Our Aerial Radiation Gamma Detector or Nuclide Identifier can be mounted on the UAIS, a high-performance unmanned multirotor aircraft, designed and manufactured by POLIMASTER.
All of our own products are developed, tested and used by our staff during our own training courses.
Full user training is available on all products
Aerial Radiation Detection And Identification
Aerial Radiation Gamma Detector, ARGD-1
The gamma radiation detector ARGD-1 is designed to measure radioactivity from below normal background to life threatening, high level radiation. ARGD-1 is calibrated in “ambient dose equivalent” units [H*(10)] and its measuring range comprises 9 decades (from 10 nSv/h up to 10 Sv/h). This wide measurement range allows the user to detect even minor changes in the radioactive background levels and to also measure high dose rates with great accuracy.
Aerial Radiation Nuclide Identifier, ARNI-1
Our aerial radiation nuclide identification system ARNI-1 also has the unique possibility for gamma nuclide identification whilst performing unmanned aerial reconnaissance and radiation mapping. Its features include the evaluation of gamma spectra, isotope identification from an isotope library and an isotope-based alarm management.
Our sensors/detectors can be mounted on the UAIS, a high-performance unmanned multirotor aircraft, designed and manufactured by POLIMASTER company.
The UAIS for radiological and/or chemical reconnaissance (RCR) PM2110 is capable to perform in remotely controled or automated flying modes for flying arroind territories or objects on the assigned track, with the following features:
- robust and reliable, quad-copter platform
- redundant flight controllers, live video and telemetry downstream
- max. take-off mass (MTOM) < 4.5 kg
- max. sensor load 1 kg
- max. flight endurance (with full payload) 60 min
- prepared for carrying various types of sensors, e.g. DER, CWA/TIC
Measuring range 10 nSv/h ÷ 10 Sv/h
Energy range [H*(10)] ≤ 30 mSv/h: 40 keV ÷ 3 MeV
Temperature range -30°C ÷ +70°C
Temperature dependence less than ±5%
Measuring uncertainty [H*(10)] ≤ 1 Sv/h: ±10% [H*(10)] > 1 Sv/h: ±15%
Detector Proportional counter
Power consumption 0,7 – 1W
Data storage memory Yes