Dosimeter LMDOM-A100 is specially designed for measuring and monitoring the cumulative exposure of x-ray, β, and γ radiation over a period of time and provides accurate data on the amount of radiation absorbed by an individual or an object. This dosimeter covers energy ranges from X-ray and gamma radiation, spanning from 40 KeV to 3.0 MeV, as well as beta radiation ranging from 0.5 to 3.0 MeV.
Get Quote| 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-ray: 40 KeV to 3.0 MeV 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) |
| Threshold Value | Adjustable |
| Protective Alarm Response Time | < 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 |
It features an automatic failure detection function and measures x, gamma, and beta radiation dose rates from background to elevated levels
The digital LCD display includes backlighting and specifies measurements in various units
Alerts for low battery levels, measurement errors, surface soft and hard beta-particle flux density, threshold levels, and real-time data
Incorporated with a magnifying tube enables quick detection and localization of gamma and beta radiation sources within seconds
Equipped with a built-in gamma and beta-sensitive Geiger-Muller counter, enhancing its sensitivity to these types of radiation
Automatically sets intervals and ranges, saves dose values, and detects failures for increased reliability
Customizable multiple alarm response including voice and dose rate alarms with adjustable cumulative dose thresholds, instant light, and vibration activation
It includes ore-containing materials for detecting radioactive substances and a cobalt source for electronic accelerator radiation detection
Dosimeters are widely used for radiation detection in nuclear facilities, environmental monitoring, agriculture, medical treatments, and materials inspection, including Cobalt sources and electronic accelerators.
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Dosimeter LMDOM-A100
Laboratory dosimeters are an important tool in radiation monitoring, and protect the welfare of workers exposed to ionizing radiation. Designed to measure and record the amount of ionized gas absorbed, this instrument plays an important role in maintaining a safe working environment in laboratories, nuclear sites, and medical institutions If these small devices that individuals record the amount of gas collected at a given time interval These device data do help monitor compliance with safety regulations and identify potential health hazards from long-term exposure. Modern laboratory dosimeters use advanced technologies such as thermal beams, optical excitation beams, or solid-state detectors to provide accurate and reliable measurements Some types of dosimeters provide monitoring time automatically, and provide an immediate alert when air levels exceed predetermined levels.
