Description
GigE vision camera or machine vision camera distinguishes itself by superior image quality, high frame rate and high resolution of 3072×2048 (6.3 Mega Pixel). This industrial camera is 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 | 6000-18gm | 6000-18gc |
| Resolution | 3072×2048 (6.3 Mega Pixel) | |
| Sensor Type | CMOS | |
| Sensor Model | IMX 178 | |
| Format | 1/1.8″ | |
| Pixel Size | 2.4μm x 2.4μm | |
| Maximum Frame Rate | 18fps | |
| Bit Depth | 8-bit, 10-bit or 12-bit | |
| Mono/Color | Monochrome | Color |
| Exposure Time | 34μs~1s | |
| SNR | >38dB | |
| Dynamic Range | 66dB | |
| Shutter Type | Rolling 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: How to choose an industrial camera?
Let’s illustrate it with an actual application. For example, our testing task is size measurement. The product size is 18mm*10mm with the precision 0.01mm. The detection speed is 10 pieces per second in an assembly line work, and the field environment is an ordinary industrial environment. Interference shall not be considered.
Firstly, as we know that the speed of assembly line work is rather fast, so we choose a progressive scan camera.
We set the view size to 20mm*12mm (considering the error of each mechanical positioning, we magnify the view than the object). If we can get a good image (for example, backlight is allowed) and measurement accuracy of our software can be considered to 1/2 sub-pixel accuracy, then the camera resolution we need shall be 20/0.01/2=1000pixcel and that of another direction is 12/0.01/2=600pixcel. That means, the resolution of our camera shall be at least 1000*600pixcel and the frame rate shall be 10 frame/sec. So we choose a camera with a resolution of 1024*768 (1280*1024pixcel is also available if the software performance and mechanical precision are not accurate) and the frame rate of above 10 frame/sec.
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