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Measurement and Instrumentation Lab Equipment

THERMAL IMAGE CAMERA

MODEL NO- ML-058

DESCRIPTION

A thermal imaging camera (colloquially known as a TIC) is a type of thermo graphic camera used in firefighting. By rendering infrared radiation as visible light, such cameras allow firefighters to see areas of heat through smoke, darkness, or heat-permeable barriers. Thermal imaging cameras are typically handheld, but may be helmet-mounted. They are constructed using heat- and water-resistant housings, and ruggedized to withstand the hazards of foreground operations.

A thermal imaging camera consists of five components: an optic system, detector, amplifier, signal processing, and display. [1] Fire-service specific thermal imaging cameras incorporate these components in a heat-resistant, [2] ruggedized, and waterproof housing.[3] These parts work together to render infrared radiation, such as that given off by warm objects or flames, into a visible light representation in real time.[4]

The camera display shows infrared output differentials; so two objects with the same temperature will appear to be the same “color”. [4] Many thermal imaging cameras use gray scale to represent normal temperature objects, but highlight dangerously hot surfaces in different colors. [5]

Cameras may be handheld [6] or helmet-mounted. [7] A handheld camera requires one hand to position and operate; leaving only one free hand for other tasks, but can be easily transferred between firefighters. The majority of thermal imaging cameras in use in the fire service are handheld models.

Thermal Image Camera

SPECIFICATION

  • 76 mm (3″) Color LCD Display
  • Easy-to-Use, Weighs Only 0.58 kg (1.2 lb)
  • 2% Accuracy
  • Radiometric jpg File Format
  • Swappable Li-Ion Battery with 4-Hour Life
  • Spot Measurement Mode
  • Simultaneous Storage of IR/Visual/MSX Images
  • Picture-in-Picture Image (E5, E6 and E8)
  • Area Box Measurement Mode (E5, E6 and E8)
  • FLIR Tools Reporting and Analysis Software Included
  • Temperature Range from -20 to 250°C (-4 to 482°F)
  • Variable Emissivity and Reflected Temperature Parameters for Detection Accuracy

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