Stationary Vehicle Radiation Monitor AT2327
Automatic stationary solution for continuous radiation monitoring designed to detect sources of gamma and neutron radiation in vehicles crossing access control points.
Description
More Products & Services
Products & Services
Radiation Monitoring Station
PT. Gamma Mitra Lestari
RMS functions:
▪ Real-time detection of radiation environment changes
▪ Collection of dosimetric, spectrometric and weather parameters
▪ Data communication over wireless channels into control and response stations
RMS measurement channels are based on smart gamma radiation detection units: BDKG-22 (BDKG-224) wide-range dosimetric detection unit and BDKG-211M highly sensitive spectrometric detection unit. Application of spectrometric detection unit enables database storage of measured gamma radiation spectra, automatic
identification of radionuclides, and record of minor changes in radiation background. Combination of RMS into a single network (up to 256 units) and use of dedicated software to build automated radiation monitoring system (ARMS).
▪ Real-time detection of radiation environment changes
▪ Collection of dosimetric, spectrometric and weather parameters
▪ Data communication over wireless channels into control and response stations
RMS measurement channels are based on smart gamma radiation detection units: BDKG-22 (BDKG-224) wide-range dosimetric detection unit and BDKG-211M highly sensitive spectrometric detection unit. Application of spectrometric detection unit enables database storage of measured gamma radiation spectra, automatic
identification of radionuclides, and record of minor changes in radiation background. Combination of RMS into a single network (up to 256 units) and use of dedicated software to build automated radiation monitoring system (ARMS).
Radiation Monitor with Identification Atomtex AT1120
PT. Gamma Mitra Lestari
Specification :
• Detector : BDKG-11M NaI(Tl) Scintillator, Ø63x63 mm, GM counter tube (HPC)
• Energy range BDKG-11M : 20 keV – 7 MeV
GM counter tube (HPC) : 60 keV – 3 MeV
• Measurement range
BDKG-11M : 0.03 µSv/h – 150 µSv/h
GM counter tube (HPC) : 1 µSv/h – 100 mSv/h
• Operation temperature range
BDKG-11M : -20°С to +50°С
GM counter tube (HPC) : -30°С to +60°С
• Detector : BDKG-11M NaI(Tl) Scintillator, Ø63x63 mm, GM counter tube (HPC)
• Energy range BDKG-11M : 20 keV – 7 MeV
GM counter tube (HPC) : 60 keV – 3 MeV
• Measurement range
BDKG-11M : 0.03 µSv/h – 150 µSv/h
GM counter tube (HPC) : 1 µSv/h – 100 mSv/h
• Operation temperature range
BDKG-11M : -20°С to +50°С
GM counter tube (HPC) : -30°С to +60°С
Bacpack Based Radiation Detector AT6101C
PT. Gamma Mitra Lestari
Feature :
Automatic Simultaneous Gamma Neutron radiation scanning
Search, detection and localization of radioactive source and real time identification of its isotopic composition
Automatic accomodation to radiation background level change
Specification :
Detector
• BDKG-11M : NaI(Tl) Ø63 x 63 mm
• BDKG-04 : Plastic scintillation Ø30 x 15 mm
• BDKN-05 : Two He-3 proportional couter Ø30 x 360 mm
Dose rate measurement range
• BDKG-11M : 0.03 µSv/h – 150 µSv/h
• BDKG-04 : 0.05 µSv/h – 10 Sv/h
Energy Range
• BDKG-11M : 20 keV – 3 MeV
• BDKG-04 : 15 keV – 3 MeV
• BDKN-05 : 0.025 eV – 14 MeV
Measurement channel number : 0 – 1023
Automatic Simultaneous Gamma Neutron radiation scanning
Search, detection and localization of radioactive source and real time identification of its isotopic composition
Automatic accomodation to radiation background level change
Specification :
Detector
• BDKG-11M : NaI(Tl) Ø63 x 63 mm
• BDKG-04 : Plastic scintillation Ø30 x 15 mm
• BDKN-05 : Two He-3 proportional couter Ø30 x 360 mm
Dose rate measurement range
• BDKG-11M : 0.03 µSv/h – 150 µSv/h
• BDKG-04 : 0.05 µSv/h – 10 Sv/h
Energy Range
• BDKG-11M : 20 keV – 3 MeV
• BDKG-04 : 15 keV – 3 MeV
• BDKN-05 : 0.025 eV – 14 MeV
Measurement channel number : 0 – 1023
Radiation Survey Meter AT6130
PT. Gamma Mitra Lestari
When the filter cap opens the instrument switches to beta particle flux density measurement mode automatically.
Microprocessor-based unit is responsible for controlling the radiation monitor operating modes, calculations, storing and displaying measurement results and for self-checking function. Count rate is converted automatically into measurable physical values throughout the range. Energy compensating filter allows correcting energy dependence of sensitivity efficiently in entire energy range of photon radiation.
- Ambient gamma and X radiation dose rate equivalent measurement range : 0.1 μSv/h...10 mSv/h
- Ambient gamma and X radiation dose equivalent measurement range : 0.1 μSv...100 mSv
- X and gamma radiation energy range : 20 keV...3 MeV
Microprocessor-based unit is responsible for controlling the radiation monitor operating modes, calculations, storing and displaying measurement results and for self-checking function. Count rate is converted automatically into measurable physical values throughout the range. Energy compensating filter allows correcting energy dependence of sensitivity efficiently in entire energy range of photon radiation.
- Ambient gamma and X radiation dose rate equivalent measurement range : 0.1 μSv/h...10 mSv/h
- Ambient gamma and X radiation dose equivalent measurement range : 0.1 μSv...100 mSv
- X and gamma radiation energy range : 20 keV...3 MeV
Description
Automatic switching from background radiation measurement to detection when a vehicle crosses the control zone line, Rear side of gamma radiation detection unit is screened by lead plates, Self-monitoring of component parts,
Backup power source is available: Continuous operation for up to 6 hours (4 detection units)
Backup power source is available: Continuous operation for up to 6 hours (4 detection units)

Share
Recent Chats
Share via email
Future: handle WhatsApp here
Future: handle LinkedIn here
Future: handle Twitter here
SUBMENU HERE
Share via Chat
Copy Link