The bult-in libary of radioactive isotopes allowing it to rapidly detect specific isotopes, and in case of unexpected events, it can also alert the user to the presence of unknown isotopes.
The nuclide library is editable, this feature allows for flexibility, enabling users to customize the library by adding more isotopes, enhancing its adaptability for different situations.
The device uses sophisticated algorithms to filter out noise, improving the precision with which it can measure and differentiate the energies of different radiation sources.
The device integrates multiple functions in a single unit, making it versatile for a wide range of applications including dose rate measurement and alarm, radiation source search, and radioactive isotope identification, meeting the needs of various application scenarios
The device can measure a wide range of radiation intensities, from background levels to very high doses, up to 1 Sievert per hour (Sv/h), a very high radiation level
The device automatically adjusts its energy calibration to ensure accurate readings, and stabilizes its spectrum in real-time, ensuring reliable results even in challenging environmental conditions.
Excellent measurement control and energy spectrum visualization function, with a user-friendly interface for easy operation.
Advanced diagnostic tools, including self-checking for faults and nuclear pulse waveform visualizing, enhancing the user's maintenance capabilities.
Large-capacity data storage function, capable of real-time storage of all monitoring data
Data download function, allowing all stored data to be downloaded via host software and automatically generating reports
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| Handheld Radioisotope Identifier |
Hangzhou Shalom EO supplies RIID radiation detector, which is a new generation handheld radioisotope identifier with the functions of gamma-radiation dose rate measurement, radioactive source searching and rapid radioactive isotope identification. It can be used for identification of special nuclear materials (SNM), medical radionuclides, industrial radionuclides, and natural radioactive materials (NORM), etc. The equipment adopts a new nuclear spectrum measurement and processing architecture, which improves the energy resolution, enhances the γ energy spectrum measurement and analysis capabilities, and improves the radioactive isotope identification capabilities. The equipment is compact, lightweight, easy to carry, simple to operate, with the additional advantage of long continuous working time and reliable performance under various operation conditions.
