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MKC-AT6103
MKC-AT6103 is a mobile radiation monitoring and scanning complex designed to search, detect and identify sources of gamma and neutron radiation with GNSS tracking. The complex provides continuous radiation monitoring in real time and can be used on automotive, air and marine platforms without the need for integration with an on-board network.
The system supports scaling by the number of meters and detectors, which allows you to adapt the sensitivity of the complex to various tasks of radiation control, monitoring and emergency response.
The system supports scaling by the number of meters and detectors, which allows you to adapt the sensitivity of the complex to various tasks of radiation control, monitoring and emergency response.
MKC-AT6103
MKC-AT6103 is a mobile radiation monitoring and scanning complex designed to search, detect and identify sources of gamma and neutron radiation with GNSS tracking. The complex provides continuous radiation monitoring in real time and can be used on automotive, air and marine platforms without the need for integration with an on-board network.
The system supports scaling by the number of meters and detectors, which allows you to adapt the sensitivity of the complex to various tasks of radiation control, monitoring and emergency response.
The system supports scaling by the number of meters and detectors, which allows you to adapt the sensitivity of the complex to various tasks of radiation control, monitoring and emergency response.
Key Advantages
- Scalable architecture of the complex
- Simultaneous control of gamma and neutron radiation
- High sensitivity and speed of source detection
- Automatic identification of radionuclides
- Real-time operation with data recording
- Possibility of constructing radiation maps of the area
- Rugged design for use in field conditions
- Suitable for monitoring the consequences of nuclear incidents and ensuring radiation safety
Tips and Important Notes:
- The configuration of the complex is determined when ordering
- For maximum efficiency, it is recommended to pre-set the composition of detectors for a specific task
- Allowed to work on mobile platforms without connecting to the on-board network
- Remote data transfer requires a Wi-Fi or 3G connection
- The appearance and composition of the equipment may be changed by the manufacturer
Specifications
Applications
- Radiation monitoring of territories
- Search for lost radioactive sources
- Control of the movement of radioactive materials
- Assessing the consequences of radiation accidents
- Security control of public events
- Radiation reconnaissance and mapping
- Monitoring of nuclear power plants and nuclear infrastructure facilities
Kit
- Gamma and neutron radiation measuring modules
- Rugged tablet PC
- Adapters and connection cables
- Documentation
- Accessory kit
- Software
Features and Compatibility
- Supports installation on vehicles, ships and aerial platforms
- Works with AT6103, GARM and ARMS software
- Transfer data to a remote server via Wi-Fi / 3G
- GPS binding of measurement results
- Construction of radiation maps and isolines
- Identification of radioisotope composition
- Continuous gamma and neutron scanning
- Search and localization of radiation sources
- Automatic adaptation to changes in background radiation
Detection of neutron sources in continuous scanning mode
He³-proportional counters
Detectors....................................................
Energy range.............................................0.025 eV – 14 MeV
Neutron radiation
NaI(Tl), scintillation plastic detectors
Detector types...........................................
Dose rate range........................................up to 10 Sv/h
Energy range...........................................from 20 keV to 3 MeV
Spectrometric analysis and dosimetry
Real-time identification of radionuclides
Gamma radiation
Communication and navigation
receiver
GPS positioning........................................built-in GNSS
Bluetooth / USB / RS232
Communication interfaces......................
Possibility of connecting an external GNSS antenna
Positioning accuracy................................no worse than 3 m
Main parameters of the complex
Number of meters.....................................from 1 to 6
Average service life..................................at least 15 years
Relative humidity........................................up to 95%
Operating temperature...........................-20°C to +50°C
Degree of protection...............................IP55
Battery life..................................................up to 10 hours
Maximum number of detection units....up to 18
Applications
- Radiation monitoring of territories
- Search for lost radioactive sources
- Control of the movement of radioactive materials
- Assessing the consequences of radiation accidents
- Security control of public events
- Radiation reconnaissance and mapping
- Monitoring of nuclear power plants and nuclear infrastructure facilities
Kit
- Gamma and neutron radiation measuring modules
- Rugged tablet PC
- Adapters and connection cables
- Documentation
- Accessory kit
- Software
Features and Compatibility
- Supports installation on vehicles, ships and aerial platforms
- Works with AT6103, GARM and ARMS software
- Transfer data to a remote server via Wi-Fi / 3G
- GPS binding of measurement results
- Construction of radiation maps and isolines
- Identification of radioisotope composition
- Continuous gamma and neutron scanning
- Search and localization of radiation sources
- Automatic adaptation to changes in background radiation
Detection of neutron sources in continuous scanning mode
He³-proportional counters
Detectors....................................................
Energy range.............................................0.025 eV – 14 MeV
Neutron radiation
NaI(Tl), scintillation plastic detectors
Detector types...........................................
Dose rate range........................................up to 10 Sv/h
Energy range...........................................from 20 keV to 3 MeV
Spectrometric analysis and dosimetry
Real-time identification of radionuclides
Gamma radiation
Communication and navigation
receiver
GPS positioning........................................built-in GNSS
Bluetooth / USB / RS232
Communication interfaces......................
Possibility of connecting an external GNSS antenna
Positioning accuracy................................no worse than 3 m
Main parameters of the complex
Number of meters.....................................from 1 to 6
Average service life..................................at least 15 years
Relative humidity........................................up to 95%
Operating temperature...........................-20°C to +50°C
Degree of protection...............................IP55
Battery life..................................................up to 10 hours
Maximum number of detection units....up to 18