Smartphone IR Thermal Camera 90° (B) USB Type-C

This compact and powerful smartphone thermal imaging camera is ideal for professional and private applications. With an aluminum housing and technology from microbolometer and thermopile pixels, it accurately captures the infrared radiation of objects in the field of view and converts it into accurate temperature images. The camera has a resolution of 80x62 pixels and allows continuous real-time image transmission without a shutter, providing a smooth and uninterrupted image with up to 25 frames per second. It features a USB Type-C connector that allows direct connection to Android smartphones and computers—simply plug and play. The app offers various color palettes, photo and video recording, and a high-temperature alarm function. The camera is available in a 90° field of view version and can be effortlessly transported and operated thanks to its robust design. With the ability to measure temperatures from -40°C to 400°C, it is perfect for industrial monitoring, building inspections, and security applications. This camera combines user-friendliness with advanced technology to deliver precise and reliable thermal images.

Features:

The thermal imaging camera uses a combination of microbolometer and thermopile technology and achieves a resolution of 80x62 pixels.
The camera is equipped with an aluminum housing that ensures a robust and durable design.
With a 90° field of view, it offers a wide-angle perspective for precise thermal analysis.
It delivers a maximum frame rate of 25 FPS, enabling smooth and continuous temperature monitoring.
The app offers a selection of image color palettes, recording functions, and a high-temperature alarm.
The camera's design is compact and lightweight, making transport and operation easy.
With a temperature measurement range of -40°C to 400°C, the camera is also suitable for demanding environments.
The accuracy of temperature measurement is ±1.5°C, ensuring reliable analysis.

Application examples:

Continuous monitoring of machines and electrical systems to detect overheating early.
Inspection of heating, ventilation, and air conditioning systems to identify thermal leaks.
Temperature monitoring in industrial environments for quality assurance and security control.
Building thermography to analyze energy efficiency and identify weaknesses in insulation.
Person detection and monitoring in security-critical applications such as border controls.