FLIR 427-0102-34-00 Triton FH-617 ID 35mm Thermal Security Camera
When perimeter security demands positive identification at extended ranges in complete darkness, thermal imaging becomes essential infrastructure. The FLIR Triton FH-617 ID with 35mm lens delivers the detection and recognition performance required for critical infrastructure, industrial facilities, and high-security perimeters where visual verification of threats must occur regardless of lighting conditions or weather obscurants.
Key Features
- 35mm thermal lens provides extended detection and identification ranges for perimeter monitoring
- FH-617 ID designation indicates optimized intrusion detection capabilities with analytics integration
- Triton platform architecture designed for harsh outdoor environments and industrial deployments
- Thermal imaging operates effectively in total darkness, fog, light rain, and smoke conditions
- Suitable for critical infrastructure protection requiring 24/7 threat assessment capability
- Integration-ready design supports VMS platforms and alarm management systems
- Rugged housing built to withstand temperature extremes and environmental exposure
- Analytics-capable platform enables automated intrusion detection and classification
The 35mm lens configuration positions this camera for applications requiring positive identification at distances where visible cameras lose effectiveness. In refineries, power generation facilities, transportation hubs, and secured compounds, operators need to distinguish between legitimate personnel, vehicles, animals, and actual threats before dispatching response teams. Thermal detection eliminates false alarms caused by headlights, shadows, or lighting changes that plague conventional video analytics.
The Triton FH-617 ID integrates into layered security architectures alongside visible cameras and radar systems. Deploy at fence lines, tank farms, substations, or any critical asset requiring continuous monitoring without dependence on site lighting infrastructure. The thermal sensor maintains consistent performance across seasons and weather conditions, reducing the operational complexity of maintaining effective perimeter security when environmental conditions change.
