Hanwha TNO-C3030TRA Radiometric Thermal Bullet IP Camera

Hanwha TNO-C3030TRA Radiometric Thermal Bullet IP Camera

The Hanwha TNO-C3030TRA is a compact radiometric thermal bullet camera designed for temperature monitoring and threat detection in demanding security environments. Built on an uncooled micro bolometer sensor with 8–14 µm spectral range, this camera delivers precise thermal imaging with exceptional sensitivity, enabling reliable detection and analysis across industrial, critical infrastructure, and perimeter security applications.

Key Features

• Radiometric temperature detection spanning –40°C to 550°C (–40°F to 1,022°F)
• Thermal sensitivity below 30mK NETD for precise temperature differentiation
• Uncooled micro bolometer sensor with 17 µm pixel size
• 768×576 QVGA native resolution at up to 30fps
• Fixed 9.7mm focal lens with F1.0 aperture and 37.9° horizontal field of view
• Triple codec support: H.265, H.264, and MJPEG with WiseStream II and III AI-based compression
• 10 user-programmable polygonal ROI zones for temperature monitoring
• IP66, IK10, and NEMA4X certified for harsh outdoor environments
• PoE and 12VDC power options with minimal power draw (9W typical via PoE)

Advanced Analytics & Intelligence

The TNO-C3030TRA incorporates AI-powered analytics for intelligent threat detection and monitoring. WiseMD object detection identifies persons and vehicles within the thermal scene. Virtual line crossing and direction detection enable perimeter intrusion monitoring, while virtual area analytics support loitering, intrusion, entry, and exit detection. Motion detection, tampering alerts, and audio-based sound classification provide multi-layer security awareness. Configurable alarm triggers can activate on analytics events, network disconnects, time schedules, or MQTT subscriptions, with responses including email/FTP image upload, SD/NAS recording, and PTZ handover.

Radiometric Temperature Capabilities

Temperature measurement accuracy reaches ±2°C below 150°C and ±15% above, supporting ROI condition monitoring for threshold-based alerts (above/below/increase/decrease). Eight color palettes—including Whitehot, Blackhot, Rainbow, and custom hybrid options—enable clear thermal visualization. Spot temperature reading and whole field-of-view monitoring provide flexible deployment for equipment diagnostics, fire detection, and thermal anomaly identification.

Network & Security

Full IPv4/IPv6 support with ONVIF Profile S/G/T/M compliance ensures seamless integration into enterprise systems. Secure boot, signed firmware, and TPM 2.0 with FIPS 140-2 Level 2 certification protect against unauthorized access. 802.1X network authentication, HTTPS/SRTP encrypted communication, and digest authentication prevent unauthorized tampering. Edge storage up to 1TB via microSD supports autonomous event recording.

Physical Design & Durability

The aluminum and polycarbonate bullet housing measures 93.8 × 233.5mm and weighs 1.7kg, designed for flush or conduit mounting. Operating temperature range of –40°C to +60°C ensures reliability in arctic and tropical climates. The included backbox simplifies installation, with compatible pole mounts, corner mounts, and cabinet options available separately.

James Everett

The TNO-C3030TRA stands out in the thermal IP camera market for its combination of radiometric accuracy and AI-driven analytics. The <30mK NETD and ±2°C temperature accuracy make it suitable for industrial predictive maintenance, where early thermal anomaly detection prevents equipment failure. The fixed 9.7mm lens and 37.9° HFoV position it for mid-range surveillance—neither panoramic nor telephoto—balancing situational awareness with thermal precision.

WiseStream III compression, powered by on-device AI, reduces bandwidth and storage demands without sacrificing thermal clarity. This is critical in bandwidth-constrained deployments or large-scale installations. The dual power options (PoE and 12VDC) accommodate varied infrastructure; PoE simplifies cabling in new builds, while 12VDC flexibility suits retrofit scenarios.

Security integrators should note the TPM 2.0 and firmware encryption—essential in critical infrastructure where supply chain tampering is a concern. The 10 programmable thermal ROI zones enable sophisticated applications like transformer farm monitoring or perimeter flame detection. Multi-trigger alarm architecture supports complex event workflows without external software middleware.

Limitations include fixed focus (minimum object distance 2.8m) and QVGA resolution, which may constrain facial recognition or fine-detail forensics. The 30fps maximum is sufficient for most thermal monitoring but may lag in high-speed threat scenarios. Integrators should verify conduit adapter and mount compatibility during specification.