Panasonic WV-CF304L day/night fixed IR dome camera with 650TVL resolution

Technical Specification

Features:
  • Make: Panasonic
  • Model code: WV-CF304L
  • Chip Inch Size: 1/3 inch
  • Colour Type: Colour / Monochrome
  • Resolution TVL: 650
Read more
Additional info:

Panasonic WV-CF304L is a day/night fixed dome camera with 650TVL resolution. The camera utilises the Adaptive Black Stretch technology to 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. The camera is IR LED equipped.

Read more
Make Panasonic
Manufacturer Panasonic System Communications Company Europe
Category CCTV>Dome cameras
Model code WV-CF304L
Chip Inch Size 1/3 inch
Colour Type Colour / Monochrome
Resolution TVL 650
Dome Type Static
Sensitivity lux 0 lux
Digital (DSP) Yes
Electrical Specifications Voltage: 24 V AC
Power Consumption: 3.6 W
Focal length 2.8 mm
Back Light Compensation Yes
Auto Gain Control Yes
White Balance Yes
S/ N (Signal/ Noise) Ratio dB 52
Synchronisation Internal
Signal Mode PAL
Built-in IR LED Yes
Video Output 1.0 V [p-p] / PAL composite 75 ohms
Physical Specifications Dimensions mm: 123 x 106
Weight g: 330
Environmental Specifications Operating Temp oC: -10 ~ +50 C (14 ~ 122 F)
Operating Humidity %: 0 ~ 90
Additional info Panasonic WV-CF304L is a day/night fixed dome camera with 650TVL resolution. The camera utilises the Adaptive Black Stretch technology to 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. The camera is IR LED equipped.
Download PDF version Download PDF version

Related Whitepapers

Tough outdoor cameras - Panasonic Video surveillance system

Intelligent Video Technology - Panasonic Video surveillance systems

14 success stories about how video technology is improving city life

Quick poll
Which AI-powered capability will dominate in the years ahead?