FLIR FC644R30 Elara FC-Series ID Thermal Security Camera, 4x Continuous E-Zoom, 13mm Lens, 30 Hz

For dependable around-the-clock security monitoring, the Teledyne FLIR Elara FC-Series ID thermal security camera FC644R30 delivers clear thermal detection for perimeter and critical infrastructure surveillance. This thermal imaging camera excels at detecting heat signatures in complete darkness, smoke, or inclement weather—helping security teams detect intrusions earlier and reduce nuisance alarms. The built-in 4x continuous E‑Zoom enables smooth transition from wide-area scanning to detailed inspection without sacrificing image quality, while the 13 mm lens provides an ideal field of view for mid-range monitoring. At a 30 Hz frame rate, the FC644R30 produces fluid thermal video for accurate tracking and rapid decision-making during security events. Purpose-built for professional security environments, the camera integrates with common VMS platforms and network infrastructures, making deployment straightforward for perimeter protection, critical asset monitoring, and transportation hubs. Choose the Teledyne FLIR FC644R30 to upgrade your surveillance capability with reliable thermal detection and streamlined system integration. Contact your sales representative or add this camera to your next security upgrade to strengthen monitoring and incident response.

• Delivers reliable 24/7 perimeter surveillance with thermal sensitivity that sees through darkness, smoke and light fog to reduce blind spots and false alarms.
• 4x continuous E‑Zoom lets operators quickly zoom from wide-area detection to precise target identification without loss of thermal contrast.
• 13 mm lens optimized for mid‑range monitoring balances coverage and detection range for effective site surveillance and asset protection.
• Smooth 30 Hz frame rate provides fluid real‑time imaging for accurate tracking and incident assessment during active security events.
• Designed for integration into existing security and VMS networks, simplifying deployment and centralized monitoring across installations.