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Overall dimensions of the device (mm) 113*25*14 The service life of the built-in battery is at least 300 cycles within the warranty period of the device Full charge time The time to fully charge the built-in battery from a PC USB port or charger is no more than 4 hours. Operating time from a fully charged built-in battery under natural radiation conditions without the use of sound/vibration alarms is at least 2 weeks. Maximum counting speed (imp/sec) is not less than 10,000 imp/s (600,000 imp/min). Device weight (g) no more than 60 Note Atom Fast can withstand irradiation with a dose rate of up to 2000 R/h for 2 s without damage and fully restores functionality after cessation of irradiation in no more than 2 s. Operating temperature range from -40 to +40 degrees. C (for the “new” detection block edition from the fall of 2019, the range is from -20 to +40). When the temperature rises above +40 degrees. C, the device will warn the user about this with the sound of a two-tone siren repeating once a minute. With a further increase in temperature, correct operation of the device is not guaranteed. Energy range of recorded photon radiation (keV) is not less than 60 - 3000. Working size of scintillation detector (mm) 7.5*7.5*100 Contents of delivery USB cable for charging the built-in lithium-ion battery 1 pc. Dosimeter attachment Atom Fast 77100 - 1 pc. Packing box 1 pc. Carrying case - 1 pc.

- Measurement of pollution density and specific activity of radionuclides 134Cs and 137Cs in soils and soils; - Measurement of the specific activity of radionuclides 137Cs, 134Cs, 131I in water, food, forestry products, agro-industrial complex and liquid radioactive waste; - Determination of the content of natural radionuclides 40K, 226Ra, 232Th; - Identification of radionuclides: 134Cs, 137Cs, 131I, 40K, 226Ra, 232Th; - Measurement of the ambient dose equivalent of gamma radiation Measurements without sampling with GPS-binding Intelligent detection unit in an airtight container Automatic determination of the thickness of the contaminated soil layer by radionuclides 137Cs and 134Cs

Neutron radiation detection units (BDKN-01, BDKN-02, BDKN-03, BDKN-04, BDKN-05)

The filter holder is designed to install an aerosol filter of the AFA type in it. It is used in sampling systems of gas-aerosol media at radiation-hazardous and other production facilities.

Sorption analytical filters AFA-SI are used for simultaneous capture and determination of samples of aerosols and vapors of radioactive iodine, followed by measurement of the delayed sediment by radiometric devices.

The fast-deployable radiation monitoring system (BR ASKRO) is intended for the operational creation of a local autonomous automated network of portable radiation monitoring posts in places where radiation emergencies occur. The main purpose of the system being created is continuous radiation monitoring, on areas up to 1 km2, when performing work to localize accidents and eliminate their consequences to ensure the safe operation of personnel of emergency rescue units, as well as to monitor the effectiveness of the work performed.

Measurement of the ambient dose equivalent of continuous and average dose rate of pulsed X-ray and gamma radiation in an extremely wide range under harsh operating conditions.

The fast-deployable radiation monitoring system (BR ASKRO) is intended for the operational creation of a local autonomous automated network of portable radiation monitoring posts in places where radiation emergencies occur. The main purpose of the system being created is continuous radiation monitoring, on areas up to 1 km2, when performing work to localize accidents and eliminate their consequences to ensure the safe operation of personnel of emergency rescue units, as well as to monitor the effectiveness of the work performed.

Flexible software control of the spectrometer functions, the formation of a database and a report on the results of the survey Express control capacity - 15 people per hour The possibility of sharing AT1316(AT1316A) and AT1322(AT1322/1) The possibility of accommodation in a minibus as part of a mobile radiation control laboratory

Transmission of units of absorbed dose, directed, individual dose equivalents and their beta radiation power as part of the working standard of absorbed dose (PD) and absorbed dose power (MPD) of beta radiation in a tissue equivalent substance. ▪ Use of closed radionuclide beta radiation sources 90Sr+90Y (BIS-50, 22 GBk), 85Kr (KAC.D3, 15 GBk) and 147Pm (BIP-50, 10 GBk) ▪ Formation of a reference field from sources by a mobile emitter unit using smoothing filters ▪ Source holders with shutter and protective screens ▪ Calibrated length rods and laser device for centering and digitizing ▪ A video surveillance system of readings ▪ The possibility of using an automated extrapolation chamber as part of the installation to reproduce the absorbed dose (absorbed dose rate) of beta radiation in the tissue ▪ Measurement of ionization currents from 1 fA when using an extrapolation chamber and a precision electrometer ▪ Software for installation operation, calibration and calculations ▪ An alarm and blocking system, control of photon radiation levels in the measurement room and operator room

- Search and detection of gamma radiation sources with identification of radionuclide composition - Measurement of the ambient dose equivalent of gamma radiation The combination of compactness and high sensitivity The possibility to analyze the spectrum and identify radionuclides without using a PC A built-in GPS module Audiable, light and vibration alarms

Calculation of the expected effective dose of internal radiation per year from incorporated 137Cs and 134Cs Flexible software control of the spectrometer functions, the formation of a database and a report on the results of the survey Express control capacity - 15 people per hour The possibility of sharing AT1316(AT1316A) and AT1322(AT1322/1) The possibility of accommodation in a minibus as part of a mobile radiation control laboratory