Video
| Analog signal format system |
PAL |
| Number of TV lines |
540 |
| PAL resolutions |
752 x 582 pixels |
| Frame rate |
25 fps |
Image sensor
| Optical sensor size |
1/3 " |
| Effective sensor resolution |
440000 pixels |
| Sensor type |
CCD |
Performance
| Day/night mode |
Y |
| PTZ control (Pan/Tilt/Zoom) |
N |
| Maximum operating distance |
13.7 m |
| Type |
CCTV security camera |
Night vision
| Infra-red wavelength |
850 nm |
| LED type |
IR |
| Night vision |
Y |
Ports & interfaces
| Interface |
BNC |
| Composite video out |
1 |
Power
| Power over Ethernet (PoE) |
N |
Storage
| Card reader integrated |
N |
| Built-in hard drive |
N |
Lens system
| Focal length range (f-f) |
5 - 50 mm |
Additionally
| Ethernet LAN connection |
N |
| Wireless technologies |
Wired |
Analog PAL license plate camera, 7.9 - 13.7 m, H.264/M-JPEG, 1/3" CCD, IR, BNC, 11-30 VDC/24 VAC, 4.4 kg
- DINION 2X technology produces clear, consistent, accurate plate images
- Night Capture Imaging System ensures 24/7 performance and eliminates headlight glare
- Advanced Ambient Compensation minimizes overexposed plates for improved ALPR accuracy
- Adjustable imaging modes allow configuration for regional plate characteristics
- IP and analog versions
The DINION capture 5000 is a specialty camera designed to capture consistent, high-quality images of vehicle license plates. Available in IP and analog versions, it is ideal for monitoring parking lots, public areas, and for controlling vehicle access.
The DINION capture 5000 overcomes the problems encountered when using conventional surveillance cameras in vehicle identification and automatic license plate recognition applications. The Night Capture Imaging System delivers a burst of infrared illumination and simultaneously filters out visible light to ensure clear license plate images in complete darkness while eliminating the negative effects of headlight glare.
Advanced Ambient Compensation minimizes plate overexposure from sunlight for more accurate automatic license plate recognition. Finally, adjustable imaging modes allow for fine-tuning the imager for specific regions or license plate recognition algorithms.
