MAJOR-TECH - 80 x 80px Bluetooth Body Thermal ImagerMTIB12

80 x 80px Bluetooth Body Thermal Imager

80 x 80 pixel thermal imaging system
6400 points real temperature fast measurements
Screening Temperature mode 32 to 42C
Measuring Accuracy: 0.5C
Thermal sensitivity: <0.1C | 300C / 100mK 50Hz fast Thermal image frame rate Hot, Cold, Centre three temperature tracking function Large, easy-to-read, bright graphical TFT display Bluetooth image instant share & save with iOS and Android smart device Scene temperature range Lock function. With LED flashlight function Long running time up to 8 hours with rechargeable battery Smart and compact design Rugged industrial design The MTiB12 Body & Surface Thermal Imager is a handheld thermal imaging camera used for measuring body temperature and can also be used for predictive maintenance, equipment troubleshooting and verification. The MTiB12 features a 20mS sampling rate and is ideal for scanning multiple targets. The adjustable High alarm makes it easy to instantly identify a person in a group that has an above average temperature. Thermal images are displayed on the LCD display and can be saved on the internal memory. With Bluetooth and an instant share function, the thermal images can be transferred to one's smart phone to analyze, share and perform quick reporting. Downloads Additional information Field of View 21 x 21 Focusing distance 0.5m Spartial resolution (IFOV) 4.53mrad Thermal sensitivity/NETD 0.1C @ +30C/100mK Image Frequency 50Hz Focus mode Focus Free Focal Length 7.5mm Focal Plane Array (FPA) Uncooled Microbolometer Spectral Range 8 14m Object Temperature Range 15C to 30C Accuracy in Normal Mode 2C or 2% of reading (Environment temperature 10C 35C, object temperature >0C)
Display

2.0" TFT Colour LCD
Display Resolution

240 x 320 pixel resolution
Battery

Rechargeable 3.7V (1300mA) lithium ion battery (not user-serviceable)
Battery Life

8 hours
Drop Proof

Designed for up to 2 meters
Bluetooth

BLE 4.0
Save Image format

Bitmap (.bmp) with 6400 points temperature analysis and emissivity
Allowable Relative Humidity

<80%HR
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