Specification
| AT6103 | |
| Available monitors [Each monitor may contain up to 3 detection units] [The configuration of the system is user-defined] |
1) Gamma radiation and neutron radiation monitor [1 – 3 units of BDKG -11M and/or BDKG-19M, 1 – 2 units of BDKN-05, 1 unit of BDKG-04]
2) Highly-sensitive gamma radiation and neutron radiation monitor [1 – 3 units of BDKG-28 and/or BDKG-34, 1 – 3 units of BDKN-05, 1 unit of BDKG-04] |
| Total number of monitors in the system | 18 |
| Identified radionuclides | Medical, industrial and natural (The library content can be modified on request) |
| Continuous run time | ~ 10 h (With lowest brightness of Tablet PC screen) |
| Protection class | IP55 |
| The system in “Search” mode detects the 137Cs source of gamma radiation in less than 2 s in the following conditions: | |
| Source activity (Gamma radiation detection unit) | (450±10) kBq [BDKG-11M] (300±10) kBq [BDKG-19M] (105±5) kBq [BDKG-28] (105±5) kBq [BDKG-34] (100±5) kBq [BDRM-05] |
| Distance from source to surface of detection unit | (100.0±0.5) cm |
| Detection probability | 95% |
| False alarm rate | ≤1/10 min |
| The system in “Search” mode detects the Pu-Be source of neutron radiation in less than 3 s in the following conditions: | |
| Average neutron flux from source to solid angle 4π sr (Neutron radiation detection unit) | (5.00±1.25)∙104 neutron∙s-1 [BDKN-05] |
| Distance from source to surface of detection unit | (125±1) cm |
| Detection probability | 95% |
| False alarm rate | ≤1/1 h |
