These are common portable instruments choice for a general laboratory radioactive material survey.
These instruments serve to measure radiation dose which is accumulated by a user.These highly refined and functional instrument can withstand significant temperature changes.
Isotope identification instrument are designed to detect and localize radioactive and nuclear materials, as well as identify the types of radionuclides.
These instrument are designed on the basis of MKS-U, which gained an excellent reputation under severe desert conditions during peacekeeping mission.
These instrument are compact search device with a telescopic tube for quick detection and localization of alpha, beta, gamma, and X-ray radiation sources.
Area Monitoring Instruments displays information about ambient dose equivalent rate of gamma radiation, real time and temperature.
These instruments are designed to measure dose equivalent rate of gamma radiation. Used for mobile laboratories, as a part of data panels and automated radiation monitoring systems.
These instruments are designed for installation in special-purpose vehicles, in particular in radiochemical reconnaissance units of civil defense, and armed forces.
Personal Safety Equipment are designed to help you to check the radiation safety of your home, place of work and leisure, car, household items e.t.c
Radiation Badge EcotestCARD is a direct reading personal dosimeter for personnel exposure monitoring.
This dosimeter badge can be used either independently or within the automated system of personal dosimetry control ASIDC-21.
The radiation monitoring badge EcotestCARD allows storing dose accumulation history with real time reference in the non-volatile memory, and communicating it to the computer. If the programmed threshold levels of gamma dose or its rate are exceeded, light and audio alarms are actuated.
In 2011, the Ministry of Emergency Situations of Ukraine sent EcotestCARD dosimeters to Japan as humanitarian aid for recovery from the accident at the Fukushima NPP, where they gained a reputation of a reliable and precise product.
Area of Use
Measurement of gamma and X-ray radiation individual dose equivalent rate (DER).
Measurement of gamma and X-ray radiation individual dose equivalent (DE).
Clock, alarm clock.
Stand-alone use or use within automated system of personal dosimetry control.
Storage of dose accumulation history in the nonvolatile memory with real time reference.
Transfer of dose accumulation history through the infrared port to the computer.
Blocking the mode of power supply switch off until the data reading procedure finished.
DER and DE threshold levels programming of gamma and X-ray radiation with the help of the computer or manually with control keys.
Blocking certain indication modes in response to the computer command.
Light and audio alarms when programmed threshold levels exceeded on DER and DE of gamma and X-ray radiation.
Display automatic switch off if current gamma background is lower than the preset threshold level with instant switching on at:
– pressing any control key;
– gamma background increase above the preset threshold level;
– alarm clock ringing.
Periodic self-testing of batteries and detector.
Energy-compensated Geiger-Muller counter.
Measurement ranges and main relative permissible error limits | ||||||||
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– gamma and X-ray radiation individual dose equivalent rate HP(10) | µSv/h | 0.1…1 000 000; (1…10 µSv/h; ±20%;10 µSv/h…1 Sv/h; ±15%) | ||||||
– gamma and X-ray radiation individual dose equivalent HP(10) | mSv | 0.001…9 999; ±15% | ||||||
Energy range of detected gamma and X-ray radiation and energy dependence | MeV | 0.05…6.0; (0.05…1.25; ±25%) |
Recording resolution of dose accumulation history in the nonvolatile memory | minutes | 5…255 |
Time of data storage in the nonvolatile memory | years | not less than 10 |
Data exchange rate through infrared port | bit/s | 38 400 |
Positive data exchange distance between the dosimeter and the infrared port adapter | m | not more than 0.3 |
Lithium-ion storage battery (LIR2450) life* | hours | 3000 |
Operating temperature range | °C | -20…+50 |
Weight | kg | 0.08 |
Dimensions | mm | 90x55x10 |
Direct reading personal dosimeter in a damp and dustproof body with a high ingress protection rating, designed for use by the Army, Ministry of Emergencies and Civil Defense in conditions of significant temperature oscillations and high dustiness of atmosphere.
