Pelco RC4-51IYJ30X-FB25Z150FW Aeron EVO2 Thermal PTZ

Pelco RC4-51IYJ30X-FB25Z150FW Aeron EVO2 Cooled Thermal PTZ

The Pelco Aeron EVO2 cooled thermal PTZ camera delivers exceptional long-range detection and classification capabilities with a 25–150 mm continuous-zoom lens providing approximately 6× optical zoom. Built on a Stirling-cycle cooled InSb detector platform, this professional-grade thermal PTZ achieves thermal sensitivity of ≤15 mK NETD, enabling reliable human-scale target identification at extreme distances where uncooled alternatives cannot distinguish objects from background noise.

Key Features

• Cooled thermal detector with ≤15 mK NETD for superior thermal sensitivity
• 25–150 mm continuous-zoom lens with 6× optical zoom range
• 360° continuous pan with -90° to +90° tilt range
• Dual resolution options: 640 x 512 and 1280 x 1024
• Smart Analytics including perimeter detection and direction violation monitoring
• H.265 and H.264 video compression for flexible bandwidth management
• Ruggedized housing rated -40°C to +60°C operating temperature
• ONVIF Profile S, T, G, and M compliance for broad platform integration
• NDAA Section 889 compliant
• 5-year warranty

Technical Highlights

The 150 mm focal length at maximum zoom provides the longest thermal reach in the EVO2 cooled lineup, resolving targets at ranges where shorter lenses fail to separate objects from environmental clutter. The 25 mm wide-angle setting enables rapid situational awareness during patrol operations. Programmable presets support automated surveillance patterns with smooth pan/tilt mechanics ideal for perimeter security, critical infrastructure monitoring, and long-range threat detection applications.

Applications

Recommended for border security, airport perimeter surveillance, port facilities, utility infrastructure protection, and critical asset monitoring where cooled thermal performance with extended zoom capability is essential. The ruggedized platform handles harsh environmental conditions while maintaining reliable operation across extreme temperature ranges.