Everfocus EHH5200 2 Megapixel Outdoor Weather Resistant Dome Camera

Technical Specification

Features:
  • Make: Everfocus
  • Model code: EHH5200
  • Chip Inch Size: 1/3
  • Color Type: True Day / Night
  • Resolution TVL: 1920 x 1080
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Additional info:

The EHH5200 is a 3-axis outdoor dome camera with true Day/Night capability in an IP66 vandal proof housing. Based on a 2 megapixel progressive scan sensor for your choice of 1080 or 720 resolution. It delivers vastly superior video quality compared to traditional CCTV images. HDcctv’s superior resolution and megapixel technology not only has the benefit of capturing more critical detail for evidentiary purposes but also allows for a wider viewing area thus reducing the number of cameras required to monitor a scene. This directly reduces the overall capital investment required to improve the effectiveness of a surveillance system.

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Make Everfocus
Manufacturer EverFocus Electronics AG
Model code EHH5200
Chip Inch Size 1/3
Color Type True Day / Night
Resolution TVL 1920 x 1080
HD Yes
Sensitivity lux 0.5 @ F1.4
Dome Type Static
Indoor/Outdoor Outdoor
Electrical Specifications Voltage: 12 V DC, 24 V AC
Power Consumption: 5.5 W
Focal length 3.3 ~ 12
Back Light Compensation Yes
Auto Gain Control Yes
White Balance Yes
Electronic Shutter range 1/60(1/50) ~ 1/8000
S/ N (Signal/ Noise) Ratio dB 45
Signal Mode NTSC, PAL
Built-in IR LED Yes
Video Output 1 Vpp
Physical Specifications Dimensions mm: 123 x 108
Weight g: 740
Environmental Specifications Operating Temp oC: -10 ~ +50
Protection: IP66
Additional info The EHH5200 is a 3-axis outdoor dome camera with true Day/Night capability in an IP66 vandal proof housing. Based on a 2 megapixel progressive scan sensor for your choice of 1080 or 720 resolution. It delivers vastly superior video quality compared to traditional CCTV images. HDcctv’s superior resolution and megapixel technology not only has the benefit of capturing more critical detail for evidentiary purposes but also allows for a wider viewing area thus reducing the number of cameras required to monitor a scene. This directly reduces the overall capital investment required to improve the effectiveness of a surveillance system.
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