Greek
Dahua HDCVI 2.0MP Bullet 2.8mm HFW1200T-S6
Product code: 10254320 // MPN: HAC-HFW1200T-0280B-S6
Similar products
- Max. 30 fps@1080p
- Smart IR Illumination
- 30 m illumination distance
- Super Adapt
- Built-in Mic
- 3.6 mm fixed lens (2.8mm optional)
- CVI/CVBS/AHD/TVI switchable
- IP67, 12 VDC
Camera
- Image Sensor :2 MP 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 : 0.01 lux@F2.0 (Color, 30 IRE) / 0.001 lux@F2.0 (B/W, 30 IRE) / 0 lux (Illuminator on)
- S/N Ratio : More than 65dB
- IR Distance : Up to 30m
- IR On/Off Control : Auto
- IR LEDs : 1
Lens
- Lens Type : Fixed lens / Fixed iris
- Mount Type : M12
- Focal Length : 2.8mm
- Max Aperture : F2.00
- Angle of View : H: 102°; V: 60°; D: 129°
- Iris Control : Fixed
- Close Focus Distance : 2.8 mm: 0.5 m
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 (ICR) / Manual
- OSD Menu : Multi-language
- BLC Mode : BLC / HLC / DWDR
- WDR : DWDR
- Gain Control : AGC
- Noise Reduction : 2D
- White Balance : Auto / Manual
- Smart IR : Auto / Manual
Certifications
- E-LVD: EN 62368-1;
- CE-EMC: EN 55032; EN 55035;
- FCC: 47 CFR FCC Part 15, Subpart B;
- UL: UL62368-1 + CAN/CSA C22.2 No. 62368-1-14
Electrical
- Power Supply : 12V DC ±30%
- Power Consumption : Max 3.2W (12V DC, IR on)
Environmental
- Operating Conditions : -40°C ~ +60°C / Less than 95% RH * Start up should be done at above -40°C
- Storage Conditions : -40°C ~ +60°C / Less than 95% RH
- Ingress Protection & Vandal Resistance : IP67
Construction
- Casing : Metal
- Dimensions :174.5 mm × 72.3 mm × 70.6 mm
- Net Weight : 0.34kg
- Gross Weight : 0.46kg
| Camera Protocols: | AHD/HDCVI/TVI/CVBS |
| Camera Resolution: | 2.0MP |
| Housing Type: | Bullet |
| IR Distance: | Up to 30m |
| Lens Size: | 2.8mm |
| Lens Type: | Fixed |
| WDR: | DWDR |
