HAC-HUM1220A-W-PIR - DAHUA HAC-HUM1220A-W-PIR 2MP HDCVI MotionEye Camera DH-HAC-HUM1220A-W-PIR without logo

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2MP HDCVI MotionEye Camera



> Max 30fps@1080P
> HD and SD output switchable
> 2.8mm fixed lens
> 12m/100°detecting range/angle
> Two level detection sensitivity adjustable
> Built-in tamper switch
> DC12V


> without Logo,English firmware


>100% original products manufactured by DAHUA




 



The delivery time is 25 working days usually, some times can complete early, only 10-15days.



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HAC-HUM1220A-W-PIR - DAHUA HAC-HUM1220A-W-PIR 2MP HDCVI MotionEye Camera DH-HAC-HUM1220A-W-PIR

2MP HDCVI MotionEye Camera


> Max 30fps@1080P
> HD and SD output switchable
> 2.8mm fixed lens
> 12m/100°detecting range/angle
> Two level detection sensitivity adjustable
> Built-in tamper switch
> DC12V

> without Logo,English firmware
>100% original products manufactured by DAHUA

 

 

HAC-HUM1220A-W-PIR - DAHUA HAC-HUM1220A-W-PIR 2MP HDCVI MotionEye Camera DH-HAC-HUM1220A-W-PIR PICTURE

 

 

HAC-HUM1220A-W-PIR - DAHUA HAC-HUM1220A-W-PIR 2MP HDCVI MotionEye Camera DH-HAC-HUM1220A-W-PIR DIMENSION

 

 
 

HAC-HUM1220A-W-PIR - DAHUA HAC-HUM1220A-W-PIR 2MP HDCVI MotionEye Camera DH-HAC-HUM1220A-W-PIR FEATURES

Technical Specifications

***

 Camera

Image Sensor

1/2.9" CMOS

Effective Pixels

1920(H)×1080(V), 2MP

Scanning System

Progressive

Electronic Shutter Speed

PAL: 1/25~1/100000s

NTSC: 1/30~1/100000s

Minimum Illumination

0.02Lux/F2.0(Color), 0.002Lux/F2.0(B/W)

S/N Ratio

More than 65dB

Lens

Lens Type

Fixed lens / Fixed iris

Mount Type

Board-in

Focal Length

2.8mm

Max Aperture

F2.0

Angle of View

H: 100.5°

Focus Control

N/A

Close Focus Distance

500mm

19.7

Pan / Tilt / Rotation

Pan/Tilt/Rotation

Pan: 0° ~ 180°

Tilt: 0° ~ 180°

Rotation: 0° ~ 360°

Video

Resolution

1080P (1920×1080)

Frame Rate

25/30fps@1080P, 25/30/50/60fps@720P

Video Output

1-channel BNC high definition video output / CVBS video output (Can switch)

Day/Night

Auto (Electronic) / Manual

OSD Menu

Multi-language

BLC Mode

BLC / HLC / DWDR

WDR

DWDR

Gain Control

AGC

Noise Reduction

2D

White Balance

Auto / Manual

PIR

Detection

Passive infrared

Detection Range

12mx12m, 100°, 19zones

Alarm prompt

Red led, can be set to switch off

Sensitivity

Two level (jumper)

Wireless Frequency

433MHz

Transmit power

10dBm

Transmit distance

1km (open area/no interference)

Pet immunity

≤18Kg

Resistance light

6500LUX

Installation height

Defualt bracket, wall mount, 2.2-2.5m

Certifications

Certifications

CE (EN55032, EN55024, EN50130-4)

FCC (CFR 47 FCC Part 15 subpartB, ANSI C63.4-2014)

UL (UL60950-1+CAN/CSA C22.2 No.60950-1)

Interface

Audio Interface

N/A

Eelectrical

Power Supply

12V DC ±25%

Power Consumption

Max 0.7W (12V DC, IR on)

Ingress Protection &Vandal Resistance

N/A

Environmental

Operating Conditions

-10°C ~ +50°C (14°F ~ +122°F) / Less than 90% RH

* Start up should be done at above -10°C (14°F)

Storage Conditions

-10°C ~ +50°C (14°F ~ +122°F) / Less than 90% RH

Construction

Casing

Plastic

Dimensions

120mm×62mm×58mm (4.72"×2.44"×2.28")

Net Weight

0.13kg (0.29lb)

Gross Weight

0.18kg (0.40lb)

***

 

 What is HDCVI Camera

HDCVI Camera

What's the difference between HDCVI and traditional analog camera? As we know, traditional analog camera utilizes CCD image sensor to capture images, which comes with interlaced scan, its highest resolution is 960H (960x480, or 960x576). In order to compete with IP camera, some manufacturers developed analog camera which is based on progressive scan CMOS image sensor, hence to deliver megapixel resolution images (720p & 1080p).

Interlaced scan vs progressive scan

What differentiates a progressive scan from an interlaced scan is that the progressive scans system draws every line on the screen in just one pass, rather than in two passes.

  • Disadvantages of interlaced scan: Image artifacts, Intentional image blurring, Improper reproduction of finer details, Image flickering (This flickering is also called “interline twitter” and is caused by the image on the screen containing vertical detail that approaches the horizontal resolution of the video format.)
  • The advantages of progressive scan: No image artifacts, No blurring, Higher vertical resolution, Higher quality images (Images are smoother are more detailed in progressive scan as they are refreshed at a faster frequency.)

Back to 2014, HDCVI, HDTVI, HDAHD (or AHD) technologies were released by different manufacturers. End-users are happy to embrace these new technologies, because they give them the chance to upgrade existing standard surveillance system to HD analog system. Unfortunately, some users like me feel overwhelmed, because they are too similar on both features and price. Which one is the best? In my humble opinion, there is no best one, each technology has its unique advantage, but all of resolution (image performance) keep same without significant difference.

 

HDCVI advantage

 

Let's continue introducing the HDCVI technology, HDCVI features a patent named auto signal compensation (ASC), which only allows an extremely low signal distortion along long-distance transmission. HDCVI solution incorporates both cameras and DVRs, and the system is star topology structured; DVR is served as a node to have an over coax P2P (Point-to-Point) transmission to camera. Cable selection is based on transmission distance: cable 75-3 and 75-5 are recommended for transmission within 500 meters, cable 75-5 and above for over 500 meters. Connector or jointing technology could be applied for connecting and the installation is exactly the same as that of conventional analog devices, which posts no special requirements either for indoor or outdoor scenarios with better anti-interference capability offered.

HDCVI Camera

To further realize multiple-signal transmission over one cable, both audio signal and dual-way data communication signal are embedded in a blanking zone; which enhances the synchronization with video signal; and max supports 44.1kHz sampling rate thanks to ASC. The forward and reverse data channels composite in the frame blanking zone, realizing a two-way end-to-end transmission to support control commands such as camera focus, PTZ control, real-time alarm and etc. The forward outputting data supports high transmission baud rate as the sending time and electric signal baud rate are predictable, meanwhile,  the receiving end is of high ASC performance;

DAHUA HDCVI

on the other hand, the reverse outputting data supports lower baud rate due to its low signal frequency and limited data, which is elected by the impedance matching. However, with ASC adopted, the reverse channel could restore electric signal during long-distance transmission at some degree.Therefore, HDCVI is an optimal solution for megapixel high definition application, featuring non-latent long-distance transmission at lower cost.

 

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Additional Information

Factor Dome
Focal Type Lens not included
Wired/Wireless Wired
Day/Night D/N IR, Day/Night, Low light, Standard
Outdoor use Intdoor use, Outdoor use
Resolution 2 MP

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