FLIR 427-0093-43-00 FC-317 O Thermal Security Camera - 19mm NTSC 30Hz
When perimeter security demands 24/7 threat detection regardless of lighting conditions, thermal imaging eliminates the variables that compromise traditional surveillance. The FLIR FC-317 O delivers continuous thermal monitoring with a 19mm lens configuration, purpose-built for integrators deploying critical infrastructure protection, industrial facilities, or high-security perimeters where visible light cameras fall short.
Key Features
- 19mm thermal lens provides targeted field of view for medium-range perimeter monitoring
- NTSC 30Hz frame rate ensures smooth video output compatible with North American video standards
- Thermal imaging technology detects heat signatures through complete darkness, smoke, and light fog
- Outdoor-rated enclosure designed for continuous operation in challenging environmental conditions
- FC-Series platform built specifically for fixed security installations requiring persistent monitoring
- Eliminates dependence on visible light, supplemental illumination, or PIR motion detection
- Analog output integrates with existing NTSC-based recording and display infrastructure
The FC-317 O addresses the fundamental limitation of conventional cameras: they only see what light reveals. In applications where detection cannot fail—chemical plants, utility substations, correctional facilities, transportation hubs—thermal imaging provides the detection reliability that risk assessments demand. The 19mm lens balances detection range with field coverage, suitable for monitoring gates, fence lines, or facility access points where intrusion attempts must be identified before they reach critical assets.
This NTSC 30Hz configuration outputs standard analog video, allowing integration into existing matrix switchers, encoders, or hybrid recording platforms without requiring complete infrastructure replacement. For integrators managing phased upgrades or maintaining legacy systems alongside newer IP deployments, the FC-317 O provides thermal capability without forcing a complete technology refresh. The thermal sensor performs equally in zero-lux conditions and broad daylight, delivering consistent detection performance across all shifts and weather conditions.
