Key Features
– The detector features a modular design; the non-detection surface of the gamma detector is shielded with 5mm thick lead.
– High-definition camera provides real-time image display of pedestrians passing by, with automatic or manual image capture.
– Automatic radiation alarm, automatic alarm data storage, and automatic storage of measurement logs.
– Real-time display of gamma count rate, dose rate, and real-time nuclide identification results; real-time display of neutron count rate.
– Utilizes natural K-40 automatic spectrum stabilization technology, ensuring strong environmental adaptability.
– Real-time dynamic background monitoring ensures that alarm thresholds are dynamically updated according to background fluctuations.
– Features audible and visual alarm functions, with manual controllability.
– Enables multi-point deployment and remote operation.
– ANSI-compliant nuclide library, including special nuclear materials, industrial nuclides, naturally occurring radioactive nuclides, and user-defined nuclides.
– Complies with relevant standards such as GB/T 31836-2015 and ANSI N42.42.
SIM-MAX G39 Pedestrian and Baggage Radionuclide Identification and Monitoring System
The SIM-MAX G3930-I walkway-type pedestrian and baggage radionuclide identification and monitoring system is a radioactive material monitoring device specifically designed by SIM-MAX for entrances and exits of large event venues, immigration security checkpoints, and other similar locations. Employing a high-sensitivity gamma detector and a newly designed spectral analysis algorithm, it integrates dose rate measurement, nuclide identification, and neutron measurement technologies. This allows for rapid and effective radioactive screening of pedestrians and their carry-on baggage, determining whether they are carrying radioactive materials and providing a safety guarantee for effectively preventing the illegal carrying of radioactive materials.
