Flir DM-324-S Multispectral IP PTZ Thermal Camera, 9.1mm Lens

The FLIR Saros DM-324-S Multispectral IP PTZ Thermal Camera, equipped with a 9.1mm lens, offers unmatched surveillance capabilities in challenging environments. With advanced thermal and visible light imaging, this camera excels in complete darkness, bright sunlight, and through various obstructions such as smoke and dust. It integrates seamlessly with the FLIR United Video Management System and other ONVIF-compliant systems, providing users with exceptional control and flexibility for their security needs.

FLIR Saros DM-324-S Camera Features

Industry-Leading Thermal: Superior thermal image quality and a built-in 4K visible camera offer versatile, multi-spectral surveillance.

• Market-Leading Imaging: Delivers market-leading images in tough conditions, including darkness, glaring light, and through obscurants
• 4K Visible Light Camera: Onboard 4K visible light camera with e-zoom and low light capability
• Varied Thermal Resolutions: Available 640 - 512 and 320 - 256 thermal resolutions

FLIR Saros DM-324-S Multiple Lens Options

Wide Selection: Choose from a wide range of lenses, along with VGA and QVGA sensors, for optimal detection ranges in challenging conditions.

• High-Performance Lenses: Choose from eight high-performance lenses, ranging from 95° - 72° to 12° - 9° FOV
• Athermalized Lenses: Athermalized, focus-free lenses

FLIR Saros DM-324-S Designed For Cybersecurity

Enhanced Protection: Engineered to reduce exposure to remote security attacks.

• End-to-End Encryption: End-to-end encryption for setup, web, and video streams
• No Port-Forwarding Required: Eliminates the need for port-forwarding
• Configuration Lockdown: Configuration lockdown after initial setup for increased tamper prevention

FLIR Saros DM-324-S Detailed Specifications

Lens Type	9.1mm lens
Thermal Resolution	640 - 512, 320 - 256
Visible Light Camera	4K (with e-zoom capabilities)
Field of View	Varies from 95° - 72° to 12° - 9°
Cybersecurity Features	End-to-end encryption, port-forwarding elimination, configuration lockdown