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FLIR Systems Launches Portable FLIR Ex-Series Thermal Imaging Cameras Featuring MSX Technology

Google 우선 소스Published2015.03.20 15:37
March 5, 2015 – FLIR Systems Korea (President: Andrew Carlton Tyke) has launched the FLIR Ex-Series thermal imaging cameras, which provide high-quality images in real-time by incorporating patented MSX technology and a built-in visible light camera. The FLIR Ex-Series offers fully functional thermal imaging cameras at the lowest price point.
FLIR Ex-Series thermal imaging cameras are the most suitable products for inspecting electrical and mechanical installations and are essential devices for installation, inspection, and the establishment of preventive maintenance plans. Furthermore, they can immediately detect areas with poor insulation and defects in floor and wall heating pipes within buildings.

User convenience has been elevated to a new level. It is very convenient to use thanks to the adoption of a fixed non-focus lens. You can capture JPEG thermal images by simply pressing the navigation button on a target, and since all necessary temperature data up to +250 ° C can be obtained, it is easy for anyone from beginners to experts to use. All FLIR Ex-Series thermal cameras weigh only 575g and are designed to be strapped to a belt for convenient portability.

The FLIR Ex-Series can also replace infrared thermometers at a low cost. It provides temperature information for every pixel, and unlike infrared thermometers, it can inspect the entire area at once, allowing it to detect even the smallest defects without missing any.

The FLIR Ex-Series incorporates FLIR Systems' patented MSX technology and features a built-in visible light camera. MSX technology clearly displays objects within thermal images and accurately identifies targets, enabling the creation of clear inspection reports. Consequently, users can view high-quality images in real time and utilize the visible light provided by the camera as a reference image for the thermal image.


[Image] Image with MSX technology not set (left) and image with technology set (right)

Any user of FLIR Ex-Series products can download and use FLIR Tools software for free. FLIR Tools allows you to directly transfer thermal images to a PC to generate basic reports and analyze data. Using FLIR Tools, users can place, move, and resize measurement tools over thermal images, create PDF image sheets, and insert headers, footnotes, company logos, and more into reports. They can also search for specific images using search filters. To use more features, select the FLIR Tools+ option.

[Table] FLIR Ex-Series Thermal Imaging Cameras

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FLIR E5

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Built-in visible light camera

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include

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include

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120 x 90 pixels

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320 x 240 pixels

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0.06 ° C

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0.06 ° C

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analyze

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FLIR E4

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FLIR E8

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FLIR patented MSX technology applied

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fy;"> Thermal image resolution

80 x 60 pixels

160 x 120 pixels

w Roman";mso-ansi-language:KO;mso-fareast-language:KO">Temperature resolution

0.15 °">C

0.10 ° C

infrared thermometer

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Infrared thermometer (Spotmeter)
Total area, max./min.
include

Infrared thermometer (Spotmeter)
Total area, max./min.
include

Color Alarm: Blue or lower / Red or higher set temperature

Infrared thermometer (Spotmeter)
Total area, max./min.
include

Color Alarm: Blue or lower / Red or higher set temperature

About thermal imaging technology
A thermal imaging camera is a technology that uses special sensors to detect infrared radiation emitted from objects, enabling us to see them. Heat or infrared energy is a type of light whose wavelength is longer than visible light, making it invisible to the naked eye. In other words, infrared radiation is part of the electromagnetic spectrum, just like visible light, and our bodies perceive it as heat. By utilizing infrared radiation, we can see things that are invisible to the naked eye. Thermal imaging cameras, or infrared cameras, enable us to see objects using invisible infrared radiation—that is, thermal radiation. They utilize temperature differences between objects to display the surrounding scenery as a clear image. This technology has an almost infinite range of applications, including preventive maintenance, building inspections, research and development in various technical and scientific fields, and facility automation. Above all, it allows for clear vision over long distances, even in complete darkness or through fog and smoke. It is also demonstrating its power in a wide range of applications, including security, reconnaissance and surveillance, maritime activities, automobiles, firefighting, and fire suppression.



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