FLIR 427-0102-22-00S Flir FH-644 R - 13MM <9HZ Thermal Imaging Camera
When you need reliable thermal detection in applications where frame rate restrictions apply, the FLIR FH-644 R with 13mm lens delivers proven thermal imaging performance within sub-9Hz operational parameters. This fixed thermal camera addresses deployments in regulated environments or specific integration scenarios where controlled refresh rates are mandatory, providing radiometric thermal data without compromise to image quality or detection capability.
Key Features
- Sub-9Hz frame rate designed for compliance with specific regulatory or application requirements
- 13mm fixed lens provides defined field of view for targeted thermal surveillance zones
- Radiometric thermal sensor captures temperature data for analytics and alarm integration
- Rugged housing suitable for continuous outdoor operation in security environments
- Compatible with FLIR thermal management platforms for centralized monitoring
- Designed for perimeter detection, critical infrastructure monitoring, and industrial applications
- Passive thermal detection operates effectively in zero-light conditions
- Fixed focal length simplifies installation and eliminates field adjustment requirements
The FH-644 R addresses integration scenarios where lower frame rates are specified by design—whether for bandwidth optimization, regulatory compliance in certain jurisdictions, or specific analytic workflows that don't require real-time video rates. The 13mm lens configuration locks in a predictable detection range and field of view, allowing you to design coverage zones with precision during the planning phase. Thermal imaging operates independently of visible light, making this camera effective for perimeter security, after-hours monitoring, or environments where traditional cameras struggle with lighting variability or camouflage.
Integration follows standard FLIR protocols, allowing connection to existing VMS platforms and thermal analytics engines that leverage radiometric data for temperature-based alarming or occupancy detection. The sub-9Hz specification doesn't limit detection capability—thermal signatures remain clearly differentiated for human/vehicle classification and tracking across the surveillance zone. For integrators working on projects with defined thermal imaging parameters or combining thermal with visual cameras in a layered security architecture, the FH-644 R provides a purpose-built solution with predictable performance characteristics.
