I. Requirements Analysis:

The firefighting infrared thermal imager complies with the XF/T635-2006 Standard for Firefighting Infrared Thermal Imagers and has passed high/low temperature and humidity/heat testing per the National Military Standard (GJB). It is a compact, lightweight, rugged, durable, stable, and reliable infrared thermal imager designed for firefighting applications. In fire incidents or harsh environments, it assists firefighters in easily identifying directions, locating trapped individuals, calmly analyzing fire scene conditions, and making faster decisions. Primarily used for fire detection or source identification, it displays real-time temperatures within the fire scene and presents thermal images on its display screen.

II. Product Features:

1. Integrated ergonomic design and specially formulated materials ensure optimal performance.

2. Ultra-high range design with laser pointer function;

3. Temperature-sensitive color recognition software that visually indicates the danger level of on-site temperatures through color display;

4. High-definition color display screen, automatically acquires, processes, and displays fire scene images;

5. Full-screen auto-detection, maximum and minimum temperature pointer search mode;

6. Built-in wireless module for effortless wireless transmission.

7. Intrinsically safe explosion-proof design, safe and reliable;

8. Sturdy and durable construction, new process materials, IP67 protection.

III. Application Scenarios:

1. Building Energy Efficiency Inspection: Infrared thermal imaging cameras can detect thermal bridges, heat leakage points, and other issues both inside and outside buildings, helping to optimize energy-saving solutions and improve a building's energy efficiency.

2. Industrial Equipment Maintenance: Can be used to monitor issues such as overheating and wear in industrial equipment (e.g., engines, mechanical transmission components), enabling timely maintenance and repairs to reduce downtime and enhance equipment operational efficiency.

3. Fire Rescue: At fire scenes, infrared thermal imaging cameras can rapidly detect personnel locations and fire point temperatures, enhancing rescue efficiency and reducing casualties.

4. Security Surveillance: In nighttime or low-light conditions, infrared thermal imaging cameras detect the distribution of human body heat to identify potential concealed individuals or animals, thereby enhancing security measures.

5. Medical Diagnosis: Used to detect heat distribution on the human body surface, assisting physicians in disease diagnosis, particularly effective in identifying abnormal body temperature and muscle inflammation.