American Dynamics ADCBH0922CN Discover Mini Dome

The American Dynamics ADCBH0922CN consists of a high resolution camera contained inside a vandal resistant dome enclosure engineered to withstand harsh monitoring environments. Instead of the usual metal material, this dome is constructed of durable composite and polycarbonate materials that have "shape memory", so that the dome will retain its form following an impact. In addition to being vandal resistant, this IP66 and NEMA4-rated camera offers outstanding weather resistance and can be safely operated in temperatures as low as -22°F (-30°C). Of the 3 types of cameras available in the Discover series domes (WDR/Hi-Res/Standard-Res), this camera specializes in providing a high resolution of 540 TVL so that images are delivered in sharp detail. Additionally, the camera uses a Night-Saver mode to boost its sensitivity to light during nighttime hours. There are also a number of electronic controls in place to ensure that this level of image quality is maintained in various lighting and scene situations. With 8 different mounting options to choose from you are sure to find the mount that best suits a particular installation requirement. Mounting accessories are available for pendant, surface, wall-pole, flush, wall, inside corner, wall-exterior corner, and electrical box installations.

Features

Black Shell

Clear Bubble

Vandal Resistant

Weather Resistant (IP66)

540 TVL

9-22mm Auto Iris Lens

0.65 Lux

Night-Saver Mode

Selectable Picture Controls

Versatile Mounting Options

Specs

Manufacturer Sensormatic Electronics Corp (Ad Usa)

Condition New

Signal System NTSC

Image Sensor 1/3" Color IT CCD

Number of Pixels 768 x 494

Resolution 540 TV Lines

Iris Operation Auto iris

Minimum Illumination 0.65 Lux at F1.2

Pan & Tilt 360° Pan, 180° Tilt (+/-90°)

Signal-to-Noise Ratio >50dB

Power Requirements 12VDC or 24VAC

Power Consumption 2.8W

Weather Resistance IP66, NEMA4

Operating Temperature -22 ~ 122°F (-30 ~ +50°C)

Diameter and Height 5.4 x 3.6" (136 x 92mm)