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Thermal Camera & Thermoscan

Working Principle of Thermal Imaging Camera

How does a thermal imaging camera work?

   Thermal imaging cameras produce images from heat. Not visible light. Heat (also known as infrared or thermal energy) and light are both parts of the electromagnetic spectrum. But cameras that can detect visible light do not see thermal energy. and vice versa Thermal cameras capture infrared energy and use the information to create images via digital or analog video output.

  The current general standard for thermal cameras shows objects with higher than normal temperatures. It is heated up with a yellow-orange hue that brightens as the object heats up. Cooler objects are shown in blue or purple. Infrared energy has a wavelength starting at about 700 nm and extending to about 1 mm. Shorter wavelengths are visible to the naked eye. Thermal imaging cameras use this infrared energy to produce thermal images. The camera lens focuses infrared energy onto a detector assembly. It then creates a detailed pattern known as a thermogram. The thermogram is then converted into electrical signals to create a thermal image that we can see more easily.

The basic technology of thermal imaging cameras was first developed for the military. However, the invention of thermal cameras is related to the history of thermal imaging, begun in the 1960s by Sir William Herschel, the astronaut who discovered light. infrared Both infrared radiation and visible light are part of the electromagnetic spectrum. But not like visible light. Infrared radiation cannot be perceived directly by the human eye. This explains why thermal cameras are not affected by light and can provide clear images of objects even in dark environments.

What can a thermal imaging camera do?

   Thermal imaging camera It is a tool for inspection in the industry. Machine temperature check or various power systems It can also be used to check whether insulation is installed in good condition, locate air leaks, check structural design and can also Find a location where moisture seeps out. There are other uses that depend only on the user’s application. for industry Can be used to monitor the temperature of the machine, working until the overload of various equipment

Benefits of a thermal imaging camera

    1. Building inspection : Thermal imaging can be used to detect heat loss in a building. Look for insulation problems. and identify areas with moisture damage.
    2. Electrical and Mechanical Inspections : They are commonly used in industrial and commercial settings to identify electrical hot spots, insulators, transformers, electrical circuits and detect mechanical problems in equipment such as motors. and the leakage point of the thermal insulator
    3. Firefighting and Rescue Operations : Can be used to locate hot spots in burning buildings. as well as searching for and rescuing people trapped in burning or smoking structures. Suitable for firefighters fighting fires to find the source of the fire.
    4. Predictive Maintenance : It can be used to detect and diagnose problems in mechanical and electrical equipment before they become serious and cause costly downtime. such as in industrial plants
    5. Surveillance and Security : Thermal imaging can be used for surveillance and security purposes. Because it can detect and track heat-emitting objects and people in complete darkness.

Thermal Imaging Camera ( Thermo Scan)

Thermal Imaging Camera XC600
Thermal Imaging Camera XC600
Thermal Imaging Camera XC600

Thermal Imaging Camera Trotec - XC600

  With this thermal imaging system You will benefit from accurate real-time measurement with high resolution, 10x zoom, fast autofocus with laser accuracy, built-in distance measurement functions, interval shooting, IR video and many measurement functions The XC600 thermal imaging camera is equipped with a high-capacity Li-ion battery for ultra long measurements. Can be used continuously and comes ready for use in a hard case. Includes high-quality analysis software

It can measure temperatures up to +600 °C (up to +1,500 °C with accessories). It is able to visualize temperature differences to a resolution of 0.05 °C (50 mK).

   In addition to the laser distance measuring device Standard equipment of this thermal imaging camera also includes a conventional 5 megapixel camera and imaging light. Includes laser pointer for targeting What's more, the XC300 is Trotec's first thermal imaging camera to feature a high-capacity Li-ion battery, ensuring extended continuous use.

Thermal Imaging Camera Trotec - XC300

     Price-conscious and professional thermal photographers You get great value with the high quality thermal imaging camera XC300, which is twice as expensive when looking at other devices with comparable features.

Cutting-edge technology packed into an IP54-rated housing includes a laser rangefinder, autofocus, 10x zoom and the unique PanoFold touchscreen. which can rotate freely in all directions and can input by touch screen

   Equipped with a high-capacity Li-ion battery for long-term use, the XC300 is fully equipped with no additions. Industrial and construction users are provided with a wide range of accurate real-time measurement functions with high resolution. For full radiometric real-time video recording with a high resolution detector. For combining normal and infrared images Pictures taken in natural daylight Includes on-site analytics or optional Bluetooth audio recording capabilities – high-quality analytics software for creating whitepapers is included as standard.

Thermal Imaging Camera XC300
Thermal Imaging Camera XC300
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