Teledyne FLIR FC-669 AI-R 640 x 512 9MM 69° HFOV – LWIR Thermal Radiometric Security Camera
- Uncooled VOx Microbolometer
- Frame Rate: NTSC: 30 Hz – PAL: 25 Hz / 8.3 Hz
- Array: 640 x 480
- FoV: 69°(H) x 56°(V)
- 9mm Lens
- Pixel Pitch: 17µm
- Focal Length: f/1.4
- Reliable on-board analytics
- Best-in-class perimeter protection
- Integrates with analytics
- Industry-Leading image quality
- Expanded selection of high-performance lenses
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Description
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FLIR FC-669 AI-R
LWIR Thermal Radiometric Security Camera
The FLIR FC-Series AI-R is a ruggedized thermal radiometric camera that integrates industry-leading thermal imaging to detect hot spots and combustion risks in harsh outdoor environments and remote areas. When the object surface temperature reaches pre-set upper thresholds, the FC-Series AI-R continuously monitors for temperature changes or hot spots in areas prone to fire risks, such as storage containers, warehouses, combustible piles, landfills, and waste bunkers. Upon detecting a hot spot or significant temperature change, the camera promptly sends an alarm to the Video Management System (VMS) for immediate assessment and swift deployment of response tactics. Integrating Deep Neural Network and motion analytics, with a thermal sensitivity of <35 mK NETD, the FC-Series AI-R offers enhanced situational awareness and clear image quality. This camera also offers a range of lens options and boasts cyber-hardened integration with both FLIR UVMS and third-party VMS, making it a versatile tool for perimeter security and physical asset safety.
Contactless Hot Spot Detection
- Process temperature differences in real-time to identify risks of overheating
- Monitor relative temperature changes to detect failing components
- Measure surface temperatures with an accuracy of ±5°C (41°F) for targets below 150°C (302°F)
Industry-leading thermal imaging
- Four high-performance thermal lenses ranging from an 17° × 14° to a 69° × 56° field of view (FOV)
- Crisp images from premium thermal sensor for rapid visual verification of hot spots using isotherm specific color palettes to differentiate pixels from coldest to warmest detected object surface temperatures
- Video with 640 × 512 full resolution allows to view images, thermal patterns, and contrast despite smoke, low light, light fog, and haze
- FLIR’s custom AGCs provide images with extremely high contrast
- Dynamic Detail Enhancement (DDE) creates sharp edges and contrast that improve analytics performanceEXPANDED SELECTION OF HIGH-PERFORMANCE LENSES
Intelligent Alarms and Easy Integration
- Set temperature thresholds to be notified in real-time when an object’s surface temperature breaches the upper values
- Reduce false radiometric alarms by combining thermal hot-spot detection with intelligent vehicle detection, to filter out alarms from hot vehicle exhaust pipes in monitored areas
- Seamlessly integrate with FLIR UVMS, as well as with other major third-party video management systems, through the FLIR Nexus® software development kit
- FLIR NEXUS® on-board enables target geolocation for situational awareness, and precise hand-off to a pan-tilt-zoom device
| Resolution | |
|---|---|
| Pixel Pitch | |
| Spectral Band | |
| Sensitivity/NEdT | |
| Frame Rate | |
| Zoom | |
| Radiometry | |
| Temperature Accuracy | |
| Object Temperature Range | |
| Field of View | |
| Focal Length | |
| f-number | |
| Dimensions (L x W x H) | |
| Weight | |
| Input Voltage | |
| Composite Video NTSC or PAL | |
| Analytics Features | |
| Analytics Management | |
| Digital Video Compression | |
| IP Rating | |
| Humidity | |
| Image Uniformity Optimization |
Automatic Flat Field Correction (FFC); Thermal and Temporal Triggers |
| Certifications | |
| Effective Resolution | |
| Streaming Resolution | |
| Operating Temperature Range | |
| Storage Temperature Range | |
| Thermal AGC Region of Interest |
Default, Presets, and User definable to ensure optimal image quality on subjects of interest |
| Ethernet |
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