T7 256x192 Android Type-C Thermal Imager 25Hz Imaging Camera

T7 256x192 Android Type-C Thermal Imager 25Hz Imaging Camera Description

High-quality optical lens, equipped with 256x192 high-resolution infrared sensor, excellent imaging effect.
25Hz high frame rate imaging, smooth picture flow without lag.
Used with mobile APP, it supports taking photos ,videos and storing them in the photo album, allowing professional thermal imaging analysis anytime and anywhere.
Add points, lines and rectangular boxes for regional temperature measurement. Lines and rectangular boxes support high and low temperature tracking and high temperature alarms.
Wide temperature measurement range: -15-600; Automatic temperature tracking, supporting high and low temperature and center point temperature tracking.

Model:T7
Resolution:256 x 192
Wavelength:8-14um
Frame rate:25Hz
NETD:Less than 50mk 25
FOV: 56x 42
Lens:3.2mm
Temperature measurement range: -15-600
Temperature measurement accuracy: 2 or 2%
Temperature measurement:Highest,lowest,central point and areatemperature measurement are supported
Color palette: lron,white hot,black hot,rainbow,,coldblue
Working temperature:-10-75
Storage temperature:-45-85
IP rating:IP54
Note: In order to correct non-uniformity, a mechanical control calibration plate is installed in front of the thermal imaging detector, which be calibrated every 10 seconds to more accurate measurements. Usually, there is a pause of about 1-3 seconds which is caused by the thermal imaging detector calibration . This is a normal phenomenon, please don' worry.
Notice: Using mobile phone thermal imaging in normal environments (prohibited in harsh environments such as high temperature and high magnetism).
Colour:Blue
Material:Metal

Package Contents:
1 x Thermal Imager camera
1 x Storage Bag
1 x Cleaning Cloth(Random Color, don' accept the specified color)

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.