Panasonic WV-CW304L weather resistant IR LED day/night fixed camera
Technical Specification
- Make: Panasonic
- Model code: WV-CW304L
- Chip Inch Size ": 1/3 inch
- Colour Type: Colour / Monochrome
- Resolution TVL: 650
The WV-CW304L Series colour surveillance camera includes a newly developed Digital Signal Processor (DSP), providing improved image quality in a cost-effective unit. Utilising the revolutionary Adaptive Black Stretch technology, the DSP uses image processing to automatically detect dark areas inside an image, applying the most suitable gamma correction curve for darker areas. This image processing algorithm transforms shadows and dark areas into natural and crisp images in real time like never before.
Read more| Make | Panasonic |
|---|---|
| Manufacturer | Panasonic System Communications Company Europe |
| Category | IP Cameras products |
| Model code | WV-CW304L |
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Chip Inch Size ": 1/3 inch Colour Type: Colour / Monochrome Resolution TVL: 650 Digital (DSP): Digital Specialist Types: Infrared Auto Iris: AI Sensitivity lux: 0 Motion Activated: MotionActivated Focal Length mm: 2.8 Picture Elements HxV: 976 x 582 Back Light Compensation: BackLightCompensation Auto Gain Control: AutoGainControl White Balance: WhiteBalance Electronic Shutter range: 1/120 to 1/120,000 s S/ N (Signal/ Noise) Ratio dB: 52 Synchronisation: Internal Signal Mode: PAL Zoom: Zoom Video Output: 1.0 V [p-p] / PAL composite 75 |
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| Electrical Specifications |
Voltage: 12 V DC Power Consumption: 3.2 W |
| Physical Specifications |
Dimension mm: 79 x 245 Weight g: 1,050 |
| Environmental Specifications |
Operating Temperature oC: -10 ~ +50 C (14 ~ 122 F) Protection: IP66 Operating Humidity %: 0 ~ 90 |
| Additional info |
The WV-CW304L Series colour surveillance camera includes a newly developed Digital Signal Processor (DSP), providing improved image quality in a cost-effective unit. Utilising the revolutionary Adaptive Black Stretch technology, the DSP uses image processing to automatically detect dark areas inside an image, applying the most suitable gamma correction curve for darker areas. This image processing algorithm transforms shadows and dark areas into natural and crisp images in real time like never before. |
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