Hanwha QNV-C8011R Q-Series 5MP AI IR Mini Vandal Dome Camera 3.0mm Fixed Lens, White

The Hanwha QNV-C8011R is a 5MP network mini vandal dome camera from the Q-Series, built for indoor and outdoor surveillance where a tough, compact camera is needed. It pairs a 3.0mm fixed lens with built-in infrared night vision and AI that detects and classifies people and vehicles to help cut false alarms. With IP66 and IK10 ratings, it suits installers and businesses covering entrances, hallways and other areas exposed to weather or tampering.

Key features

• Records 5MP video at 30 fps at all resolutions in H.265 and H.264.
• The 3.0mm fixed lens gives a 100° horizontal and 73° vertical field of view.
• Day and Night operation with an IR range of 20m (65'), plus 120 dB WDR for scenes with strong contrast.
• IP66 and IK10 ratings protect it against weather and impact.
• Hallway view support and lens distortion correction (LDC) help with corridor coverage and a cleaner image.
• Q-Series AI detects and classifies people and vehicles in real time to improve analytics accuracy.

Specifications

Brand: Hanwha

Model: QNV-C8011R

Product series: Q

Product type: Dome Camera

Color: White

Effective resolution: 5MP

Maximum video resolution: 2592 x 1944

Maximum frame rate: 30fps

Image sensor: CMOS

Lens type: Fixed focus

Focal length: 3mm

Maximum aperture: F1.6

Lens mount: M12

Field of view (horizontal): 100.0°

Field of view (vertical): 73.00°

Wide dynamic range: Yes (120 dB)

Minimum illumination: 0.0030 lux

Shutter speed: 1/12,000 second to 1/5 second

Night vision: Infrared (IR), 65.62'

Video formats: MJPEG

Network: RJ-45, wired

Storage: SD card

Remote management: Yes

Cloud: Cloud enabled

Ingress protection: IP66

Impact protection: IK10

Mount type: Conduit box mount

Operating temperature: -40°F to 131°F

Operating humidity: 0-95% RH

Diameter: 4.33″

Weight: 1.15lb

Country of origin: VN

Installation notes

This camera uses a conduit box mount, so plan the mounting surface and cable entry before drilling. Aim it so the IR range covers the area you care about, avoid pointing it at reflective surfaces close to the lens, and check the image on site before finalizing the position.