The dosimeter allows storing dose accumulation history with real time reference in the non-volatile memory, and communicating it to the computer. If the programmed threshold levels of gamma dose or its rate are exceeded, light and audio alarms are actuated.
DKG-21M is in operational service with the Ukrainian Army, and is successfully used by the Army and the units of the Ministry of Emergencies of Kazakhstan.
Area of Use
Measurement of gamma and X-ray radiation individual dose equivalent rate (DER).
Measurement of gamma and X-ray radiation individual dose equivalent (DE).
Clock, alarm clock.
IP54 ingress protection rating.
Stand-alone use or use within automated system of personal dosimetry control.
Storage of dose accumulation history in the nonvolatile memory with real time reference.
Transfer of dose accumulation history through the infrared port to the computer.
Blocking the mode of power supply switch off until the data reading procedure finished.
Gamma radiation DER and DE threshold levels programming with the help of the computer or manually with control keys.
Blocking certain indication modes in response to the computer command.
Light and audio alarms when programmed threshold levels exceeded on DER and DE of gamma radiation.
Display automatic switch off if current gamma background is lower than the preset threshold level with instant switching on at:
– pressing any control key;
– gamma background increase above the preset threshold level;
– alarm clock ringing.
Periodic self-testing of batteries and detector.
Energy-compensated Geiger-Muller counter.
Measurement ranges and main relative permissible error limits | ||||||||
---|---|---|---|---|---|---|---|---|
– gamma and X-ray radiation individual dose equivalent rate HP(10) | µSv/h | 0.1…1 000 000; (1…10 µSv/h; ±20%;10 µSv/h…1 Sv/h; ±15%) | ||||||
– gamma and X-ray radiation individual dose equivalent HP(10) | mSv | 0.001…9 999; ±15% | ||||||
Energy range of registered gamma and X-ray radiation and energy dependence | MeV | 0.05…6.0; (0.05…1.25; ±25%) |
Recording resolution of dose accumulation history in the nonvolatile memory | minutes | 5…255 | ||||||
Time of data storage in the nonvolatilememory | years | not less than 10 | ||||||
Data exchange rate through the infrared port | bit/s | 38 400 | ||||||
Positive data exchange distance between the dosimeter and the infrared port adapter | m | not more than 0.3 | ||||||
Lithium battery (CR2450) life* | hours | 4000 | ||||||
Operating temperature range | °C | -20…+50 | ||||||
Weight | kg | 0.14 | ||||||
Dimensions | mm | 56x96x16 |
The software can be used by companies and institutions, as well as by individual users to program DKG-21 “EcotestCARD” and DKG-21M dosimeters and also for reading and computer processing of dosimetric measurement results of DKG-21 “EcotestCARD”, DKG-21M, MKS-U and MKS-07 “POSHUK” dosimeters
Area of Use
Automated noncontact programming of the operating modes of DKG-21 “EcotestCARD” and DKG-21M dosimeters.
Automated noncontact reading of dosimetric measurement results of DKG-21 “EcotestCARD”, DKG-21M, MKS-U and MKS-07 ”POSHUK” dosimeters.
Automated noncontact programming of the operating modes of DKG-21 “EcotestCARD” and DKG-21M dosimeters.
Automated noncontact reading of dosimetric measurement results of DKG-21 “EcotestCARD”, DKG-21M, MKS-U and MKS-07 ”POSHUK” dosimeters.
PDC ECOMONITOR” allows to: | ||||||||
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program parameters and operating modes of DKG-21 “EcotestCARD” and DKG-21M dosimeters; | ||||||||
read dosimetric measurement results of DKG-21 “EcotestCARD”, DKG-21M, MKS-07 “POSHUK”, and MKS-U dosimeters; | ||||||||
review and print dosimetric information as reports; | ||||||||
save and export read information as a report or text file for further processing by other text editors; | ||||||||
import previously stored dosimetric information for processing and analysis. |
Operating Conditions | ||||||||
---|---|---|---|---|---|---|---|---|
The “PDC ECOMONITOR” program operates on the computers running Windows 10 x32 / x64-bit, and connected infrared port adapter (included in the delivery kit). |
ASIDC Ecotest is a new-generation software for automated systems of individual dosimetry control.
