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Summary of Contents for Doza RPOGRESS
- Page 1 Scientific Production Company “Doza” SPECTROMETRIC COMPLEX FOR MEASUREMENT OF ACTIVITY OF ALPHA-, BETA-, AND GAMMA-EMITTING RADIONUCLIDES «RPOGRESS» SCINTILLATION GAMMA-SPECTROMETER «RPOGRESS-GAMMA» User manual FVKM.412131.002-03RE...
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Page 2: Table Of Contents
Cont ent 1 Description and operation of the product …………………………………………… 3 1.1 Product functionality ……………………………...…………..……………… 1.2 Technical characteristics ……………………….………...…...……………… 1.3 Configuration ………….….…………………...……………………………... 1.4 Design and operation ……………………….……………………...……….… 4 1.5 Marking and sealing……………………………………………....... 1.6 Packing ………………………………………………………………….…..2 Intended use …………………………………………………………….…………… 5 2.1 Operating limitations ……………………………………….…………………... -
Page 3: Cont Ent
This user manual FVKM.412131.002-03RE contains information on design, principle of operation, characteristics of the scintillation gamma-spectrometer «Progress-gamma» and instructions essential for correct and safe use of this product (intended use, maintenance, servicing, storage and transportation), as well as information regarding the utilization of the product. 1 DESCRIPTION AND OPERATION OF THE PRODUCT 1.1 Product functionality Scintillation gamma-spectrometer «Progress-gamma»... -
Page 4: Configuration
1.2.13 Gamma-spectrometer withstands sinusoidal vibrations in the frequency range from 10 to 55 Hz with displacement amplitude 0.35 mm. 1.2.14 Casings of the gamma-spectrometer ensure protection against penetration of solid objects and water in accordance with the IP23. 1.2.15 Gamma-spectrometer is proof against electromagnetic interference in compliance with the IEC 1000-4-8-93, IEC 1000-4-9-93, IEC 61000-3-2-95, IEC 610003-3-94, IEC 61000-4-2-95, IEC 61000-4-3:2006, IEC 61000-4-4-95, IEC 61000-4-5-95, IEC 61000-4-6-96, IEC 61000-4-11-94, IEC 61000-4-12-96, IEC 61000-4-13:2002, IEC 61000-4-14-99, IEC 61000-4-28-99, design group III,... -
Page 5: Marking And Sealing
1.5 Marking and sealing 1.5.1 A label should be attached to the products which constitute gamma-spectrometer with the following designations: designation of the product: works number of product or unit according to the manufacturer's system of numeration; year of production; power consumption, voltage or current, power frequency;... -
Page 6: Maintenance
2.2.3 Turn on the PC. Warm up the gamma-spectrometer for 30 minutes. 2.2.4 Start the «Progress» software by clicking on the corresponding icon on the desktop. 2.2.5 Detailed description of steps during operation of the gamma-spectrometer is presented in the following documentation that comes with spectrometer: - Procedure for performance testing of the spectrometric complex «Progress»... -
Page 7: Calibration Routine
Technical condition of the gamma-spectrometer is considered acceptable in case the deviation of the measured count rate from the reference count rate indicated in the certificate of calibration does not exceed 10 %. 4 CALIBRATION ROUTINE 4.1 General requirements 4.1.1 Calibration of the gamma-spectrometer is performed in accordance with IEC 61453:2007. 4.2 Preliminary arrangements 4.2.1 Operations that should be performed during calibration and required equipment are listed in the Table 4.1. - Page 8 4.5.2 Testing Turn the gamma-spectrometer on (computer and power supply unit) and wait until warming up for 30 minutes. Start «Progress» software and initiate viewing mode of the apparatus spectrum of gamma- spectrometer. Place the calibration source ( K) in standard position and start measurement in the energy calibration mode in accordance with the user manual for the software «Progress».
- Page 9 2) In case that the difference between current and previously measured count rates in at least one of the checked intervals exceeds the criterion preset in the software, it will warn the user about change of the background spectrum. If this is the case, eliminate the reason of increased background and perform two successive measurements of background in accordance with step 1) above.
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Page 10: Routing Repairs
Calculate limits for the basic relative error of activity measurement of the working standard OISN in percents by the following formula (4.2) - uncertainty of the working standard OISN (indicated in the calibration certificate for the where standard), %. -
Page 11: Disposal
7.4 Transportation conditions: temperatures ……………………………….………………..…… from minus 50 to +50 °C provided a smooth thermal stabilization is ensured at unloading to temperatures from minus 10 to +40 С and subsequent storage under normal conditions during 24 hours; humidity ………………………...………………….…….……..….. up to 98 % at +35 °C; sinusoidal vibrations ……………..……..…. -
Page 12: Appendix A Assembling Of Gamma-Spectrometer Shielding
I - Overview and dimensions of shielding SZG-1. II - Shielding SZG-1 in section (positions of the detector unit and Marinelli beaker are shown). III – Assembly diagram of SZG-1. FVKM.412131.002-03RE... - Page 13 A.1 COMPONENTS OF SHIELDING SZG-1 − Post − Cylinder − − Grounding screw − Ball − Insert A.2 ASSEMBLY SEQUENCE OF THE SHIELDING A.2.1 Withdraw the post 1 from package, holding it by the round base plate. A.2.2 Install the post on a flat level surface (on the floor) so as to exclude the possibility of the shielding turnover during assembling and further use.
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Page 14: Appendix B Connection Layout
Appendix B (mandatory) CONNECTION LAYOUT Function of USB port contacts PIN # SIGNAL - Data + Data А2 220 V, 50 Hz Position Item Q-ty Note Detector unit BDEG3-2 System unit of the PC FVKM.412131.002-03RE...
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