Handheld Infrared Binocular IR5222 with Uncooled 1280×960/12µm Infrared Camera,

Product Description:

IR5222 is a multifunctional thermal binocular that has all-weather observation capabilities and is designed specifically for security application. It is a superior tool for observation and target acquisition, integrating infrared, visible light, low light, laser ranging, and laser indication into one, with powerful image fusion capabilities. With built in positioning module, electronic compass, and WiFi, IR5222 thermal imager supports real-time target positioning, identification, and recognition, enabling uninterrupted target monitoring and search day and night. It also supports high-definition photography, video recording, and rapid information upload, providing efficient and accurate technical support for security tasks.

Main Features:

· Integrating infrared, visible light, low light, laser ranging, and laser indication functions to meet the needs of multiple scenarios
· Built-in positioning module, electronic compass, and WiFi to achieve self positioning, target positioning, and real-time information upload
· It supports the fusion of infrared and visible images, as well as infrared and low light images, providing clearer target recognition capabilities
· Capable of day & night and long-range observation, adaptable to all-weather working environments
· Integrated laser ranging function, capable of quickly and accurately measuring target distance
· It can provide local geographic coordinates and accurately obtain the target's geographic location
· It supports target azimuth measurement and provides rich target information
· Capable of high-definition photo and video recording, recording results for easy analysis in the future
· Quickly upload information through WiFi / Bluetooth to provide real-time support for decision-making

Technical Parameters:

Support and Services:

Our infrared detectors and thermal imaging modules are designed to provide high-quality thermal imaging solutions for a wide range of applications. We offer a range of technical support and services to help you get the most out of your product, including:

· Product training and education
· Technical troubleshooting and support
· Repair and calibration services
· Customized solutions and consulting

Our team of experienced professionals is dedicated to providing you with the highest level of service and support possible. Contact us today to learn more about our product technical support and services.

FAQs:

Q: How do environmental conditions like rain or cold affect thermal imaging performance?

A: Heavy rain, fog, or thick snow can absorb infrared radiation, slightly reducing the effective detection range. However, thermal still performs vastly better than visible light or night vision in these conditions. Extreme cold can also reduce battery life more quickly.

Q: What is the purpose of a built-in laser rangefinder in some high-end models?

A: Integrating a laser rangefinder allows the user to not only see a heat signature but also get an exact distance measurement to the target. This is invaluable for hunters judging ethical shot distances, for law enforcement planning operations, or for navigational purposes.

Q: What does "digital zoom" vs "optical zoom" mean in thermal binoculars?

A: Optical zoom uses the lenses to magnify the image before it hits the thermal sensor, preserving image quality. Digital zoom simply enlarges the pixels on the display after the image is processed, which leads to a loss of detail and a grainier image. Optical zoom is always superior.

Q: Why do some thermal imagers require a periodic "calibration" or NUC?

A: Thermal sensors can develop minor imperfections or "noise" over time. The NUC (Non-Uniformity Correction) is a process where a shutter slides in front of the sensor to recalibrate it against a uniform temperature source. This ensures the image remains clear and accurate. Most high-end models perform this automatically.

Q: Are there any limitations on what thermal binoculars can detect?

A: Yes. While excellent for detection, they can struggle to identify specific details. For example, you can see a person's heat signature but cannot see their facial features or read license plates. The technology is best for detecting the presence, location, and relative size of a heat source, not for fine visual details.