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BG3920 hand-held radionuclide identification instrument
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Classification:
Key words:
Monitoring System
- Product Description
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Instrument introduction:
BG3920 handheld nuclide identification instrument is a set of ray detection, automatic energy spectrum analysis and automatic nuclide identification function in one of the high-end portable spectrometer, the instrument uses high sensitivity scintillation crystal detector and low noise photomultiplier tube, with high detection efficiency. The application of digital multi-channel analyzer and 32-bit microprocessor improves the performance of the instrument, reduces the interference of environmental changes to the instrument, and provides a more flexible and convenient user experience. The instrument can quickly and accurately determine the type and radiation intensity of radionuclides, and has the functions of search, detection and alarm. It can be widely used in environmental protection, customs, security inspection, metallurgy, industrial and mining enterprises, scientific research institutes and other units. It provides an ideal detection method for environmental radiation monitoring, nuclear anti-terrorism security inspection, radiation source cleaning and other nuclear technology applications.
- The instrument is small in size and easy to carry, and can be applied to various on-site radiation detection requirements;
- Embedded operating system based on 32-bit microprocessor, 3.5-inch touch screen, easy to operate;
- With radioactive source search, dose measurement, radionuclide identification and other functions;
- Editable built-in nuclide library, can be customized to add a variety of radionuclides;
- The application of digital multi-channel analyzer improves the stability and environmental adaptability of the instrument;
- The self-developed nuclide identification software can quickly and accurately identify various radionuclides.
Application areas:
Environmental protection departments, nuclear power plants, customs, airports, entry and exit, medical and health, safety supervision departments, metal smelting enterprises, nuclear-related industrial and mining enterprises and related scientific research institutes.
Technical parameters:
2. Measurement range: 30keV ~ 3MeV
2. Dose rate measurement: 0.02 µSv/h ~ 30mSv/h, dose equivalent: 0 ~ 9999mSv
3. Relative error of dose rate measurement: ≤ ± 20%, relative error of dose equivalent: ≤ ± 25%
4. Types of radionuclide identification:
Special Nuclear Materials: 223U,235U,238U,237Np,239Pu
Medical nuclides: 28F,67Ga,99mTc,222In,223I,225I,232I,233Xe,202Ti,25Cr,203Pd
Industrial nuclides: 57Co,75Se,60Co,233Ba,237Cs,292Ir,242Am,252Eu
Natural nuclides: 40K,226Ra,232Th,238U
The HYGP-2223 type is a small high-sensitivity X-gamma radiation detector, which uses the latest low-power embedded microprocessor as the data processing unit, and the detector is composed of a highly sensitive scintillator and a high-range GM counter. The instrument is more sensitive to short-term pulse radiation and can detect short-term (≥ 20ms)X-pulse radiation. It has a wide range of uses, such as environmental monitoring (nuclear safety), radiation health monitoring (disease control, nuclear medicine), homeland security monitoring (entry and exit, customs), public safety monitoring (public security), nuclear power plants, laboratories and nuclear technology applications.
Instrument features
▶Large area color display with backlight
▶High instrument sensitivity, can measure the environmental background
▶Automatically save the accumulated dose, power can be saved for a long time
Main technical indicators
▶Continuous radiation field measurement range: dose rate: 0.02 μSv/h-200mSv/h
Cumulative dose: 0.00μSv ~ 9999Sv
▶Measurement range of pulsed radiation field: 0.02 μSv/h-200mSv/h
▶Pulse radiation response time: 5ms
▶Energy range: 20KeV-7MeV
▶Sensitivity: 2.7cps 2500cps (2 μSv/h)
BG3920 hand-held radionuclide identification instrument
The HYGP-2223 type is a small high-sensitivity X-gamma radiation detector, which uses the latest low-power embedded microprocessor as the data processing unit, and the detector is composed of a highly sensitive scintillator and a high-range GM counter. The instrument is more sensitive to short-term pulse radiation and can detect short-term (≥ 20ms)X-pulse radiation. It has a wide range of uses, such as
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Classification:
Key words:
Monitoring System
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