FLIR 427-0102-37-00S FH-608 ID FH-Series 4K Multispectral Camera, 9 Hz, 640x512, IP66, IP67

For critical perimeter security and early fire detection, the Teledyne FLIR FH-608 ID FH-Series 4K multispectral thermal imaging camera provides fast, actionable intelligence so teams can respond confidently. This thermal imaging camera pairs a 640 x 512 thermal sensor (with market-leading sensitivity) and a 4K visible camera to instantly verify hot spots and intrusions, reducing time-to-assessment and false positives. Rated IP66/IP67 and built for extreme temperatures, the FH-608 is ideal for outdoor surveillance of industrial sites, utilities, airports, and remote perimeters. Built-in analytics — including human and vehicle classification, on-board scheduling, and NEXUS/VMS integration — streamlines monitoring workflows and lowers daily operational cost. With a 75 mm lens and 9 Hz thermal frame rate, the unit offers long-range detection and reliable contactless temperature measurement for early warning of fire or equipment failures. Deploy the FH-608 where continuous monitoring, accurate thermal measurement, and rapid visual confirmation matter most — contact sales to evaluate the FH-608 for your security and monitoring applications.

• Deliver continuous 24/7 perimeter security and rapid hot‑spot detection by combining a 640x512 thermal sensor with a 4K visible camera for instant visual verification
• Reduce false alarms and lower operating costs with built‑in analytics (human/vehicle classification) and schedule-based detection to match business hours and seasonality
• Rugged, weatherproof design (IP66/IP67, wide operating temperature) for reliable outdoor monitoring in harsh environments
• Single‑unit multispectral solution replaces separate thermal and visible installs, cutting deployment time and network complexity
• Integrates tightly with VMS platforms and FLIR NEXUS for seamless event forwarding, contactless temperature alerts, and centralized surveillance management
• Long‑range coverage with a 75 mm lens and high thermal sensitivity for early fire detection, asset protection, and perimeter intrusion monitoring