It is designed to control the accumulated doses of staff at the nuclear power facilities and at the institutions dealing with gamma radiation sources.
The software is based on a new up-to-date platform, which will make it relevant in the future. Client-server architecture allows independent operations with the dosimeters on many workstations. It features an option to access the database and manage it via the Internet.
The software is configured to operate with DKG-21 EcotestCARD and DKG-21M personal gamma radiation dosimeters. It can be supplied as a part of the automated system along with the hardware, in compliance with the needs of the customer.
Reading of measured personal dose equivalent HP(10) of gamma radiation
Automated database support of the accumulated dose of the staff
Display of statistical information on dosimetry data
Generation and print-out of different types of reports, as well as their export to different formats
Support of the automated database of dosimetry measurements with an option of presentation of reporting information about the accumulated doses in a graphic and a tabular view, as well as export to .doc .xls and .xml formats.
Sending of the dosimetry data to the server from the special software Terminals that can be installed and work independently on as may workstations as required.
Data exchange between the dosimeter and the Terminals is done through a noncontact method via the infrared port.
Remote access to the database and its management via the Internet.
Programming of the dosimeters’ parameters and operating modes from the Terminal.
ASIDK-21 can be used at the nuclear power facilities and at the institutions dealing with gamma radiation sources. DKG-21 EcotestCARD and DKG-21M personal gamma radiation dosimeters which meet the requirements of IEC 61526 standard are the key element of the system.
ASIDC-21 also includes the IR port adapters for data transfer between the dosimeters and the PC, as well as the ASIDC Ecotest software
Area of Use
Measurement of gamma radiation individual dose equivalent HP(10) and gamma radiation individual dose equivalent rate HP(10);
Automated database support of personnel radiation dose load;
Display of information on personnel radiation dose load in tabular and graphical form;
Generation and printing of various types of reports, as well as their export to other formats.
Support of the database of dosimetry measurements with an option to present the reporting information about radiation load of staff in a graphic and a tabular view, as well as export to .doc .xls and .xml formats.
Data exchange between the dosimeters and the automated workstation software is done via the infrared port with a noncontact method at a 0.3 m maximum distance between the dosimeter and the port adapter.
Sending dosimetric data to the server is carried out from special client applications that can be installed on an arbitrary number of workstations and work independently.
Programming of threshold levels of sound and light alarm of the dosimeter relative to individual gamma dose equivalent and its rate.
Programming of the frequency of individual gamma dose equivalent history recording in the dosimeter.
Denying the display of certain indication modes on the dosimeter’s indicator, as well as the option to switch off the dosimeter until its data is read.
Informing about unauthorized power shutdown of the dosimeter.
Option of remote access to the database and its management via the Internet.
DoseBase Software is designed for contactless programming of personal dosimeters by a system administrator and reading the measured dosimetric information from them, as well as personalization of dosimetric information and its storage in the database.
DoseBase software is compatible with personal gamma radiation dosimeters DKG-21 “EcotestCARD”, DKG-21M, and of EPD-27 series.
DoseBase Software can be used at nuclear power plants, in the companies and institutions that handle ionizing radiation sources in conditions that require radiation dose control of the personnel.
automation:
registration of individual exposure doses;
switching the dosimeters into working mode and their programming and switching off after data reading;
reading and recording values of dosimetric measurements;
adjusting dosimeter programming options;
saving the parameters of dosimeter programming until their next changes;
registration of employees, their expose dose and parameters of each session;
generation of reports on dosimetric measurements.
Each measurement session is automatically recorded in the DoseBase software and features a unique number identifier. |
The software enables calculation of the accumulated dose for a specific staff member for every session and generates appropriate reports for all employees, a specific employee, all selected sessions, and a specific session. |
Based on the reports, it is possible to determine the time interval with an accuracy of up to a day, the values of the measured doses that are read from the dosimetric devices, which devices were used by this person in a given period of time to conduct dosimetric measurements. |
DoseBase software administrator:
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Standalone automated system for individual dosimetry control
Standalone portable kit for individual dosimetry control for emergency groups and teams of NPP radiation surveillance or State Emergency Service of Ukraine (SESU) task units has been developed on the basis of our new software ASIDC Ecotest.
