Specifications
- Color: GV-7090WP-C-HQ (1007769)
- Mono: GV-7090WP-M-GL (1007770)
| Feature |
Details |
Application Advantage |
| Sensor Brand & Model |
Sony IMX255 (Color: IMX255LQR / Mono: IMX255LLR) |
High image stability and industrial-grade sensor reliability |
| Interface |
GigE Vision (RJ45, screwable) |
Long cable lengths and robust network-based integration |
| Interface Speed |
1 Gigabit Ethernet |
Stable high-bandwidth data transfer for continuous operation |
| Resolution (H × V) |
4112 × 2176 pixels |
Wide field-of-view with fine detail for inspection and measurement |
| Optical Area (H × V) |
14.159 mm × 7.500 mm |
Efficient coverage of large objects or conveyor widths |
| Optical Format |
1″ (Diagonal 16.02 mm) |
Compatibility with high-quality industrial C-mount lenses |
| Lens Mount |
C-Mount |
Flexible lens selection for varied working distances |
| Pixel Size |
3.45 µm |
Balanced sensitivity and resolution for industrial lighting conditions |
| Image Memory |
2032 MB |
Buffering for stable acquisition during burst or network load |
| Frame Rate @ Max. Resolution |
Up to 62 fps (firmware dependent) |
Supports high-speed inspection and automation cycles |
| Shutter |
Global Shutter |
Eliminates motion distortion on fast-moving targets |
| Exposure Time |
0.021 ms to 2000 ms (long exposure up to 90 s) |
Handles both high-speed motion and low-light scenes |
| Trigger & Flash I/O |
Opto-isolated trigger inputs and flash outputs (M12, 12-pin) |
Precise synchronization with PLCs and industrial lighting |
| Power Supply |
12–24 V DC or PoE+ |
Simplified installation and flexible power options |
| Software Tools |
IDS peak SDK, GenICam compliant |
Fast system integration and long-term software support |
| Environmental Tolerance |
Operating: 0 °C to 55 °C, 20–80% RH (non-condensing) |
Reliable operation in industrial environments |
| Housing Protection |
IP30, aluminum housing |
Mechanical stability and thermal reliability |
| Size & Weight |
60 × 75 × 94.5 mm, approx. 550 g |
Compact form factor for space-constrained systems |
Ideal Applications
1. High-Speed Conveyor Inspection for Manufactured Components
In automated factories, products often travel at high conveyor speeds, making motion distortion a major challenge for vision systems. A 9 MP global-shutter sensor captures the entire image simultaneously, ensuring sharp, distortion-free results even when objects move rapidly. The high resolution allows small defects such as cracks, missing holes, or surface marks to be identified clearly. Hardware triggering and flash control ensure each image is captured at the correct position, independent of belt speed. This approach supports consistent inspection quality while maintaining high throughput in manufacturing and packaging operations.
2. Vision-Guided Robotic Pick-and-Place Operations
Robotic handling systems depend on accurate visual data to determine object position and orientation. A global-shutter sensor prevents geometric errors caused by motion or vibration, improving placement accuracy during fast robotic cycles. The large optical format enables a wider working area to be covered with fewer cameras, while maintaining sufficient detail for reliable feature recognition. High frame rates support rapid feedback to robot controllers, reducing cycle time. These capabilities are especially valuable in assembly lines where parts arrive in random orientations and must be picked, aligned, and placed with precision.
3. Inline Optical Inspection of Printed Circuit Boards
Electronic assemblies require inspection systems that can resolve fine details while operating inline at production speed. A high-resolution global-shutter sensor allows complete PCB images to be captured without distortion as boards move through the inspection station. Precise exposure control and synchronized lighting help manage reflections from solder joints and metallic surfaces. This imaging stability supports detection of placement errors, solder defects, and missing components. By delivering consistent image geometry and detail, the system improves inspection reliability and helps manufacturers maintain high quality standards.
4. Dimensional Measurement and Industrial Metrology
Accurate measurement tasks rely on stable geometry and repeatable imaging conditions. Global-shutter technology eliminates skew and scaling errors that can occur when parts move during image capture. High pixel density enables precise edge detection and measurement of small features, while region-of-interest control focuses processing power on critical zones. These characteristics support inline gauging, tolerance verification, and quality checks in machining and metalworking processes, where reliable measurement data is essential for process control and compliance.
5. Synchronized Multi-Camera Imaging Systems
Large inspection setups often require multiple cameras to observe the same event from different viewpoints. Sensors supporting precise hardware triggering allow several cameras to capture images at exactly the same moment. This synchronized acquisition is critical for stereo vision, 3D reconstruction, or wide-area inspection systems. High onboard memory and controlled data flow help maintain stable performance across the network. Such configurations are commonly used in logistics automation, large object inspection, and advanced machine-vision research environments where timing accuracy is critical.
As an authorized distributor of IDS products, we offer certified expertise and technical support to ensure you get the most out of your GV-7090WP camera. We stand by the quality of our products and provide comprehensive warranty services. Our team can also assist with special services like custom integration and creating pre-configured kits tailored to your specific needs.
