Complaint
Infrared night vision car camera with 7'' LCD screen vehicle thermal imaging car camera for automotive, another name is Night Vision thermal imaging car camera made in China, which can help save lives of drivers and passengers and other road users such as cyclists and pedestrians, so it is very useful.DA-D is absolutely the perfect choice for a driving assistant vision system.
| Thermal Imaging Detector(Sensor) | |||
| Sensor type | 400X300px Uncooled Microbolometer | ||
| Sensitivity | ≤50mK@30ºC | ||
| Optical | |||
| Lens focus | 19mm | ||
| Field-of-View, deg | 28°x21° (PAL), 27°X18°(NTSC) | ||
| Image Presentation | |||
| Video output | 50Hz PAL or 60Hz NTSC | ||
| Adjust | Auto brightness and contrast adjustment | ||
| Image calibration | Auto calibration without shutter | ||
| Image recognition | Auto pedestrian recognition | ||
| Alarm | Auto | ||
| Video output format | CVBS | ||
| System Performance | |||
| Start up time | ≤ 8s | ||
| Defroster | ≤2ºC activate defroster automatically | ||
| @-30ºC deice 1mm ice within 15m | |||
| ≤7ºC close defroster automatically | |||
| Power | |||
| Power requirement, V | DC 7-36 | ||
| Power dissipation, W | ≤3.5 | ||
| Interface | |||
| Video output interface | Single-end/difference | ||
| Environmental | |||
| Operating temperature, ºC | '-40ºC to 70ºC | ||
| Storage temperature, ºC | '-45ºC to 85ºC | ||
| Rating | IP67 | ||
| HD Screen | |||
| Size | 8 inches 4: 3 digital screen | ||
| Resolution,px | 1024 x 768 | ||
| Refresh rate,Hz | 60-75 | ||
| Signal input interface | VGA / AV / BNC optional | ||
| Video format | PAL/NTSC | ||
| Power, V | DC 12V | ||
| Effective Range | |||
| Target | Human(1.8x0.5m) | Vehicle(2.3x2.3m) | |
| Detection range, m | ≥200m | ≥400m | |
| Identification range, m | ≥90m | ≥120m | |
Ireeda technology researches, designs, develops, manufactures Infrared night vision car camera with 7'' LCD screen vehicle thermal imaging car camera Technologies that enhance perception and awareness. we bring innovative sensing solutions into daily life through thermal imaging systems, visible-light imaging systems.
