Valvontakamera Dahua HFW3649T1-ASPV0280B-PRO 6MP IR luoti

The Dahua HFW3649T1-ASPV0280B-PRO is a 6MP IR bullet surveillance camera designed for high-resolution monitoring in outdoor environments. It provides clear daytime and low-light imaging with a 1/1.8" sensor and effective pixel count of 3288(H) × 1850(V). The camera supports PoE and 12 VDC power options, on-board storage up to 512 GB, and includes audio and alarm interfaces for system integration.

Advantages

This 6MP IR bullet camera offers high pixel resolution for detailed video, built-in IR illumination for reliable night vision down to 0.0005 lux, and a robust outdoor-rated enclosure that operates from −40 °C to +60 °C. Network and power options (RJ45 with PoE+/12 VDC) simplify installation, while audio in/out and alarm I/O enable integration with recording and monitoring systems.

Suitable for

• Perimeter and outdoor property surveillance
• Commercial premises and storefront monitoring
• Residential estate and driveway observation
• Areas requiring night-time identification and evidence capture

Key specifications

• Type: HDTV/Megapixel outdoor bullet camera
• Pixel resolution: 6 Mega Pixel (effective 3288 × 1850)
• Image sensor: 1/1.8"
• Minimum illumination: 0.0005 Lux with IR
• Lens mount: M16
• Interfaces: 1×Audio-In, 1×Audio-Out, 1×RJ45, 1×Alarm In, 1×Alarm Out
• Storage: Supports microSD cards up to 512 GB (on-board)
• Power: PoE+ (802.3at) or 12 VDC
• Operating temperature: −40 °C to +60 °C
• Dimensions: 288.4 × 94.4 × 84.7 mm

How to use

Mount the camera using the supplied bracket in a location with an unobstructed view of the monitored area. Connect network and power via the RJ45 Ethernet port supporting PoE+ or supply 12 VDC to the power input. Insert a compatible microSD card up to 512 GB if local recording is required. Configure video settings, compression format and motion/alarm rules through the Dahua recorder or supported VMS to integrate with existing security systems.

Recommendations

Install the camera at a height and angle that reduce direct exposure to strong light sources and rain; use shielded cables for long Ethernet runs and configure IR settings to avoid overexposure of nearby reflective surfaces.