TR256
TR256

PF2D
Individual emission level adjustment to increase precision

The thermal imaging camera also works in the dark or through smoke, but can be deceived by the reflectivity (emission) of a surface. Since IR is a part of the electromagnetic spectrum, such as visible light, it also has similar properties when it hits lenses or rain. MiLESEEY TR256 allows individual emission level, making the detection data more accurate.

MiLESEEY TR256 Thermal Imaging Camera

Shows quickly, non-contact

The TR256 is an affordable thermal imaging camera that serves to find hidden problems faster. It can automatically detect cold and hot spots. It allows reliable temperature measurement and stores images for instant troubleshooting. It is the ideal choice for maintenance and testing.

  • Infrared resolution: 256 x 192 (49152 pixels)
  • Visible light resolution: 1920 x 1080 (2 m pixels)
  • Durable display: 3.5 inches
  • Temperature range: -20°C ~ 550°C (-4°F ~ 1022°F)
  • Power supply: 5000 mAh rechargeable battery
TR256

Product specifications:

Resolution256 x 192 (49152 pixels)
Durable display3.5 inches
Extensive storage options8 GB micro SD card
Temperature range-20?~550? (-4?~1022?)
Accuracy±3°C
Thermal Sensitivity?50 mK
Batteries5000 mAh rechargeable lithium battery
Wavelength Coverage8-14um
Frame rate<20 Hz
Coloured alarmsHigh temperature, low temperature
Visible light resolution1920 x 1080
Temperature centreYes
DecorateDesigned to survive a drop from 1.5 meters high

TR256

TR256

TR256

Adjustable additional light source

The TR256 is equipped with 3W white LED lighting that allows the user to clearly see the detection range even in dark environments, which is convenient for night work and ensures the safety of staff.

High capacity battery for long life

MiLESEEY thermal imaging camera build with built-in 5000 mA lithium battery, which is very convenient to use. Provides a long battery life of 10 hours of continuous operation (standard brightness and LED lights off).

6 colour palettes to choose from

Use different colour palettes for different requirements. With a plain palette, subtle differences are easier to recognise. With high-contrast palettes, obvious anomalies can be detected faster.