Infrared thermal imaging technology has been applied in both military and civilian applications. It originated from military use and gradually turned into civilian use. It is generally called a thermal imager in civilian use. It is mainly used in research and development or industrial inspection and equipment maintenance. It is also widely used in fire prevention, night vision and security. In general, a thermal imager converts invisible infrared energy emitted by an object into a visible thermal image. The different colors above the thermal image represent the different temperatures of the object being measured.
Black hot/white hot/iron red/rainbow and other pseudo color
Encode
H.264/H.265
PTZ
Pan angle
0°~360° continuously
Panl speed
0.01°~12°/s
Tilt angle
-45°~ +45°
Tilt speed
0.01°~9°/s
Speed varying while zoom
Supported
Preset
200
Cruise
8 lines
Auto scan
8 lines
Image
Max image size
640x512
Video format
PAL/NTSC
System integration
Communication interface
1 x RJ45 10M / 100M adaptive Ethernet port
1 x RS422/485
Video output
PAL or NTSC, 1 x BNC interface:
1 x RJ45 10M / 100M adaptive Ethernet port
General
Working temp & humidity
-40℃-65℃,Humidity < 90%
Protection grade
IP66, TVS 6000V anti-lightning, Anti-surge
Power supply
DC30±10%
Power consumption
≤100W
Weight
<30Kg(Depending on its specification)
Note: The working distance varies depending on the settings of the camera, environmental conditions, operational experience, monitor or display. The above-mentioned working distance is data when the target temperature difference is 2 ° C, the atmospheric attenuation coefficient is 0.85/km, and the probability is 50%.