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- Description
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LSJ-TIG10 Gas Detection Camera
Product Model |
LSJ-TIG10 |
IR Resolution |
640*512 |
Display |
3.5-Inch TFT LCD; 640*480 pixels |
Temperature range |
-20℃ to 1200℃ |
Image Mode |
Firefighting mode |
Image Frequency |
60Hz |
- Features
- Applications
- Recommended Products
Features
Product Introduction
A compact, lightweight, sturdy, durable, stable and reliable handheld gas infrared thermal imager. It is equipped with long-wave infrared detection technology and has functions such as displaying real-time temperature in a fire scene, gas leak imaging, fire scene personnel search and rescue, fire source detection, and fixed-point temperature measurement. It is applicable to multiple scenarios such as emergency rescue, personnel search and rescue in dark or smoky fire environments, gas leaks, equipment inspection, remaining fire monitoring, and investigation of the cause of a fire.
High - quality imaging
The LSJ-TIG10 is equipped with a high sensitivity infrared detector with a resolution of up to 640×512, providing clear and detailed thermal images. Even in thick smoke and high temperatures, it ensures accurate view of personnel, fire sources, toxic gas leaks and heat distribution, helping firefighters quickly assess emergencies.
Gas imaging
Equipped with long - wave infrared detection technology, it can not only accurately capture the leakage of common dangerous gases such as methane and sulfur hexafluoride, but also quickly identify dozens of high - risk gases such as nitrogen dioxide and sulfur trioxide. The imaging screen is intuitive, and the gas leakage trajectory and source are clearly distinguishable in the screen.
Basic Feature
High Thermal Sensitivity
Clear Imaging in Smoke and Darkness
Wide Temperature Range: -20°C to 1200°C
Detection of Human Body Through Smoke
High Refresh Rate for Smooth Imaging
Image Modes
• Firefighting mode
• Fire mode
• Black and white mode
• Search and rescue mode
Ultra - wide range
With a -20℃ ~ 1200℃ wide temperature range design, it can automatically switch ranges and automatically display the maximum, minimum and central temperatures.
High - definition screen
The surface of the product screen is made of a unique nano - coating material, which ensures that the screen of the instrument remains clearly visible in high - temperature and high - humidity environments, enabling rescue workers to always obtain accurate information.
Powerful functions
Equipped with multiple advanced functions, the LSJ-TIG10 is designed to meet the demanding needs of rescue missions. It features a high-precision laser pointer for accurate targeting, spot temperature measurement for real-time thermal monitoring, and an integrated electronic compass to assist with orientation and navigation. These powerful capabilities work together to significantly enhance operational safety, efficiency, and situational awareness in complex and hazardous environments such as fire scenes, collapsed structures, and low-visibility areas.
Applications
Gas Leak Detection
Ideal for hazardous environments, this device is capable of detecting leaks of dangerous gases such as methane, sulfur hexafluoride (SF₆), ammonia, ethylene, vinyl chloride, methyl vinyl ketone, acrylonitrile, and more. It visualizes gas leaks directly on the screen through infrared imaging technology, allowing emergency responders and industrial safety personnel to quickly locate the source of the leak, assess the risk, and take immediate action to prevent accidents. This makes it an essential tool for chemical plants, refineries, gas facilities, and emergency rescue operations.
Fire Rescue
During firefighting missions, visibility is often compromised by thick smoke and intense heat, making navigation and decision-making extremely challenging. Thermal imaging cameras designed for firefighting overcome these obstacles by detecting and displaying heat signatures in real time. They help crews pinpoint hotspots, detect hidden fire sources, and identify areas at risk of flare-ups. This allows teams to act quickly to prevent reignition and reduce further hazards. Additionally, by tracking changes in heat patterns as the situation evolves, thermal cameras assist in adapting firefighting strategies on the fly. As a result, they have become a vital part of modern fire rescue tools, ensuring faster response and greater safety for frontline personnel.
Mining Safety
In mining environments, this thermal imaging device detects heat anomalies that may indicate equipment failure, gas leaks, or fire hazards. It enhances visibility in low-light and high-risk areas, helping workers identify dangers early and respond quickly. A valuable tool for improving safety and operational reliability underground.
