Description
GigE vision industrial camera is a best choice for machine vision system with a resolution of 2592×2048 (5.3 Megapixel), suitable for various visual applications such as mobile phone screen detection, defect detection, electronic components manufacturing, wafer positioning applications and so on.
Note: For lens products, no returns or exchanges will be accepted unless there is a quality issue.
Features
- Support GenICam ™ and GigE Vision® Standard
- Compact design, to save installation space
- Rugged industrial housing design
- Built-in temperature, power supply real-time monitoring sensor
- Provide professional SDK for GigE machine vision camera
Specification
| Model | 5000-20gm | 5000-20gc |
| Resolution | 2592×2048 (5.3 Mega Pixel) | |
| Sensor Type | CMOS | |
| Sensor Model | PYTHON 5000 | |
| Format | 1″ | |
| Pixel Size | 4.8μm x 4.8μm | |
| Maximum Frame Rate | 20fps | |
| Bit Depth | 8-bit or 10-bit | |
| Mono/Color | Monochrome | Color |
| Exposure Time | 16μs~1s | |
| SNR | >38dB | |
| Dynamic Range | 60dB | |
| Shutter Type | Global Shutter | |
| Interface | Gigabit Ethernet (100m Transmission Distance) | |
| Lens Mount | Standard C-Mount | |
| Power Supply | DC 6-24V, PoE | |
| Power Comsumption | Approx. 3.1W@12V DC, Approx. 3.4W@PoE | |
| Hardware Control | I/O input (external trigger), I/O output, Opto-couplers Isolation | |
| Programmable Control | Image Resolution, RGB gain, Exposure Time, Contrast, Gamma Chart, Image Rollover, Raw, LUT, Black Level Correction | |
| Opearting System | Support Windows XP/7/8/10 Support 32-bit and 64-bit operating system/Arm/Linux (Software can be provided for free) |
|
| Operating Tempearture | -30~+60℃ | |
| Storage Temperature | -30℃~+80℃ | |
| Mass | 88g | |
| Dimension | 42x29x29mm |
GigE Camera Dimensions
Tips: Differences between the Industrial Camera and Ordinary Digital Camera
1. Industrial camera has stable and reliable performance, and it’s easy to install, has compact structure and uneasy to damage. It can also work in a poor environment for a long time. However, an ordinary camera can’t play as it. For example, it’s impossible for a civil digital camera to work 24 hours a day or to work for several days in a row.
2. The shutter time of an industrial camera is rather short, so it can get the object moving at a high speed.
3. The imaging sensor of an industrial camera belongs to a progressive scanning while that of an ordinary camera is the interlaced scan. The manufacture process of an imaging sensor with progressive scanning is rather complex and expensive.
4. The frame rate of industrial cameras is far higher than that of ordinary cameras. An industrial camera can shoot ten to hundreds of pictures per second, while an ordinary camera can only shot 2-3 pictures per second.
5. The industrial camera output raw data whose spectral range is rather wide. So it’s suitable for the high quality image processing algorithm, such as the Machine Vision. However, the spectral range of images taken by an ordinary camera is only suitable for human vision. The image quality is rather poor after mjpeg compress, so it’s not detrimental to analysis.
6. Industrial Camera is more expensive than the ordinary camera (DSC).
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