8 FPS, this industrial camera is suitable for vision systems that require compact installation, stable imaging performance, and reliable system integration.
Key Features
The PMS-CCN-V0502MHSC 1GigE area scan camera delivers 2592 × 1944 resolution for mono image acquisition, helping machine vision systems capture clear image details for inspection and positioning tasks.
The GigE interface supports fast image transmission over a Gigabit network, with a transmission distance of up to 100 m, making this GigE machine vision camera suitable for flexible industrial installation.
The camera is designed for low power consumption and stable long-term operation, helping reduce heat buildup and improve reliability in industrial automation equipment.
With an ultra-small body size and industry-universal fixing holes, this industrial area scan camera can be integrated into compact machine vision modules and space-limited inspection systems.
Built-in ISP functions such as noise reduction, FPN correction, and super palette support help improve image quality and system usability in practical machine vision applications.
The camera supports GigE Vision V2.0, GenICam, OpenCV, Halcon, and LabView, making it easier for integrators to connect the camera to different machine vision software platforms.
Product Specifications
| Parameter | Specification |
|---|---|
| Model | PMS-CCN-V0502MHSC |
| Series | MGV Series |
| Product Type | 1GigE Area Scan Camera |
| Resolution | 2592 × 1944 |
| BIN | 1296 × 972, 53 FPS |
| SUM | 1296 × 972, 26.9 FPS |
| ROI | Support |
| Optical Size | 1/2.5" |
| Shutter | Rolling Shutter |
| Pixel Size | 2.2 μm |
| Max Frame Rate | 23.8 FPS |
| Mono / Color | Mono |
| Image Size | 2592 × 1944 |
| Effective Sensor Area | 5.70 mm × 4.28 mm |
| SNR | 38 dB |
| Sensitivity | 1.4 V/Lux.s |
| Bit Depth | 12 bit |
| Dimensions | 29 × 29 × 31.5 mm |
| Software Support | GigE Vision V2.0, GenICam, OpenCV, Halcon, LabView |
| Certifications | CE, FCC, RoHS |
Field of View and Lens Selection Reference
The actual field of view of the PMS-CCN-V0502MHSC 5MP 1GigE area scan camera depends on the selected lens, working distance, and inspection object size. Since this camera uses a 1/2.5" optical size and an effective sensor area of 5.70 mm × 4.28 mm, lens selection should be based on the required horizontal field of view, vertical field of view, and installation distance.
| Selection Item | Reference Information | Why It Matters |
|---|---|---|
| Sensor Area | 5.70 mm × 4.28 mm | Used to calculate the field of view with different focal length lenses. |
| Resolution | 2592 × 1944 | Determines the pixel density and image detail available for inspection. |
| Pixel Size | 2.2 μm | Helps evaluate imaging sensitivity and lens matching requirements. |
| Lens Matching | Based on working distance and object size | A proper lens helps the camera capture the required inspection area clearly. |
Typical Applications
The PMS-CCN-V0502MHSC GigE machine vision camera is suitable for industrial systems that require stable mono imaging, compact installation, and reliable data transmission. It can be used in machine vision inspection, visual positioning, automated equipment, and production line image acquisition.
This 5MP 1GigE area scan camera can be used for surface inspection, defect detection, contour recognition, and camera-based quality control in industrial inspection systems.
The compact 29 × 29 × 31.5 mm body and GigE interface make this industrial camera suitable for integration into automated machines, inspection modules, and production line vision systems.
With 2592 × 1944 mono resolution and stable image output, the camera can support positioning, alignment, and recognition tasks in machine vision applications.
The 1GigE interface, 12-bit depth, ROI support, and software compatibility make this camera suitable for image acquisition platforms that need flexible industrial integration.
Connectivity and Software Compatibility
The PMS-CCN-V0502MHSC supports GigE Vision V2.0 and GenICam, helping system integrators connect the camera with common industrial vision software. It also supports OpenCV, Halcon, and LabView, making it suitable for different development environments and machine vision workflows.
The GigE interface supports a transmission distance of up to 100 m, which helps simplify system layout when the camera needs to be installed away from the industrial computer or control cabinet. This makes the 1GigE area scan camera practical for production lines, inspection stations, and distributed machine vision systems.
Why Choose PMS-CCN-V0502MHSC?
The PMS-CCN-V0502MHSC combines 5MP mono resolution, 1GigE transmission, compact body size, low power consumption, and strong software compatibility. It is designed for users who need a stable industrial camera for machine vision inspection rather than a general-purpose imaging device.
For equipment manufacturers and system integrators, this GigE machine vision camera helps reduce integration difficulty by offering a compact mechanical design, industry-universal fixing holes, long-distance network transmission, and support for mainstream vision software environments.
POMEAS can also provide camera and lens selection support based on your resolution requirement, field of view, working distance, object size, frame rate requirement, and inspection environment.
FAQ
1. What type of camera is PMS-CCN-V0502MHSC?
PMS-CCN-V0502MHSC is an MGV Series 5MP 1GigE mono area scan camera designed for machine vision inspection and industrial automation applications.
2. What is the resolution of this 1GigE area scan camera?
The camera provides 2592 × 1944 resolution, which is suitable for image acquisition, visual inspection, positioning, and recognition tasks.
3. Is this camera mono or color?
This model is a mono industrial camera, suitable for machine vision applications that focus on image detail, contrast, measurement, and inspection stability.
4. What is the maximum frame rate?
The maximum frame rate is 23.8 FPS at full resolution. It also supports BIN and SUM modes with different output resolutions and frame rates.
5. What software does the camera support?
The camera supports GigE Vision V2.0, GenICam, OpenCV, Halcon, and LabView, making it suitable for different industrial vision development platforms.
6. How far can the camera transmit data?
The GigE interface supports transmission distance up to 100 m, depending on the network cable, system configuration, and installation environment.
7. How do I choose a lens for this camera?
Lens selection depends on the required field of view, working distance, object size, and inspection accuracy. You can provide your application details, and POMEAS can help recommend a matching lens.
8. Is this camera suitable for compact equipment?
Yes. With a compact body size of 29 × 29 × 31.5 mm and industry-universal fixing holes, the camera is suitable for compact machine vision modules and space-limited automation equipment.
Need Help Selecting a Matching Machine Vision Camera?
Contact POMEAS with your required resolution, frame rate, field of view, working distance, object size, software platform, and installation space. Our team can help recommend a suitable industrial camera and lens configuration for your machine vision system.
Contact UsRelated Reading
Related Products
Subscribe to Our Newsletter
Simply enter your email to receive the latest news and insights from Pomeas. Stay connected with Pomeas and be the first to discover new innovations in optical excellence.
1 Files