Doza

Installation for monitoring radioactive contamination of hands, feet (shoes) and clothing of personnel with alpha- and beta - active substances. Modern and intuitive interface, various versions. Purpose: monitoring the level of contamination of hands, feet (shoes) and clothing of personnel with alpha- and beta-active substances and signaling when exceeding permissible levels; measurement of alpha and beta radiation flux density from the surface of the hands, feet (shoes) and clothing of personnel; measurement of the surface activity of alpha- and beta-emitting radionuclides of hands, feet (shoes) and clothing of personnel.

Checking the performance of cardiographs, cardiac monitors and cardiac units of intensive care monitors; checking the general functionality and imitation of the patient (when checking stress systems, a cardioid signal is formed); checking the amplitude of the signal recording (a U-shaped signal is formed).

Appointment: continuous pumping of atmospheric air with a constant flow rate through a filter element based on Petryanova fabric. measurement of ionizing radiation parameters at a controlled point in accordance with the capabilities of the unit used.

The dosimetric control stand (SDK) is designed for continuous monitoring of the parameters of the radiation situation in the premises and technological systems of nuclear and nuclear hazardous production enterprises. KFOR can be used as a structural element of the lower level of automated radiation monitoring systems at nuclear power and industrial facilities related to the obtaining, processing, use and storage of radioactive materials.

Purpose determination of the effective dose of patients in radiation diagnostics; control of stability of parameters of X-ray machines

The installations are designed for continuous monitoring of the radiation situation at specified points of radiation objects with data transmission via VHF radio frequency channel and/or GSM/GPRS network. Purpose: radiation monitoring of industrial sites of nuclear power plants and other radiation facilities (RCP); radiation monitoring of the environment of sanitary protection zones and observation zones (RCOS); creation of an automated system for monitoring the radiation situation (ASKRO) of territories, sanitary protection zones (SPZ) and monitoring zones (ZN) of radiation-hazardous objects; creation of situational crisis centers (SCC) of enterprises and regions.

Purpose measurement and control of the pumping speed and the total volume of the aerosol mixture pumped through the filters installed on the product during sampling in order to determine the content of aerosol pollutants in the air

Appointment: The installation is designed to detect radioactive contamination of the surfaces of controlled objects.

The filter holder FD-05D is designed to install aerosol and iodine filters in it, in an amount of up to 8 pieces. The filters are arranged sequentially. It is used in sampling systems of gas-aerosol media at radiation-hazardous and other production facilities.

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.