Overview
The handheld infrared thermal imager has excellent design and convenient operation; it can accurately locate the hot spot of the tested product, and the temperature measurement is more accurate; the thermal imaging picture can clearly display the heating problem, help the user to quickly eliminate the fault, and can generate a belt. The image report is stored on the 4GBTF card

Working principle
Infrared camera uses infrared detector, optical imaging objective and optical scanning system (currently advanced focal plane technology eliminates the need for optical scanning system) to receive the infrared radiation energy distribution pattern of the measured target and reflect it to the infrared detector. In the element, between the optical system and the infrared detector, there is an optical scanning mechanism (the focal plane thermal imaging camera does not have this mechanism) to scan the infrared thermal image of the measured object, and focus on the unit or the spectroscopic detector. The infrared radiant energy is converted into an electrical signal by the detector, and the infrared thermal image is displayed through a television screen or a monitor through amplification processing, conversion or standard video signal.

Features
1. Temperature range: -20°C-400°C
2. Accuracy: ± 2°C or ± 2% °C
3. Emissivity 0.01-1.00
4. Display mode: thermal imaging, thermal mixing, digital camera
5. Palette : Iron red, rainbow, gray
6. Working environment: 0-50 °C
7 Storage temperature: -40°C-70°C
8. Response time : 200ms
9. Distance to Spot Ratio: 2:1 (distance to the size of the measuring point)
10. Wavelength range: 8 - 14μm
11.Sensitivity: 0.15 ° C
12. Battery life is about 6 hours
13. Free focus
14. Save image format: BMP
15. Auto power off
16. Humidity <90RH
17. Part Size: 175*83*53mm
18. CMOS Pixel: 300,000 pixels
19. Thermal image: 32*32
20. Field of view: 33°*33°