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Dosimeter DSM-20LS

Dosimeter DSM-20LS

Dosimeter DSM-20LS offers detection of beta, and gamma radiation and measures dose equivalent rates from 0.01 μSv/h to 10 mSv/h. It utilizes ore-containing materials for radioactive detection and incorporates a cobalt source for enhanced accuracy. Includes a built-in gamma and beta-sensitive Geiger-Muller counter for reliable measurement. Equipped with a magnifying tube for quick identification and localization of gamma and beta radiation.

Temperature Range

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  • Simultaneous dose rate and cumulative dose measurement

  • Indicates density of beta particles emitted from a surface

  • Battery voltage and low battery indication

  • Customizable alarms for voice and dose rate

  • Offers automatic setting of measurement intervals

  • Automatic saving of dose values

  • Failure detection function

  • Adjustable cumulative dose thresholds

  • Single AAA battery operation

  • Includes a digital LCD backlight display

Temperature Range -20°С to +50°С
Measurement Ranges Dose equivalent rate (137 Cs): 0.01 μ Sv/h to 10 m Sv/h
Dose equivalent (137 Cs): 0.01 u Sv to 9999 Sv
Energy Ranges X and Gamma radiation: 40 KeV to 3.0 MeV
Beta radiation: 0.5 to 3.0 MeV
Display Unit Dose rate: µ Sv/h, m Sv/h, Sv/h automatic conversion
Dose: µ Sv, m Sv, Sv automatic conversion
Detector GM counter
Energy Dependence ≤ ± 25 % (relative to 137 Cs)
Relative Errors ≤ ± 10 % (in 20 u Sv/h)
Dose Rate and Dose Alarm Threshold Value Full range can be adjusted
Protective Alarm Response Time Not more than 3 seconds (in 10 uSv/h)
Sensitivity 2000 CPM/(mR/h)
Humidity ≤ 85% RH
Power One AAA battery
Dimension 125 × 55 × 26 mm
Weight 120 g

Occupational Radiation Monitoring: Used in nuclear power plants, medical facilities, research labs, and industries to monitor worker radiation exposure.

Environmental Radiation Monitoring: Employed to monitor radiation levels in the environment, particularly in areas near nuclear facilities, radioactive waste storage sites.

Research and Development: They are essential for studying radiation effects, testing shielding materials, and evaluating detection equipment in scientific studies.

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