Features

• 320 × 240 thermal resolution for four-times the resolution, longer detection ranges, and better image quality
• High-quality 24/7 thermal video security coverage
• Broad range of lenses available for the thermal camera: choose from lenses with focal lengths from 9 mm to 35 mm, and FOVs from 48° to 13°
• Day/night 36× zoom color CCD video camera
• Simultaneous visible-light and thermal video outputs ensure optimal imaging performance in a wide variety of conditions
• Precision, rugged outdoor dome enclosure provides 360° continuous pan and +45° to -180° tilt for uninterrupted coverage
• Auto Digital Detail Enhancement (DDE) built in for optimal image quality across all scene conditions
• Open IP standards for plug-and-play integration and configuration in digital networks
• Multiple channels of streaming digital video available in H.264, MPEG-4, or M-JPEG formats
• FLIR Sensor Manager single-device version included

Product Information

Flir D-313 Thermal Security Cameras 35MM 320 X 240, NTSC Multi-sensor thermal security camera in a NEW compact outdoor dome The NEW compact D-Series thermal security camera lets you see intruders and other threats to your facility’s security clearly in total darkness and in bad weather. Get precise pan/tilt control and fully programmable scan patterns, radar slew-to-cue, and slew-to-alarm functionality. FLIR’s D-Series thermal multi-sensor security dome cameras are the perfect replacement for legacy dome cameras, providing clear 24/7 imaging capability in an attractive, discrete dome-style enclosure.

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Wide Dynamic Range Thermal Video

Better Pictures for Better Protection
WDR Thermal is made possible by a proprietary plateau histogram equalization image processing algorithm unique to FLIR cameras. Standard AGC corrections apply gray shades evenly across the temperature range in the scene, losing potentially vital image detail by wasting gray shades on areas of no thermal interest. FLIR’s plateau histogram equalization concentrates those gray shades on targets of interest, allowing effective imaging across a much wider dynamic range.