Hikvision DS-2TD4137T-9/W(B) thermal imaging camera, 4MP

Please note: this is a non-returnable item (excluding faulty goods)

Hikvision DS-2TD4137T-9/W(B) is a thermal imaging camera from the Bi-spectrum Thermography Speed Dome Series range.

Hikvision DS-2TD4137T-9/W Thermographic Thermal & Optical Bi-spectrum Network Speed Dome is applied to manufacture process supervision of pyrophoric materials in factories, electric substation, and hydropower station. The accurate temperature measurement system sends you alarms to protect you from property loss. Behavior analysis function, based on deep learning algorithm: line crossing, intrusion, region entrance and exit

Temperature exception alarm for fire prevention

Fire detection algorithm

384 × 288 (the resolution of output image is 1920 × 1080) resolution 17 µm, VOx UFPA, NETD ? 35 mK (25 °C, F# = 1.1)

Image processing technology: Liner, histogram, and self-adaptive thermal AGC mode, DDE, 3D DNR

Smart tracking: Panorama tracking, Event tracking and Multi-scene patrol tracking

Smart tracking linkage: thermal view and optical view

Thermal channel supports EIS, conflicted with intelligent function

Smoke detection for fire prevention

Key features

• Network camera - Helps achieve high-quality video results
• Up to 2688 x 1520 resolution for surveillance in real-time
• CMOS sensor is cheaper as compare to CCD and consumes less power while producing better HD videos
• 240 mm maximum focal length with sharp output to help identify and locate the object with added efficiency
• f/1.3 maximum aperture for productive capturing according to focal length and lighting conditions
• 40x optical zoom for desired image clarity and maximum capturing convenience
• Up to 200 m of night vision
• Infrared night vision type consumes very little electrical power and provides evidentiary quality night-time surveillance video
• Varifocal lens type to ensure maximum surveillance dependability and optimal performance
• AC power source type for your network camera better reliance and maximum energy dependability