АТ6130c radiation monitor...gost 27451-87, gost 28271-89, gost 17225-85, safety requirements of...
TRANSCRIPT
Compact reasonably priced device intended for gamma and X-radiation
radiation ambient dose equivalent and ambient dose equivalent rate
measurement
Low weight and small size
Field operation capability over a wide
information about measurement date and
and battery life indicator is displayed on
quantum is indicated by a sound signal
Bright white backlit LCD-screen
Automatic compensation of intrinsic
change of dose rate (measurement
Up to 100 measurement results can be
detector background
In search mode each registered gamma
Sound and visual alarm in case threshold
level is exceeded for dose and dose rate
Dose rate and dose thresholds can be
selected in entire measurement range and
saved when the radiation monitor is
switched off
Rapid reaction to statistically significant
process restart)
temperature range
stored in non-volatile memory with
time
Measurement results current time date
matrix LCD screen
Radiation protective measures in case of
nuclear disasters
Civil protection
Radioecology
Customs service
Fire-fighting service
facilities health care and other institutions
Dosimetric monitoring in manufacturing
Device operating principle is based on the process of count rate
measurement of impulses generated in Geiger-Muller counter tube under the
influence of gamma radiation
Count rate is converted automatically into measurable physical values
throughout the range Energy compensating filter allows correcting energy
dependence of sensitivity efficiently in entire energy range of gamma radiation
Microprocessor-based unit is responsible for controlling the radiation monitor
operating modes calculations storing and displaying measurement results and
for self-checking function
АТ6130C Radiation Monitor
Applications
Features
Radiation
Monitor
Operating principle
INSTRUMENTS AND TECHNOLOGIES FOR NUCLEAR
MEASUREMENTS AND RADIATION MONITORING
Standard sensitivity response upon gamma radiation incidence angle respect
to the calibration direction
K(E)K(0662)
08
09
10
11
12
13
14
006 0088 0662 12 2 3
E MeV
Normal energy response of monitor 137sensitivity respect to Cs
gamma radiation of 662 keV
Radiation direction
Radiation direction
Specification
Ambient gamma and X radiation dose 001 microSvh ndash 1 mSvh
Ambient gamma and X radiation dose 1 nSv ndash 100 mSv
Limit of intrinsic relative error plusmn20
Response time for dose rate le7s
(in the range from 01 microSvh to 1 mSvh)
Energy range 50 keV ndash 3 MeV
equivalent rate measurement range (or 10 microremh ndash 100 mremh)
in natural background conditions
equivalent indication range (or 01 microrem ndash 10 rem)
equivalent measurement range (or 10 microrem ndash 10 rem)
Ambient gamma and X radiation dose 01 microSvh ndash 1 mSvh
137relative to 662 keV ( Cs)
Ambient gamma and X radiation dose 01 microSv ndash 100 mSv
equivalent rate indication range (or 1 microremh ndash 100 mremh)
Continuous run time ge700 h
137 -1Typical sensitivity to Cs gamma radiation 28 cps(microSvh )
change from 1 to 10 microSvh (accuracy error leplusmn10)
Radiation overloading Radiation monitor can withstand
100-fold rise of dose rate
measurement upper range limit
for 5 minutes with readings not
lower than maximum
Working temperature range -20degC to +55degC
Energy dependence plusmn30
of dose rate measurement
оle35 С without condensation
Drop protection From le15 m to hard surface
Relative humidity with air temperature le95
Protection class IP40
Burn-up life ge100 Sv
or 2 x AA-size rechargeable
cells with nominal voltage 12 V
Overall dimensions weight 111x70x28 mm 02 kg
Power supply 2 x AA-size batteries (LR 6)
Design and specifications are subject to change without notice
Units of measure are chosen during ordering procedure and cannot be altered later
АТ6130C Radiation Monitor
5 Gikalo st Minsk 220005 Republic of BelarusTelFax +375-17-270-81-42E-mail infoatomtexcom
The radiation monitors comply with
GOST 27451-87 GOST 28271-89 GOST 17225-85
Safety requirements of IEC 61010-12010
EMC requirements of EN 550112009
IEC 61000-4-22008 IEC 61000-4-32008
Standard sensitivity response upon gamma radiation incidence angle respect
to the calibration direction
K(E)K(0662)
08
09
10
11
12
13
14
006 0088 0662 12 2 3
E MeV
Normal energy response of monitor 137sensitivity respect to Cs
gamma radiation of 662 keV
Radiation direction
Radiation direction
Specification
Ambient gamma and X radiation dose 001 microSvh ndash 1 mSvh
Ambient gamma and X radiation dose 1 nSv ndash 100 mSv
Limit of intrinsic relative error plusmn20
Response time for dose rate le7s
(in the range from 01 microSvh to 1 mSvh)
Energy range 50 keV ndash 3 MeV
equivalent rate measurement range (or 10 microremh ndash 100 mremh)
in natural background conditions
equivalent indication range (or 01 microrem ndash 10 rem)
equivalent measurement range (or 10 microrem ndash 10 rem)
Ambient gamma and X radiation dose 01 microSvh ndash 1 mSvh
137relative to 662 keV ( Cs)
Ambient gamma and X radiation dose 01 microSv ndash 100 mSv
equivalent rate indication range (or 1 microremh ndash 100 mremh)
Continuous run time ge700 h
137 -1Typical sensitivity to Cs gamma radiation 28 cps(microSvh )
change from 1 to 10 microSvh (accuracy error leplusmn10)
Radiation overloading Radiation monitor can withstand
100-fold rise of dose rate
measurement upper range limit
for 5 minutes with readings not
lower than maximum
Working temperature range -20degC to +55degC
Energy dependence plusmn30
of dose rate measurement
оle35 С without condensation
Drop protection From le15 m to hard surface
Relative humidity with air temperature le95
Protection class IP40
Burn-up life ge100 Sv
or 2 x AA-size rechargeable
cells with nominal voltage 12 V
Overall dimensions weight 111x70x28 mm 02 kg
Power supply 2 x AA-size batteries (LR 6)
Design and specifications are subject to change without notice
Units of measure are chosen during ordering procedure and cannot be altered later
АТ6130C Radiation Monitor
5 Gikalo st Minsk 220005 Republic of BelarusTelFax +375-17-270-81-42E-mail infoatomtexcom
The radiation monitors comply with
GOST 27451-87 GOST 28271-89 GOST 17225-85
Safety requirements of IEC 61010-12010
EMC requirements of EN 550112009
IEC 61000-4-22008 IEC 61000-4-32008