Specifications
- Color: GV-5250SE-C-HQ Rev.4.2 (AB12331)
- Mono: GV-5250SE-M-GL Rev.4.2 (AB12332)
| Feature | Details | Application Advantage |
|---|---|---|
| Sensor Brand & Model | e2v EV76C570 (Color: ACT / Mono: ABT) | Proven industrial sensor ensuring stable image quality and long-term availability |
| Interface | GigE Vision (RJ45, screwable) | Reliable long-distance data transmission for industrial networks |
| Interface Speed | Gigabit Ethernet (1 Gbps) | Supports high data throughput with low latency |
| Resolution (H × V) | 1600 × 1200 pixels (1.9 MP) | Balanced resolution for precise inspection and measurement |
| Optical Area (H × V) | 7.20 mm × 5.40 mm | Efficient sensor coverage for common industrial optics |
| Optical Format | 1/1.8″ (Diagonal 9 mm) | Wide compatibility with standard C-mount lenses |
| Lens Mount | C-Mount | Flexible lens selection for diverse machine vision tasks |
| Pixel Size | 4.5 µm | High light sensitivity and strong signal-to-noise performance |
| Image Memory | 128 MB onboard memory | Stable image buffering for triggered and burst capture |
| Frame Rate @ Max. Resolution | Up to 49 fps | Enables real-time inspection and automation workflows |
| Shutter | Global Shutter | Eliminates motion blur and distortion on moving objects |
| Exposure Time | 0.02 ms – 195 ms | Supports high-speed capture and long-exposure imaging |
| Trigger & Flash I/O | Hardware trigger, software trigger, flash output, GPIO via 8-pin Hirose | Precise synchronization with external devices and lighting |
| Power Supply | 12–24 V DC or Power-over-Ethernet (PoE) | Simplifies system wiring and installation |
| Software Tools | IDS peak SDK, GenICam compliant | Fast integration into industrial vision and automation systems |
| Environmental Tolerance | Operating: 0 °C to 55 °C, 20–80% RH (non-condensing) | Reliable operation in factory and production environments |
| Housing Protection | IP30, aluminum housing | Durable design for industrial installations |
| Size & Weight | 34 × 44 × 47 mm, approx. 107 g | Compact and lightweight for space-constrained systems |
Ideal Applications
1. High-Speed Conveyor Belt Quality Inspection
In automated production lines, products often move at high speed, making conventional imaging prone to motion blur and missed defects. A global shutter camera such as the GV-5250SE Rev.4.2 captures the entire image simultaneously, ensuring sharp results even when objects move rapidly across the field of view. The moderate 1.9 MP resolution is sufficient to identify surface defects, alignment issues, or missing components without excessive data load. Hardware triggering synchronized with encoders or photo sensors ensures images are captured at the exact position, improving inspection accuracy and reducing false rejections in continuous manufacturing environments.
2. Automated Barcode and 2D Code Reading Systems
Logistics facilities rely on accurate barcode and 2D code reading to maintain traceability and throughput. Motion blur or uneven lighting often causes decoding failures. A global shutter sensor eliminates image distortion when cartons or packages move quickly on conveyors. Adjustable exposure settings and region-of-interest control allow the system to focus on label areas only, increasing decoding speed and reliability. The stable GigE interface supports centralized processing, making this camera well suited for high-volume sorting, packaging verification, and automated warehouse operations.
3. Robotic Part Alignment and Pick-and-Place Control
Robotic automation depends on precise visual feedback to locate and orient parts correctly. Rolling shutter artifacts can introduce positional errors when parts or robotic arms are in motion. By using a global shutter camera, images remain geometrically accurate regardless of movement. The camera’s frame rate and deterministic triggering enable real-time feedback to robot controllers. Features such as binning and ROI reduce processing latency while maintaining sufficient detail, supporting faster cycle times and higher placement accuracy in electronics assembly, packaging, and material handling systems.
4. Medical and Laboratory Sample Imaging
In automated laboratory equipment, samples or microscope stages often move during image acquisition. Motion artifacts can reduce image clarity and affect analysis results. A global shutter camera ensures each frame is captured cleanly, even during continuous motion. The balanced resolution supports clear visualization of sample structures without generating excessive data. Consistent timing and exposure control help maintain repeatable image quality, making the camera suitable for automated microscopy, diagnostic instruments, and laboratory inspection systems where accuracy and reliability are critical.
5. Intelligent Traffic and Industrial Monitoring Systems
Monitoring moving vehicles, machinery, or personnel requires distortion-free imaging. Global shutter technology captures fast-moving subjects without skew, enabling accurate object detection and tracking. This improves tasks such as vehicle classification, motion analysis, or safety monitoring around industrial equipment. GigE connectivity and Power-over-Ethernet simplify deployment across large sites, while robust environmental tolerance supports continuous outdoor or factory operation. These capabilities make the camera effective for intelligent traffic systems, perimeter monitoring, and industrial safety applications.