Miniature thermal imaging module for UAV Product U02
Product Description:
One of the standout features of this module is its low power
consumption. At just 0.4W (6V/80mA), it is incredibly efficient and
can be used for extended periods of time without draining your
battery. This makes it an ideal choice for use in drones, where
battery life is always a concern.
In terms of accuracy, the Mini Thermal Imaging Module is top-notch.
It has an accuracy of ±2°C or ±2%, which means you can rely on it
to provide precise temperature readings every time. This makes it
an excellent tool for a range of applications, from monitoring
machinery to detecting hotspots in buildings.
The spectral range of the Mini Thermal Imaging Module is also
impressive. It covers a range of 8-14μm, which means it can detect
a wide range of temperatures with ease. This makes it an ideal
choice for use in a variety of settings, from industrial
applications to medical settings.
Despite its impressive capabilities, the Mini Thermal Imaging
Module is incredibly lightweight. It weighs just 22 G, which means
it can be easily integrated into a variety of devices without
adding unnecessary bulk or weight.
Overall, the Mini Thermal Imaging Module is an excellent choice for
anyone looking for a powerful and versatile thermal imaging device.
With its high resolution, low power consumption, and impressive
accuracy, it is perfect for use in drone thermal cameras, IR
temperature cameras, and body temperature thermal cameras.
Features:
- Product Name: Mini Thermal Imaging Module
- Dimensions: L24.0*W24.0*H27.9mm
- Interface: USB Type-C
- Field Of View: 17.46°×13.14°
- Power Supply: 6V~24V
- Operating Temperature: -20℃ ~ +50℃
This Mini Thermal Imaging Module is an Infrared Thermal Camera
Module, perfect for measuring temperature with its IR Temperature
Camera. It features a USB Type-C interface and has a compact design
with dimensions of L24.0*W24.0*H27.9mm. The Field Of View is
17.46°×13.14° and it can be powered by a 6V~24V power supply. It
can operate in temperatures ranging from -20℃ to +50℃.
Technical Parameters:
| Product Name: | Mini Thermal Imaging Module |
| Storage Temperature: | -30℃ ~ +70℃ |
| Accuracy: | ±2°C Or ±2% |
| Interface: | USB Type-C |
| Field Of View: | 17.46°×13.14° |
| Shutter response time: | 5s~90s |
| Spectral Range: | 8-14μm |
| Power consumption: | 0.4W(6V/80mA) |
| Dimensions: | L24.0*W24.0*H27.9mm |
| Frame Rate: | 9Hz |
| Resolution: | 720×576 |
This Mini Thermal Imaging Module is an IR Temperature Camera,
Infrared Thermometer Camera, and Body Temperature Thermal Cameras.
Applications:
The FOVA YZT-U02 Infrared Camera Module is designed to operate with
a frame rate of 9Hz, which makes it suitable for capturing clear
and accurate images. The product's spectral range is 8-14μm, which
is ideal for detecting objects based on their temperature. The
accuracy of the product is ±2°C or ±2%, making it highly reliable
for various applications.
The FOVA YZT-U02 Infrared Camera Module is ideal for a wide range
of applications, including security surveillance, temperature
measurement, and thermal imaging. The product is designed to
operate in harsh environments, with a storage temperature range of
-30℃ ~ +70℃. The product's power consumption is 0.4W(6V/80mA),
making it energy efficient and reducing long-term operating costs.
The FOVA YZT-U02 Infrared Camera Module is an ideal choice for
various scenarios, including industrial automation, building
automation, and home automation. The product's high accuracy and
reliability make it suitable for temperature measurement
applications in various industries, including automotive,
aerospace, and electronics. The product is also ideal for security
surveillance applications, providing clear and accurate images in
low-light conditions.
In summary, the FOVA YZT-U02 Infrared Camera Module is a reliable
and efficient product designed for various applications. The
product's high accuracy, reliability, and energy efficiency make it
an ideal choice for various scenarios, including security
surveillance, temperature measurement, and thermal imaging.
