Military Gas Detector gas detection and monitoring system with non contact infrared imaging designed for military and industrial safety

The MR-ACT Gas Telemetry Imaging Early Warning System is an integrated gas monitoring and early warning solution that combines advanced technology with practical application needs. It is committed to solving gas safety problems in various fields, providing all-round protection for industrial production, public safety and environmental protection.

• Petrochemical & Industrial Parks: Monitoring of toxic, harmful and flammable gas leaks in production, storage and transportation links, preventing major safety accidents.
• Fire Emergency Response: Rapid detection and positioning of gas leaks at fire scenes, providing technical support for fire rescue and personnel evacuation.
• Venue Security: Safety monitoring of key venues (such as stadiums, airports, and government buildings) to prevent gas-related safety hazards.
• Environmental Law Enforcement & Monitoring: On-site inspection of enterprise gas emissions, assisting law enforcement departments in environmental supervision and pollution control.

• Long-Distance Non-Contact Detection: With a detection range of more than 5 kilometers, the passive non-contact measurement method avoids potential risks caused by direct contact with dangerous gases, and realizes large-scale gas cloud monitoring.
• High-Sensitivity Detection Capability: The military-grade cooled MCT detector ensures a thermal sensitivity of ≤25 mK, enabling the system to capture even the weakest gas signals, ensuring the comprehensiveness of leak detection.
• Real-Time High-Resolution Monitoring: The spectral resolution is better than 2 cm⁻¹, and the sampling rate reaches 20 times per second, which ensures that the system can respond to gas leaks in real time and eliminate the hidden danger of missed alarms.
• Accurate Gas Identification & Concentration Estimation: Relying on FTIR technology, the system can identify hundreds of types of dangerous gases, and realize visual chemical imaging and accurate concentration estimation, helping users grasp the risk level in time.

• Omnidirectional No-Blind-Spot Scanning: It supports multiple scanning modes such as fixed-point, 360° all-round and customized area scanning, which can fully cover the monitoring area and eliminate monitoring blind spots.
• Day-and-Night Continuous Work: The dual-light fusion of visible light and infrared ensures clear imaging in all lighting conditions, realizing 24-hour uninterrupted monitoring and ensuring the timeliness of early warning.
• Intuitive Visualized Early Warning: Gas leaks are displayed in the form of thermal imaging, which is intuitive and easy to understand. The automatic alarm function can quickly remind operators to deal with hidden dangers, and accurately locate the leak source to improve emergency response efficiency.
• Multi-Scenario Adaptability: It can be deployed in portable, vehicle-mounted or fixed modes, with strong anti-vibration performance. It can work stably even when the vehicle is moving, adapting to the diverse needs of different on-site environments.
• Harsh Environment Resistance: With IP66 protection level, it meets the requirements of military standards for high and low temperature, humidity and heavy rain, and can operate stably in harsh working conditions such as high temperature, low temperature and heavy rain.
• Simple and Convenient Operation: The product is small in volume and light in weight (about 28 kg), which is easy to carry and deploy. The Chinese visual operation interface is simple and easy to learn, reducing the difficulty of operation and training costs.

• Multi-Source Data Integration: It can be linked with weather stations and other equipment to integrate environmental data such as temperature, humidity and wind speed, providing more comprehensive data support for gas leak analysis and risk assessment.
• Intelligent Tracing & Decision Support: The system can automatically analyze gas leak data, issue real-time early warnings, and assist users in quickly tracing the source of leaks, providing scientific basis for emergency decision-making and improving the efficiency of hidden danger treatment.