Pelco SXTE4-QF09-EBT Sarix Thermal Bullet 30Hz
The Pelco SXTE4-QF09-EBT is a professional-grade thermal IP bullet camera engineered for perimeter security and 24/7 surveillance in complete darkness and adverse weather. Built on the Sarix Thermal Enhanced 4 platform, this camera delivers radiometric thermal imaging with QVGA 320×256 resolution, uncooled VOx microbolometer sensor, and exceptional thermal sensitivity of ≤50 mK NETD. The 9mm fixed lens provides a balanced 15×12-degree horizontal field of view, ideal for medium-range perimeter detection where wider 4mm options lack range and telephoto variants are unnecessarily narrow.
Key Features
- QVGA 320×256 uncooled microbolometer thermal sensor
- Radiometric temperature measurement capability
- 9mm fixed lens with f/1.0 aperture and 15×12° HFOV
- 30 fps frame rate for smooth motion tracking
- Onboard Pelco Smart Analytics: perimeter intrusion, object detection, direction violation, and loitering detection
- PoE 802.3af or 12-24VDC dual power options
- H.265/H.264 video compression with microSD storage up to 256GB
- ONVIF Profile S, T, G, and M compliance
- IP66/IP67 ingress protection and IK10 impact rating
- Operating range -40°C to +60°C
- NDAA Section 889 and TAA compliant
- 5-year manufacturer warranty
Technical Highlights
The f/1.0 aperture maximizes light collection in thermal imaging, delivering superior detail in low-contrast thermal scenes. Thermal-specific analytics operate without supplemental illumination, ideal for fire-precursor monitoring and perimeter intrusion detection. The 100BASE-TX network interface integrates with standard Ethernet infrastructure, while HTTPS encryption secures video streams. Extreme environmental durability—rated to -40°C and featuring IP66/IP67 sealing plus IK10 vandal resistance—makes this camera suitable for harsh outdoor deployments including coastal and industrial environments.
Applications
Optimal for facility perimeters, critical infrastructure protection, wildland-urban interface fire detection, and border security where thermal imaging provides consistent performance independent of lighting conditions and visual obscuration.
Product Documentation
