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Uncooled thermal imaging EO system


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Uncooled thermal imaging EO system


The U-shaped uncooled LWIR EO system has an integrated long-wave infrared thermal imager, which has good concealment and is not limited by light sources. It can achieve long-distance continuous observation day and night, with clear images and all-weather operation.

Keyword :

Uncooled thermal imaging EO system

Product Details

The U-shaped uncooled LWIR EO system has an integrated long-wave infrared thermal imager, which has good concealment and is not limited by light sources. It can achieve long-distance continuous observation day and night, with clear images and all-weather operation.

This product also uses a number of unique key technologies in design, materials and processing. The shell is made of high-strength aluminum alloy material, which greatly reduces the weight of the whole machine while achieving stable and reliable performance of the equipment. Built-in GPS, not restricted by terrain. It can be widely used in occasions that require real-time monitoring at night, in harsh environments, long distances, large ranges, and concealment.

Features

Adopt continuous zoom uncooled long-wave infrared thermal imaging technology, which has strong ability to penetrate haze, long detection range, and can search for targets in a wide range.

Integrated with GPS, portable installation is possible.

Automatic focus superimposed focus positioning, which can achieve rapid focusing and focus positioning through a variety of focusing methods and triggering methods.

The camera debugging control software can realize online upgrade function and parameter debugging function through the network, which greatly facilitates later maintenance.

High-precision universal variable-speed turntable realizes all-round monitoring without blind angles and high-precision positioning.

Professionally designed shell, beautiful, lightweight, strong, high temperature resistant, corrosion resistant, waterproof and acid rain resistant.

UDP/TCP control protocol, can be connected to a variety of terminal control platforms and supports secondary development.

Specification

Model UHW753AI UHW1004AI UHW1505AI
Operating distance
Thermal camera Target Human (1.8m×0.5m) Vehicle (2.3m×2.3m) Human (1.8m×0.5m) Vehicle (2.3m×2.3m) Human (1.8m×0.5m) Vehicle (2.3m×2.3m)
Detection 3970m 11330m 3970m 11330m 5560m 12000m
Recognition 1320m 2830m 1320m 2830m 1390m 3000m
Identification 660m 1420m 660m 1420m 700m 1500m
Thermal camera
Detector type Uncooled microbolometer focal plane array(VOx)
Effective pixels 640×512@12μm
Spectral range 8~14μm
NETD ≤40mK@F1.0,300K
Focal length 25~75mm @ F1.2 25~100mm @ F1.2 30~150mm @ F1.2
FOV 20.6°×16.5°~5.9°×4.7° 20.6°×16.5°~4.2°×3.3° 20.6°×16.5°~4.2°×3.3°
Lens control 4x digital-zoom, auto focus
Pseudo color Black hot, white hot, Pseudo color
  Pan/Tilt
Angle Horizontal 360°continuous rotation, tilt -90°~+90°
Speed Horizontal 0.01°-100°/s, tilt 0.01°-100°/s
Preset 200
Positioning accuracy ≤±0.01°
Auto functions Line sweep/Cruise
  Video encoding and AI analysis
Encoding format H.264/H.265
AI target detection Detect moving objects above 1.5 pixels
AI target recognition Accurate object recognition based on deep learning for pedestrians, vehicles and other objects with more than 20 pixels in thermal infrared and visible light
AI target tracking Initiate tracking independently, and control the pantilt independently to track within the field of view of the target object
  GPS
Update frequency GNSS:20Hz maximum
Positioning accuracy GNSS < 1m CEP;    SBAS < 1m CEP
Speed and time accuracy GNSS: 0.01m/s CEP; SABS: 0.05m/s; 1 PPS: 25 ns
  General
Network interface 1×10Base-T/100Base-TX, RJ45
Operation temp -40℃~+60℃
Storage temp -45℃~+65℃
Protection grade IP66
Power supply Equipped 100VAC~220VAC to 24VAC waterproof power adopter
Power consumption ≤100W
Dimension ≤340mm(H)×425mm(W)×235mm(L)
Weight ≤18kg
Note: The working distance varies depending on the settings of the camera, environmental conditions, operational experience, monitor or display. The above-mentioned working distance (recognition and identification) is data when the target temperature difference is 2 ° C, the atmospheric attenuation coefficient is 0.85/km, and the probability is 50%; Detection distance is calculated according to Johnson’s criteria.

Packaging and shipping

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