FLIR 427-0093-73-00 FC-304 O Thermal Security Camera with 75mm Lens, NTSC 30Hz
When perimeter security demands 24/7 detection regardless of lighting conditions, the FLIR FC-304 O delivers uncooled thermal imaging for long-range threat detection. The 75mm lens configuration provides extended detection ranges for critical infrastructure, utility substations, and industrial perimeters where visible-light cameras fail in darkness, fog, or smoke. NTSC 30Hz output ensures compatibility with legacy analog monitoring systems while thermal sensing eliminates dependence on site lighting.
Key Features
- Uncooled thermal imaging sensor detects heat signatures in total darkness without supplemental lighting
- 75mm lens provides extended detection range for large-area perimeter monitoring
- NTSC 30Hz analog video output integrates with existing legacy DVR and monitoring infrastructure
- All-weather operation maintains detection capability through fog, smoke, dust, and light rain
- Thermal detection eliminates false alarms from shadows, foliage movement, and changing light conditions
- Outdoor-rated housing designed for harsh environmental conditions
- Lower total cost of ownership by eliminating lighting infrastructure and energy costs
- Detects intrusions based on heat differential rather than visible features
The FC-304 O addresses the fundamental limitation of visible-light surveillance: dependency on illumination. Thermal imaging detects the heat energy emitted by humans, vehicles, and equipment, making it ideal for unstaffed remote sites, rural perimeters, and locations where lighting installation is cost-prohibitive or undesirable. The 75mm lens extends detection ranges beyond what shorter focal lengths provide, reducing camera counts for linear perimeter applications. Integration with NTSC systems allows facilities to add thermal capability without replacing existing recording and display infrastructure.
Deploy the FC-304 O where environmental conditions regularly defeat visible cameras—coastal facilities with persistent fog, industrial sites with airborne particulates, or any location requiring covert monitoring without illumination that advertises surveillance presence. The thermal sensor's ability to see through visual obscurants makes it particularly effective for early fire detection, unauthorized access monitoring, and asset protection in low-visibility environments.