The kit is designed to measure individual dose equivalent of gamma radiation and keep automated database of accumulated dose of personnel of emergency groups and teams of NPP radiation surveillance or SESU task units during emergencies.
Developed on the basis of DKG-21M gamma radiation dosimeters in the amount according to the customer needs (basic kit 56 pcs.) that meet the IEC 61526 international standard, and a laptop with water- and dust-proof casing.
The system also includes the infrared port adapter, which provides data communication, and high quality protected case “Pelican”.
Area of Use
Measurement of individual dose equivalent rate HP(10) of gamma radiation
Measurement of individual dose equivalent HP(10) of gamma radiation
Automated database support of accumulated dose of the staff
Display of statistical information about dosimetric data
Generation of various types of reports and their export to other formats, possible print-out in the presence of a wireless or other connection to printer
Support of the automated database of dosimetry measurements with an option of presentation of reporting information about the accumulated doses in a graphic and a tabular view, as well as export to .doc .xls and .xml formats.
Data exchange between the dosimeters and the laptop is done through a contactless method using the IR port at a distance of up to 0.3 m.
A standalone portable radiation control kit is intended for emergency groups and teams of NPP radiation surveillance and the State Emergency Service of Ukraine (SESU) task units. The kit is designed to measure the individual dose equivalent of gamma radiation and keep an automated database of the accumulated dose of personnel during emergencies.
APKRK also provides an automatic transfer to the remote server and recording of dosimetric measurement results with their archiving.
The system consists of DKG-21M gamma radiation dosimeters in the amount according to the customer needs (basic kit of 30 pcs), Gamma Sapiens Intellectual gamma radiation detectors UDKG-01APro (basic kit of 30 pcs) that meet the IEC 61526 international standard, water- and dustproof smartphones with installed Special GS Ecotest software, ServerGS server software, a laptop with shock-resistant, water- and dustproof casing with installed DoseBase software.
The system also comprises an infrared port adapter that provides data transfer between the DKG-21M dosimeter and a protected laptop with installed DoseBase software, a mobile universal battery for recharging protected smartphones in the field environment, and high-quality shock-resistant water- and dustproof case “Pelican” and accessories.
Individual dosimetry:
Measurement of individual dose equivalent HP(10) of gamma radiation.
Measurement of individual dose equivalent rate HP(10) of gamma radiation.
Automated database support of accumulated dose of the staff.
Display of dosimetric data of individual dose equivalent rate and individual dose equivalent of gamma radiation in tabular and graphic view.
Generation of various types of reports and their export to .doc, .xls, and .xml formats with possibility to print-out.
Radiation monitoring of the environment:
Radiation monitoring with the capability to measure gamma dose rate and gamma dose.
Automatic transfer to the remote server and recording of measured dosimetric information with a real-time reference, date and geographic coordinates.
Generating reports and exporting them to .html, .wrt formats with the ability to print.
Individual dosimetry:
Measurement of dose burden is carried out by DKG-21M gamma radiation dosimeters.
Data exchange between the DKG-21M dosimeters and the laptop, with the installed software (SW), is carried out by a contactless method using an infrared port.
The maintenance of a personalized database of dose burden on personnel is carried out in the automated mode by DoseBase software.
Radiation Monitoring of the Environment:
Measurement is carried out by intellectual gamma-radiation detectors of UDKG-01APro Gamma Sapiens and is transferred to the Android-smartphone through the Bluetooth radio interface in real time.
Dosimetric data is processed, stored and displayed on a smartphone using the Special GS Ecotest application in a user-friendly form.
Transfer of dosimetric measurement results using wireless Internet from the smartphone to a remote server for collecting and processing information.
Dosimetric measurement results are continuously processed and updated by the Server GS server software with mapping.