Airborne Radiation Monitor

Geiger-Müller Detector Length: ≥ 50 mm;
NaI Scintillation Crystal Encapsulation Size: ≥ Φ60 * 60 mm;
Sensitivity: ≥ 1500 cps/μSv/h;
Real-time Refresh Rate: ≤ 1 s;
Warm-up Time: ≤ 1 s;
Operating Environment: -20°C ~ 55°C;
Inherent Energy Resolution of Scintillation Crystal: ≤ 7.5% @ 662 keV;
Dose Rate Range: 0.01 μSv/h ~ 10 mSv/h;
The device is capable of comparative dose rate testing with third-party nuclear radiation detectors;
Supports synchronized viewing of monitoring data on smartphones and desktop computers;
Remote Data Monitoring Platform:
Features big data cloud services, requiring no client-side application installation. Users can log in directly via a web browser or drone remote controller. The platform is compatible with all operating systems through standard web browsers and supports access from PC terminals.
Provides monitoring trend analysis and statistical analysis management functions.
Can seamlessly integrate GIS information from diffusion monitoring points and equipment, and display real-time simulated wind fields to observe pollution dispersion trends and affected areas.
Capable of identifying and rendering 3D models of major urban buildings, providing precise 1:1 scale positioning and display of flight positions within the 3D GIS environment.
Features mission planning capabilities, enabling intuitive route and target planning for mobile monitoring devices directly on the map, including calculation of travel distance.