Surveillance Camera DAHUA IPC-HFW2449T-AS-IL-0360B-BLACK 4MP 3.6mm

The DAHUA IPC-HFW2449T-AS-IL-0360B-BLACK is a 4MP network surveillance camera fitted with a fixed 3.6mm lens. It captures high-definition footage suitable for perimeter and general-purpose monitoring. The camera integrates advanced image processing and low-light enhancement to provide clear, detailed video in varied lighting conditions. Its weather-resistant housing and compact bullet form factor allow for outdoor mounting on walls or ceilings to cover entrances, driveways and building exteriors.

Advantages

This 4MP camera delivers a balance of resolution and frame performance for reliable identification and situational awareness. The 3.6mm lens provides a practical field of view for mid-range observation without frequent repositioning. Built-in low-light technologies improve visibility at dusk and night while digital noise reduction preserves clarity in challenging conditions. The robust enclosure is designed for outdoor use and reduces maintenance frequency in exposed installations.

Suitable for

Key specifications

How to use

Install the camera at a mounting point that provides an unobstructed view of the area to be monitored, ideally 2–4.5 meters above ground for typical entrance and perimeter coverage. Connect the camera to power and your network following standard IP camera setup procedures. Adjust the camera angle and focus to frame the target area, then configure video settings such as resolution, frame rate and motion detection in the recorder or management software. Verify night-time performance after installation and make small angle or position adjustments if necessary.

Recommendations

For best results, combine this camera with a network video recorder or compatible VMS that supports 4MP streams and configure regular recording or event-based capture. Regularly inspect mounting fittings and clean the lens cover to maintain image quality, and ensure the camera is positioned to avoid direct exposure to strong backlight or reflective surfaces.