Hanwha TNO-4040T Thermal Bullet Camera 640x480

Hanwha TNO-4040T Thermal Bullet Camera 640x480

The Hanwha TNO-4040T is a professional-grade long-range thermal bullet camera designed for perimeter security, critical infrastructure protection, and large-scale surveillance applications. With 640x480 thermal resolution and advanced imaging capabilities, this camera delivers reliable 24/7 detection in complete darkness, fog, smoke, and adverse weather conditions where conventional cameras fail. The fixed 19mm focal length and 32° horizontal field of view enable identification of human-sized heat signatures at distances exceeding 11 meters, making it ideal for expansive outdoor security deployments.

Key Features

• 640x480 thermal resolution with uncooled micro bolometer imaging device
• Thermal sensitivity <50mK (NETD) for superior temperature differentiation
• Fixed 19mm focal length with F1.0 maximum aperture ratio
• Advanced digital image stabilization with built-in gyro sensor
• IP66-rated aluminum construction with IK10 impact resistance and NEMA4X certification
• PoE power (IEEE 802.3af) with optional 24VAC or 12VDC inputs
• H.265/H.264 and MJPEG video compression with WiseStream II smart codec
• Multiple color palettes including Whitehot, Blackhot, Rainbow, and proprietary Wisenet modes

Technical Specifications

• Thermal Imaging: 17µm pixel size, 32° H / 24.3° V / 39.2° D angular field of view
• Video Output: 30fps maximum at H.265/H.264; MJPEG support; CVBS composite and USB micro outputs for installation
• Analytics Suite: Motion detection (8-point polygonal zones), directional detection, appear/disappear, enter/exit, loitering, tampering, virtual line crossing, audio detection, temperature detection, sound classification, and shock detection
• Privacy Masking: 32 polygonal zones with selectable color overlays (grey, green, red, blue, black, white) or mosaic blur
• Networking: RJ-45 10/100BASE-T Ethernet; supports IPv4/IPv6, ONVIF Profile S/G/T, SUNAPI, and Wisenet open platform
• Security: HTTPS/SSL login authentication, digest authentication, IP filtering, 802.1X (EAP-TLS/EAP-LEAP), and user access logging
• Storage: Micro SD/SDHC/SDXC slot supporting up to 256GB; 1GB RAM, 256MB flash
• Operability: -40°C to +60°C operating range; 90% RH maximum; up to 20 concurrent unicast streams or multicast with 10 video profiles
• Dimensions/Weight: Φ101.97 x 401.8mm; 3175g (7.01 lbs)

Applications

• Perimeter and border security for critical infrastructure
• Industrial facility monitoring and theft prevention
• Airport, port, and transportation hub surveillance
• Military and law enforcement operations
• Chemical plant and hazardous material facility protection
• Search and rescue operations

James Everett

The TNO-4040T represents a significant advancement in thermal surveillance technology for enterprise deployments. The uncooled micro bolometer design eliminates cooling complexity while delivering <50mK thermal sensitivity—critical for distinguishing subtle temperature variations in security applications. The 17µm pixel size and F1.0 aperture optimize light gathering efficiency, essential for thermal imaging where traditional sensors are ineffective.

The camera's intelligent analytics engine transforms raw thermal data into actionable intelligence. Temperature detection combined with directional motion analysis enables early threat identification, while the extensive privacy masking system accommodates compliance requirements in sensitive environments. WiseStream II adaptive bitrate coding ensures efficient network bandwidth utilization without sacrificing image quality—a practical advantage for IP-based deployments across distributed sites.

IP66/IK10 durability certification with NEMA4X compliance confirms suitability for harsh outdoor environments. PoE power delivery simplifies installation logistics, while multi-protocol support (ONVIF, SUNAPI, Wisenet) ensures integration flexibility within heterogeneous security ecosystems. This camera is engineered for security teams requiring unconditional 24/7 detection beyond environmental limitations.