Honeywell HABC-1305PI Honeywell 1/3” SONY CMOS Sensor, 960P AHD, TDN, DNR, DWDR, 24 LED, 3.6mm, IR
Honeywell 1/3” SONY CMOS Sensor, 960P AHD, TDN, DNR, DWDR, 24 LED, 3.6mm, IR Vandal Bullet Camera,
Rp. 1.252.969
Condition: New
Shipping Weight: 2 kg(s)
Brand: HONEYWELL
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System
Number of Pixels
Sync System
Electrical
24 LEDs 24 LEDs
Auto/Manual Auto Auto with ICR
Lens Type IR LEDS
3.6mm 2.8mm ~ 12mm
Upto 20m, depending on scene reflectance Upto 40m, depending on scene reflectance
White Balance Digital Noise Reduction WDR
Auto (3DNR) DWDR (ON/OFF) YesO SD
Automatic Gain Control Day/Night
IR Illumination Distance SNR
Relative Humidity IP Rating
10% to 95%, non-condensing
6W ± 10% 8.4W ± 10%
Housing: Vandal resistant, Color: Semi-white
Mechanical
Environmental
CEC ertification Regulatory
AHD DVRC ompatible DVR
Note: Honeywell reserves the right, without notification, to make changes in product design and/or specifications.
Featuring the advanced Analog High Definition (AHD) video technology, the Honeywell Black™ HABC-1305PI/ HABC-1305PIV is a HD analog camera which provides 960P (1280 x 960) sharp, high definition images. The AHD technology ensures real-time and non compressed signal transmission via coaxial cable, which significantly reduces installation cost and provides much sharper images without video quality loss.
The HABC-1305PI/ HABC-1305PIV cameras are cost effective surveillance Solutions suitable for both indoor and outdoor applications, including schools, colleges, hotels, hospitals, commercial sites, retail stores, warehouses, banks and so on. Featuring 3.6mm & 2.8-12mm built-in lens, 960P resolution, TDN function and IR night vision. It is also ideal for easy and cost-effective upgrade of existing analog system to high definition surveillance.
• 960P real time high resolution • CMOS progressive scan • True Day/Night Capability • Minimum illumination: 0 Lux (IR on) • TDN (IR-Cut), AWB, AGC, Defog • 3.6mm & 2.8-12mm lens • IR distance: Upto 40 meters • Power: 12VDC • Vandal resistant • Dual Output AHD & CVBS image
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