Dahua Eureka 3.5mm 256x192 Thermal 4mm 4MP Visible Bullet

Featuring a dual lens, fixed camera, this series provides an all-in-one solution for capturing video surveillance for indoor and outdoor applications. Together with Thermal and Visible Technology, the camera is the perfect solution for dark, small area monitoring applications. The series combines one thermal camera for monitoring in total darkness and one visible camera with Smart IR for confirming details.

Uncooled VOx 

Technology Dahua thermal cameras use uncooled VOx sensor technology. Because of small size and better performance, it’s cost-effective solution for thermal security.

Fire Detection & Alarm 

With built-in fire detect function, the camera has the ability to detect fire in a long distance. Thermal camera is sensitive to temperature, so the accuracy of fire detection will be higher than visible camera.

Intelligent Video System (IVS) 

With built-in intelligent video analytics, the camera has the ability to detect and analyze moving objects for improved video surveillance. The camera provides optional standard intelligence at the edge allowing detection of multiple object behaviors such as motion detection. IVS also supports tripwire analytics, allowing the camera to detect when a pre-determined line has been crossed.

Smoking Detection

Dahua thermal camera can provide a real-time monitoring, in the use of deep-learning AI technology, to automatically detect people’s smoking behavior and provide intelligent voice and light warning (loudspeaker and white light, etc.) in an effort to dissuade smoker, and avoid potential risk and loss.

Features:

• Uncooled VOx thermal sensor technology 
• Athermalized lens (thermal camera), focus-free 
• 1/2.7'' 4Megapixel progressive scan CMOS · Wi-Fi Optional 
• Support ROI, motion detection, color palettes 
• Smoking and call behaviour detection 
• Support fire detection & alarm 
• Built-in 1/1 alarm in/out 
• Micro SD memory, IP67, PoE 
• Smart linkage with strobe light & audio 
• Dual image fusion (visible and thermal images)