Best Vision BV-IR140-HD 1000TVL Bullet Security Camera White – Outdoor – Night/Day – 2.8-12mm Lens

March 21, 2016 - Comment

This is an outdoor professional level security camera with 1000 TV lines of resolution and a 2.8-12mm lens. The camera requires at least a 1 amp power supply and BNC cabling to operate (sold separately). A DVR or computer equipped with a video capture card is required to record video. Having any problems? Please call

Buy Now! $44.99Amazon.com Price
(as of 1:23 am UTC - Details)

This is an outdoor professional level security camera with 1000 TV lines of resolution and a 2.8-12mm lens. The camera requires at least a 1 amp power supply and BNC cabling to operate (sold separately). A DVR or computer equipped with a video capture card is required to record video. Having any problems? Please call 1-866-514-8998 Mon-Fri, 9:00am-5:30pm CST to reach one of our helpful surveillance experts!,

Camera Specifications
Signal System: NTSC
Image Sensor: 1/3″ Sensor
Effective Pixels(HxV): 1296 x 1041
S/N Ratio: > 48dB
DNR: 3D DNR
Mirror: Yes
OSD: No
Motion Detect: 4 areas optional
Privacy Zone: 8 areas optional
Scanning System: 2:1
Electronic Shutter: Auto (1/60s~1/100,000s)
Minimum Illumination: 0 Lux (with IR LED ON) / F1.8/ 50IRE
Sync System: Internal
Lens: 2.8-12mm
Gamma Characteristic: .45
IR Distance: 164ft (with 36 Unit Infrared LED)
IR Status: Under 10 Lux by CDS
IR Power On: CDS Auto Control
Video Output: 1Vpp, 75 Ohm
Power Consumption: 12VDC(+/-10%)/500mA
Water Resistance: IP66
Dimensions (W x H x D): 10.4″ x 4.7″ x 3.7″
Weight: 1.9 lbs
Operating Temperature: 14 ºF ~ 122 ºF (-10ºC ~ 50ºC)
Storage Temperature: -22 ºF ~ 140 ºF (-30ºC ~ 60ºC)

Product Features

  • 1/3″ 1000 TVL image sensor for true HD analog video
  • 2.8-12mm lens allowing for a larger viewing area
  • 164ft IR range with superior video quality in complete darkness
  • Outdoor IP66 housing made to withstand even the toughest weather conditions
  • Back Light Compensation (BNC) equipped allowing for optimal picture quality in any given lighting condition

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