Portable thermal imaging camera with...
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After these times when epidemics turn into pandemics, we know and must learn more about how thermal cameras can detect fever and why it has become important to do so.
The importance of screening for potential victims of infectious or contagious diseases will never be stressed enough. Controlling passengers arriving or leaving countries where such a problem is known to exist and controlling simple fevers such as colds or flu or something more serious requires a fast and efficient system such as that provided by our thermal imaging cameras, who are at the forefront of technology for remote fever detection.
We highlight the important use of infrared thermography in detecting abnormal temperatures in most people.
Thermal imaging cameras have proven invaluable in detecting potential and actual defects in a wide variety of electrical, mechanical, and construction industries, and this type of technology is now being used in healthcare in recent years.
Medical applications are increasing as ease of use in detecting higher than normal temperatures in people suffering from a number of causes.
None of them is more important than finding those that can be caused by fevers in cases of viral diseases such as COVID-19, SARS or Ebola, among other infections.
In border areas, such as ports and airports, thermal cameras can be used by security officers. Anyone with a high temperature is released to medical personnel for further investigation and is prevented from leaving the facility and this helps to stop the spread of infections.
The large number of people currently traveling has increased the risk of a rapid spread of infectious diseases and, at the same time, has made it more difficult to select people for temperature controls.
Thermal cameras can be used to scan multiple people at once. Anyone displaying an abnormal temperature stands out from the crowd and may be asked to move to a quieter area for a more accurate check. If this is positive, they proceed to the next step of medical checks.
In this application, the thermal camera works by converting the energy emitted from the skin's surface into a two-dimensional image with the different temperature levels making a color image. The camera is calibrated so that an abnormal temperature is very easy to detect and record. If necessary, an audible or visual warning can be given.
The transmission of images in real time to a computer, allows us to monitor on a larger screen the temperature control, the monitoring, when using a monotor, would allow us to register on a bbdd, etc.
The advantage of this method is that the time it takes to get an accurate assessment of individuals is very fast without causing additional delays for arriving or departing passengers, workers or visitors, as they are waiting to go through passport control , lathes, barriers ... and this makes the thermal image analysis beneficial for everyone.
Advantages of the UNI-T VSFHH-160T05E Portable Thermal Imager
|Thermal sensor||160x120 Vox|
|Viewing angle (thermal)||56º x 42º|
|Thermal sensitivity (NETD)||d 50mK|
|Spectral range||8 ~ 14um|
|Smart features||Body temperature measurement|
|Measuring range||30ºC ~ 45ºC|
|Usage Modes||Center point, Maximum and minimum temperature point measurement|
|Image captures||Manual (trigger)|
|Internal storage||Micro SD card up to 16GB (included)|
|Light / Flashlight||Manual activation / activation by excess or decrease in temperature|
|Display||TFT display 2.8 "LCD (320x240)|
|Communication||USB Type C (for battery charging)|
|Feeding||3.7V / 5000mAh Rechargeable Lithium Battery|
|Battery duration||5 hours|
|Temp. functioning||15º C ~ + 30º C|
|Degree of protection||Waterproof IP66|
|Dimensions||86 (Fo) x 236 (H) x 75.5 (W) mm|