FLIR FH669R9PTU Offers

The integration of a visible (optical) sensor alongside the thermal sensor provides a dual-verification system that allows operators to validate thermal alarms visually, reducing uncertainty and speeding decision-making. Because it can detect localized temperature anomalies even before visible smoke or flame appears, it gives advance warning, enabling preventative response rather than reactive suppression. Integrated radiometric temperature measurement means it can also support applications beyond pure fire detection, such as condition monitoring of equipment, panels, or structures, giving multipurpose value.

Rapid detection and visual verification

• Integrates a high-resolution thermal and visible sensor for hot-spot detection and visual verification from a single device
• Detect hot spots instantly with FH-Series R camera models that feature up to 640 x 512 thermal resolution and <35 mK thermal sensitivity
• See smoke and immediately verify threats with the 4K visible camera
• Combines a two-camera installation in one physical connection for a cost-efficient solution

Intelligent alarms

• Detect hot spots and intruders with one camera
• Detect threats from intruders as well as hot spots with on-board video analytics
• Eliminate false temperature alarms from hot exhaust pipes with ‘vehicle exclusion mode’
• Make detections based on time of day, business hours, and seasonality with the on-board scheduling tool, which allows the operator to select either visible or thermal analytics

Easy integration

• Deploy the FH-Series R as part of a FLIR end-to-end solution or in combination with preferred third-party solutions
• Strengthen end-to-end systems with on-board NEXUS® technology, which enables network connections to FLIR edge devices
• Tightly integrated with FLIR United VMS and major third-party VMS
• ONVIF® Conformant S/G/T profiles
• Receive radiometric alarms through compatible VMS platforms

Applications

• Wildfire/forest edge monitoring
• Against buffer zones, forest boundaries, or firebreaks, the system can monitor for spot fires igniting among vegetation before they grow
• Biomass/wood fuel storage monitoring
• In woodstock yards, pellet storage, woodchip piles: self-heating and spontaneous combustion are hazards; the camera can monitor interior heat build-up before ignition
• Waste/recycling sites
• Large piles of waste may self-combust; hot-spot detection helps alert before smoke or flame spreads
• Industrial/manufacturing plants
• Where combustion risk exists (e.g. in chemical, pulp and paper, power plants), monitoring outdoor or semi-outdoor zones for hot surfaces or fires
• Battery energy storage systems (bess)
• Modules or enclosures that might overheat can be monitored to catch thermal anomalies early
• Utility, substations and transformer yards
• Detecting overheating equipment in outdoor installations, or spotting early fire predisposition in vegetation near equipment
• Infrastructure corridors and tunnel entrances
• In critical infrastructure areas prone to fire (e.g. tunnels, corridors, right-of-way), to spot thermal anomalies or incipient fires
• Remote sites with minimal lighting
• Because thermal does not require visible light, the FH-Series R works well in low ambient light or night-time zones