Doza MKS-15D Snegir 사용자 설명서 - 페이지 3

{카테고리_이름} Doza MKS-15D Snegir에 대한 사용자 설명서을 온라인으로 검색하거나 PDF를 다운로드하세요. Doza MKS-15D Snegir 17 페이지. Dose-rate meter / radiometer

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This User Manual contains information on design, principle of operation, characteristics of the

product 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

Dose-rate meter/radiometer MKS-15D "Snegir" (hereinafter - dosimeter) is intended for

measurement of ambient equivalent dose

 

 

(hereinafter - AEDR) of photon radiation and beta particle flux density. as well as for estimation

of count rate at the combined measurement of gamma- and beta-radiation (hereinafter γ + β).

The dosimeter is used for radiation survey at industrial enterprises; in ecological studies;

checking of radioactive contamination of bank notes in banks; radiation measurements in housing

premises, buildings and structures, and adjacent territories, household appliances, clothes, garments,

soil surface of the homestead lands, vehicles.

The dosimeter provides threshold excess alarm signals.

1.2 Technical characteristics

1.2.1 Energy range of measured gamma radiation ................................. 0.05 to 3.0 MeV.

1.2.2 Measurement range:

AEDR of gamma radiation ................................................... 1·10

AED of gamma radiation ............................................................. 1·10

Note - At AED level less than 1·10

normalized.

1.2.3 Limits of the permissible basic relative measurement error:

AEDR of gamma radiation ............................................................. (15+2/ Н ) %,

where Н is a dimensionless unit, numerically equal to measured values of measured AEDR in μSv·h

AED of gamma radiation ........................................................................ ±15 %.

1.2.4 Energy dependence relative to 0.662 MeV ................................................ 25 %.

1.2.5 Anisotropy of dosimeter for incident radiation in the solid angle ±60° relative to principal

measurement direction (perpendicular to the upper rear part of the dosimeter):

for radionuclides

for radionuclide

1.2.6 Energy range of measured beta radiation ....................................... 0.1 to 3.0 MeV.

1.2.7 Measurement range of beta radiation flux density ....................... 10 to 10

1.2.8 Limits of the permissible basic relative measurement error of beta radiation flux

density ................................................................................................ ±(20 +200/P),

where P is a dimensionless unit, numerically equal to measured values of measured beta radiation flux

-2

-1

density in cm

·min

1.2.9 Warm-up time of the dosimeter ............................................................. 1 min.

1.2.10 Continuous operation of the dosimeter when powered by two AA size alkaline batteries

provided the illumination of the display is switched off and the level of background radiation is normal

(at 20°C) .......................................................................................................... 400 hours.

1.2.11 Instability of readings within 6 hours of continuous operation ....................... ±10 %.

1.2.12 Dosimeter is powered by two AA size alkaline batteries.

1.2.13 Dosimeter is resistant to change in power supply voltage ................. from 1.8 to 4.0 V.

 



-6

Sv the dosimeter serves as indicator and its measurement error is not

137

Cs and

Co .............................................................. 25 %;

241

Am .......................................................................... 60 %.

FVKM.412152.005RE

(hereinafter - AED) and ambient equivalent dose rate

-7

-3

-1

to 2·10

Sv·h

;

-6

to 10 Sv.

-1

-2

-1

·min