FLIR 61201-1104 A310 F 45 Fixed IP Thermal Camera with H.264
When your client needs continuous temperature monitoring across critical infrastructure, process lines, or perimeter zones where visible light won't cut it, thermal imaging becomes non-negotiable. The FLIR A310 F delivers radiometric thermal data over IP, letting you spot temperature anomalies, detect intrusions in zero-visibility conditions, and monitor equipment health before failures occur—all from your existing network infrastructure.
Key Features
- Fixed thermal imaging camera designed for permanent installation in industrial, commercial, and perimeter security applications
- 45° field of view balances area coverage with temperature measurement accuracy for mid-range monitoring zones
- H.264 video compression reduces bandwidth and storage requirements without sacrificing thermal detail
- IP connectivity enables integration with VMS platforms and remote monitoring systems over standard network infrastructure
- Radiometric thermal sensor captures temperature data for analytics, automated alerting, and predictive maintenance workflows
- Fixed-mount design simplifies deployment in static monitoring scenarios where pan-tilt isn't required
- FLIR thermal core technology provides consistent image quality across temperature ranges and environmental conditions
The A310 F slots into installations where you need thermal detection but don't need PTZ mechanics—electrical substations, loading docks, cold storage perimeters, rooftop equipment arrays. The 45° FOV works well for monitoring equipment clusters or covering approach paths where you can position the camera at the right standoff distance. H.264 encoding means you're not flooding your network or NVR with uncompressed thermal streams, and IP delivery lets you pull thermal feeds into the same recording and analytics platform you're already running.
Mount this where conventional cameras lose effectiveness—smoke-filled areas, complete darkness, long-range outdoor perimeters where visible detail doesn't matter but heat signatures do. Pair it with analytics that trigger on temperature thresholds or motion detection in thermal space, and you've got automated monitoring that doesn't depend on lighting conditions or camouflage. This is purpose-built thermal surveillance for integrators who need reliable detection, not thermal hobbyist gear repurposed for security.
