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Seek CompactPRO Thermal Camera 320x240 for Android Smartphones
Product Code: 560UQ-EAAX
Seek CompactPRO 320x240 Thermal Camera for Android Smartphone
The CompactPRO series is Seek ’s top-performing thermal imaging cameras for smartphones and tablets. The UQ-EAAX model is designed for use on leading Android™ devices and features a vanadium oxide microbolometer sensor with a resolution of 320 x 240 points. You can also set the emissivity, range, and temperature level to measure.
- 320 x 240 High resolution thermal sensor
76,800 temperature pixels for maximum image clarity and sensitivity - Adjustable and fully radiometric emissivity
Calibrate for reflective surfaces or backgrounds when accuracy is critical - Wide 32 degree field of view
Easily scan a large area to identify potential risks in seconds - Focus lens for quick identification
Pointing and focusing from 15cm to 550 meters for clearer images - Use your smartphone's energy and screen
Intuitive and free mobile app available on Google Play and iTunes App Store - Protective waterproof case
Available with waterproof case to brave the elements
TECHNICAL SPECIFICATIONS
- Thermal sensor: 320 x 240 (76,800 pixels)
- Detection distance: 15cm to 550 meters
- Field of View: 32 degrees CDV
- Temperature range: -40° to 330°C
- Frames per second: >15Hz FastFrame
- Focus: Adjustable focus
- Lens Material: Chalcogenide
- Sensor: Vanadium Oxide Microbolometer
- Thermal Sensitivity NETD: < 70 mK
- Spectral range: 7.5 -14 microns
- User Interface: Free Seek Thermal mobile app
- Temperature display scale: Fahrenheit, Celsius, or Kelvin
- Color Palette: 9 Options
- Storage media: Direct storage on the smartphone
- Battery: Powered by smartphone. Consumes up to 280 mW
APP & UI
The free Seek Thermal app lets you customize your experience, capture images and videos directly to your smartphone, and share them easily. Product registration via app required upon first-time setup.
PHOTO & VIDEO
Allows you to easily capture and share thermal photos and videos.
RANGE AND LEVEL
It allows you to isolate and acquire the thermal details that really matter.
EMISSIVITY
Allows for optimal calibration on reflective surfaces or backgrounds when accuracy is critical.
