Hanwha TNO-C3032TRA Radiometric Thermal Bullet Camera

Hanwha TNO-C3032TRA Radiometric Thermal Bullet Camera

The Hanwha TNO-C3032TRA is a compact radiometric thermal bullet camera designed for temperature measurement and threat detection in demanding environments. Built on Wisenet T network architecture, this uncooled micro bolometer camera delivers precise thermal imaging with integrated analytics and flexible codec support, making it ideal for industrial monitoring, perimeter security, and condition-based maintenance applications.

Key Features

• Uncooled micro bolometer thermal sensor (8–14 µm spectral range)
• 384×288 native resolution at up to 8fps with H.265/H.264/MJPEG codecs
• Radiometric temperature detection: −40°C to 550°C with ±2°C accuracy below 150°C
• 9.7mm fixed focal lens (F1.0 aperture) with 37.9° horizontal field of view
• Thermal sensitivity below 30mK (NETD) for high contrast detail
• AI-powered analytics: object detection (person/vehicle), virtual line crossing, intrusion detection, loitering alerts
• Hybrid color palettes with customizable spot temperature reading and ROI monitoring
• Integrated edge storage (microSD up to 1TB) with event-triggered recording
• IP66/IK10/NEMA4X rated aluminum and polycarbonate construction
• PoE or 12VDC power with minimal draw (typical 7.7–9W)

Technical Highlights

The TNO-C3032TRA combines fixed-lens simplicity with advanced temperature monitoring. Its uncooled bolometer design eliminates cooling complexity while delivering thermal sensitivity under 30mK—critical for detecting subtle temperature anomalies. The camera supports up to 10 user-defined polygonal regions of interest for granular temperature monitoring across the entire field of view.

Smart codec technology—WiseStream II and WiseStream III (AI-based)—optimizes bandwidth without sacrificing image clarity. Dual streaming profiles enable simultaneous high-quality and bandwidth-efficient delivery to 20 unicast users or multicast groups. Digested authentication and brute-force prevention safeguard device access, while TPM with FIPS 140-2 Level 2 encryption protects stored credentials and SD card data.

The camera integrates 2 configurable I/O ports and alarm triggers based on analytics, network events, schedules, or MQTT subscriptions. Event responses include automated file uploads (email/FTP), SD/NAS recording, and PTZ handover for pan-tilt-zoom coordination. RS-485 serial and Gigabit Ethernet connectivity enable seamless integration into larger security and industrial IoT ecosystems.

Operational temperature range of −40°C to +60°C and 0–95% non-condensing humidity ensure reliable performance in outdoor and harsh indoor environments. The included backbox simplifies mounting, with optional pole, corner, cabinet, and conduit adapters available.

Applications

• Predictive maintenance and thermal anomaly detection in electrical/mechanical systems
• Perimeter intrusion detection and unauthorized access monitoring
• Fire/hot-spot early warning in industrial facilities
• Vehicle and pedestrian counting and behavior analysis
• Building energy audits and HVAC system monitoring
• Critical infrastructure protection (substations, data centers, chemical plants)

Ted Perry

The TNO-C3032TRA is engineered for organizations requiring thermal measurement as a core function, not an afterthought. Its radiometric accuracy (±2°C below 150°C) and wide temperature range (−40°C to 550°C) make it suitable for industrial process control and safety compliance. The fixed 9.7mm lens trades zoom flexibility for a wide 37.9° horizontal view and minimal distortion—a practical choice for fixed monitoring zones.

The WiseStream III AI engine is particularly valuable: it classifies persons and vehicles, triggers virtual fence and loitering events, and compresses non-essential thermal data intelligently. This reduces storage and bandwidth costs while preserving frame rate for time-sensitive alerts. The 10 polygonal ROI temperature zones allow facility managers to monitor multiple hotspots simultaneously—essential in data centers, manufacturing, and utility substations.

Power efficiency is notable: typical consumption of 7.7W on 12VDC is well within PoE (IEEE 802.3af) Class 3 limits, simplifying deployment. Edge storage with microSD encryption and TPM-backed secure boot protect sensitive thermal data in unattended locations. For high-security environments, 802.1X authentication and SRTP encryption enforce network-level access controls.