Bi-spectral Infrared Temperature Fast Screening Instrument
USS-TIC500
Introduction
The dual-view infrared USS-TIC-500 series dual-spectrum infrared temperature rapid screening camera is mainly developed based on the
principle of infrared thermal radiation. It uses a non-refrigerated core and low signal-noise image processing technology. It is a non-contact,
real-time, continuous and accurate Temperature measuring equipment. At the same time, a dedicated software system can be used to visually
display the temperature information of the temperature measurement objects. It can be used for entry-exit health quarantine at customs,
airports, stations, terminals, land ports, and epidemic prevention in key places such as schools, hospitals, office buildings Control scenes are
widely used.
Key Features
Thermal imaging functions
Resolution 384 × 288, high sensitivity detector
Highest temperature cross cursor positioning
Support point, line and rectangle temperature measurement modes
Support temperature abnormal alarm function
Support automatic capture of moving face targets
Support wearing a mask to identify the face area to avoid false alarms from non-face high temperature objects
Optical Transmission Calibration
NETD (Noise Equivalent Temperature
Difference)
<50mk (@ 25 ° C, F # = 1.0)
Hot white, black hot, iron red, etc.
Thermal Image / Video / Visible Light Picture
.jpg (including full temperature data) / Full Temperature Infrared Video / .jpg Visible
Light Picture
Visible light camera parameters
5MP (2592*1944), 1 / 4 inch Progressive scanning CMOS image sensor(resolution
limited to 1024*768)
Main stream: limited to 1024x768, in order to keep coaxial with thermal imaging
Secondary stream: N/A
Third stream: N/A
Temperature measurement function
Visible light phase functions
Support automatic exposure control and automatic white balance
Support face temperature measurement mode, intelligently analyze face targets and measure temperature, support multiple alarm
linkages
Dual light temperature measurement linkage, can draw regular and superimposed temperature measurement information on visible
light image
Specifications