Specifications
Brand: Dahua
Model: DH-IPC-HFW1431S1
Image Sensor: 1/3”4Megapixel progressive CMOS
Max. Resolution: 2688 (H) × 1520 (V)
ROM: 128 MB
RAM: 128 MB
Scanning System: Progressive
Electronic Shutter Speed: Auto/Manual 1/3 s–1/100000 s
S/N Ratio: > 56 dB
Min. Illumination: 0.03 Lux @ F2.0
Illumination Distance: 30 m (98.4 ft)
Illuminator On/Off Control: Auto/Manual
Illuminator Number: 1 (IR LED)
Lens Type: Fixed-focal
Mount Type: M12
Focal Length: 2.8 mm, 3.6 mm
Max. Aperture: F2.0
Iris Type: Fixed
Video Compression: H.265; H.264; H.264B; MJPEG
Smart Codec: Smart H.265+/ Smart H.264+
Stream Capability: 2 streams
Bit Rate Control: CBR; VBR
Video Bit Rate: H.264: 32 kbps–6144 kbps, H.265: 12 kbps–6144 kbps
Day/Night: Auto(ICR)/Color/B/W
WDR: 120 dB
White Balance: Auto/natural/street lamp/outdoor/manual/regional custom
Gain Control: Manual/Auto
Noise Reduction: 3D NR
Motion Detection: OFF/ON (4 areas, rectangular)
Region of Interest(RoI): Yes (4 areas)
Image Rotation: 0°/90°/180°/270° (Support 90°/270° with 2688 × 1520
resolution and lower.)
Privacy Masking: 4 areas
Network: RJ-45 (10/100 Base-T)
Power Supply: 12V DC/POE (802.3af)
Power Consumption: < 5.0W
Protection: IP67
Casing: Metal +Plastic
Dimensions: 162.6 mm × Φ70 mm (6.4" × Φ2.8")
Weight: 0.22 kg
Warranty: 1 Year

Dahua DH-IPC-HFW1431S1 4MP Entry IR Fixed-focal Bullet Netwok Camera

4MP, 1/3” CMOS Image Sensor, Low Illuminance, High Image Definition
Outputs 4MP (2560 × 1440) @25/30 fps
H.265 codec, High Compression Rate, Ultra-Low Bit Rate
Built-in IR LED, max. IR distance: 30 m
ROI, SMART H.264+/H.265+, Flexible Coding
Image Rotation, WDR, 3D NR, HLC, BLC, Digital Watermarking
Abnormality detection: Motion detection, video tampering, network disconnection, IP conflict, illegal access, voltage detection
12V DC/PoE power supply, IP67, protection
1 Year Official Brand Warranty

Warranty: 1 Year warranty.
Note: Product delivery duration may vary due to product availability in stock.

Disclaimer: The actual color of the physical product may slightly vary due to the deviation of lighting sources, photography or your device display settings.