Cámara de vigilancia IP DAHUA IPC-PT1439H-PV-0280B con función de giro e inclinación y visión nocturna por infrarrojos

The Dahua IPC-PT1439H-PV-0280B is a pan-tilt IP surveillance camera that delivers 4 MP high-definition video using a 1/2.8" optical CMOS sensor. Designed for indoor and outdoor monitoring, the camera includes integrated night vision and a built-in microphone to capture audio alongside video. Its compact, white eyeball housing and 410 g weight make it suitable for wall or ceiling mounting in residential and commercial locations.

Advantages

This Dahua PT camera provides clear 4 MP imagery from a 1/2.8" CMOS sensor and offers remote pan-tilt control for wider coverage with a single device. The built-in microphone enables audio monitoring without extra equipment, and the camera's design supports both indoor and outdoor installations. Lightweight construction simplifies mounting and positioning.

Suitable for

• General indoor surveillance in homes, offices, and retail spaces
• Outdoor perimeter monitoring under covered or protected locations
• Areas requiring visual tracking and wider coverage without multiple fixed cameras

Key specifications

• Sensor type: CMOS
• Optical sensor size: 1/2.8"
• Resolution: 4 megapixels
• Form factor: eyeball pan-tilt camera
• Integrated microphone for audio capture
• Weight: 410 g

How to use

Mount the camera on a stable wall or ceiling surface using appropriate fasteners and route power and network cabling according to local installation standards. Configure the camera through the Dahua management software or compatible NVR using its network settings, adjust pan-tilt limits and presets as needed, and set exposure, resolution, and recording schedules to match monitoring requirements.

Recommendations

Place the camera where the pan-tilt range can cover the desired area without obstructions, and ensure the built-in microphone is not obstructed by housings or insulation. For outdoor use, install the camera in a sheltered position to protect connectors and maintain optimal performance of the optics and audio components.