HoldPeak HP-T4-I003 Infrared resolution: 206*156 Temperature range: -20°C to 330°C thermal imaging camera
Brand: HoldPeak
Specifications
SKU: HoldPeak HP-T4-I003 Infrared resolution: 206*156 Temperature range: -20°C to 330°C thermal imaging camera
HoldPeak HP-T4-TI003-R Thermal Imaging Camera 210*160 IR Resolution 3.5" LCD Screen
【PRODUCT DESCRIPTION】
◆【Imaging Quality】This TI003 thermal imager infrared resolution of 210 * 160, spatial resolution of 2.9mrad, sensitive thermal sensor, measurement range of -20 ℃ ~ 330 ℃, 3.5-inch large LCD display, can be set to four working modes: rainbow, iron red, white heat, black heat. 300000 visible pixels, with image fusion mode, so that the perspective of thermal imaging Larger, clearer and more accurate picture quality.
◆【Widely Used】Thermal imaging camera can measure the temperature of moving objects, very safe to use, and can be used to find the fault area quickly.
◆【Human Temperature Mode】Infrared thermal imaging thermometer is the use of non-contact temperature measurement, fast response, complete temperature measurement, automatic tracking of the highest temperature within the detection range and only the highest temperature value is displayed, with temperature compensation function in the Human Temperature mode.
◆【Easy to Operate】Temperature can be measured immediately after turning on the machine, humanized operation interface, easy to operate. 0.01~1.00 firing rate can be adjusted, and the corresponding firing rate can be adjusted according to the measured object. In addition, high and low temperature beeping alarm can be set to quickly troubleshoot. Automatic power off setting can help you save power.
◆【High Quality Infrared Imager】This thermal imager is compact and portable in appearance, sturdy and resistant, fully functional and has a wide range of applications.
【Packages include】
1*Thermal imager host
1*USB data cable
1*User's manual
1*Packing box


Inquiry - HoldPeak HP-T4-I003 Infrared resolution: 206*156 Temperature range: -20°C to 330°C thermal imaging camera