| WT3160 |
WT3220 |
WT3320 |
| Infrared image resolution |
160×120 |
220×160 |
320×240 |
| Temperature measurement range |
-20℃~450°℃(-4°F~842°F) |
-20℃~450°℃(-4°F~842°F) |
-20℃~300℃(-4°F~572°F) |
| FOV/Shortest focal length |
35°×26°/0.5m |
35°×26°/0.5m |
56°×42°/0.5m |
| Measurement accuracy |
±2℃/±2%(ifover300℃,accuracyis±5%) |
±2°C/±2% |
| Display screen |
2.8-inch full-view TFTdisplay |
| Visible image resolution |
300,000 pixel |
| LCD resolution |
320×240 |
| Thermal sensitivity |
70mk |
| Emissivity |
Adjustable from 0.01 to 1.00 |
| Frame rate of thermalimages |
9Hz |
| Wavelength coverage |
8-14um |
| Focus mode |
Fixed |
| Color palette |
Rainbow, iron oxidered, cold color,black& white, white & black |
| Storage capacity |
Built-in 3G(above 20 thousand image stored) |
| File format |
JPG |
| USB |
Micro USB 2.0 |
| Power Supply |
Built-in chargeable 18650 battery |
| Working Time |
2-3 hours |
| Automatic power-off time |
Selectable:5 minutes/20 minutes/not poweroffautomatically |
| Settingcommand |
Unit, language, date, time, information |
| Language |
English\ Chinese\Italian\German |
| Operating temperature |
0℃~45℃ |
| Storage temperature |
-20℃~60℃ |
| Humidity |
<85%RH |
This product is a combination of surface temperature measurement and real-time thermal image of the infrared imager.
Thermal Imager is designed for Non-contact detection and calculation of apparent
surface temperature, and the thermal image creation is based on the temperature
variation. Imager Thermometers provide fast and accurate readings for most surface
temperature measurements with TFT color LCD display & Imager Video format.
Built for tough work environments, these high-performance, fully radiometric
imagers are ideal for troubleshooting electrical systems, electro-mechanical
equipment, process equipment, HVAC/R equipment and others.
Function
*With small volume, the product is easy to operate and has strong function. it is
the ideal selection for electric power, electronic manufacturing, Industrial
inspection and other fifields.
*With a visible light camera. The thermal images and visible images are stored in
the device and can be read through USB.
*The radiation coeffiffifficient may be adjusted to increase the measurement
accuracy of objects with half reflflection surface.
*The highest temperature and lowest temperature cursor may guide the users to
the areas with highest and lowest temperature of the thermal images.
*The selectable color palette.
Application:
The inspection of electric equipment, lines of transmission and transformers;
Search of concealed fifire source in fifire control;
Personnel search and rescue and commanding at fifire site;
Make analysis of the leakage position and heat loss of thermal pipeline and
heating equipment;
Determine the position of heating failure of the operation train;
Analysis of rationality of wire of microelectro
German
French
Italian
Portuguese
Japanese
Korrean
Russian
