FLIR 427-0030-17-00 F-112 Fixed Thermal IP Camera 19mm 160x120
When perimeter protection demands 24/7 detection regardless of lighting conditions, fog, or smoke, traditional visible-light cameras fall short. The FLIR F-112 delivers thermal imaging for continuous monitoring in complete darkness and adverse weather, providing intrusion detection where conventional cameras fail. With a 19mm lens and 160x120 thermal resolution, this fixed IP camera addresses critical security gaps in low-visibility environments while reducing false alarms from shadows, headlights, and reflections.
Key Features
- 160x120 thermal imaging resolution for reliable detection in total darkness and challenging weather conditions
- 19mm fixed lens optimized for medium-range perimeter monitoring and critical infrastructure protection
- IP connectivity for integration with existing network video management systems and analytics platforms
- Thermal imaging technology eliminates dependence on ambient or supplemental lighting
- Fixed mounting design simplifies installation and reduces mechanical failure points
- Detects heat signatures through fog, smoke, and light foliage that obscure visible-light cameras
- Reduces false alarms by detecting actual thermal contrast rather than visible motion artifacts
The F-112 integrates into standard IP video infrastructures, streaming thermal video over Ethernet for recording and analysis through compatible VMS platforms. The 19mm lens provides a focused field of view suitable for monitoring specific zones like fence lines, gate areas, and building perimeters where intrusion detection is paramount. Thermal imaging detects the heat signature of people and vehicles against cooler backgrounds, maintaining detection capability when visible cameras lose effectiveness at dusk or in obscured conditions.
This fixed thermal camera serves installations requiring dependable detection without the complexity of PTZ mechanisms—ideal for unmanned facilities, critical infrastructure, and outdoor perimeters where lighting installation is impractical or prohibited. The 160x120 resolution delivers sufficient detail for detection and tracking applications while keeping bandwidth and storage requirements manageable compared to higher-resolution thermal models. Mount as part of a layered security architecture where thermal detection triggers PTZ repositioning or alarm verification through visible cameras.
