Mirion Technologies SOR-T User Manual

FEATURES
The SOR dosimeter line is built upon two basic versions:
the SOR/T for tactical (gamma and neutron) and residual/ambient gamma measurements and the SOR/R for residual/ambient gamma measurements
SOR/T - SOR/R
Active Dosimetry - Dosimeters
SOR-R / T
Ambient/LLR and Tactical Electronic Dosimeter
An important special feature of the SOR line is its ability
duct. Given its multi-detector architecture the measu-
rement range covered is broad, and includes high level
gamma and neutron dose rates as well as low level
radiations (L.L.R).
These dosimeters are quali ed in accordance with
current military and civil standards. The SOR line has
even exceeded some of the standards currently in use
in order to account for harsh operational environments.
The SOR dosimeter has been selected by most NATO
countries.
Assignable electronic dosimeters
Waterproof, light and small
Rugged for battle eld use
Hand free communication, pass-by exchange
Data communication through clothing layers
health physics
A Mirion Technologies Division
Featuring:
SOR/T - SOR/R
Active Dosimetry - Dosimeters
FUNCTIONAL CHARACTERISTICS
Redundant architecture with
passive measurement components ** Selectable units: cGy; cGy/h; mSv; mSv/h; mrem; mrem/h 4 con gurable dose and dose rate alarm levels Typical one year lifetime with standard battery User selectable display modes Backlighted display (option) Periodic exhaustive self-testing including the detector Historical record of measurements and events (750 steps; 10 s; 1 min ;10 min; 1 h; 24 h) Data storage in EEPROM (quali ed > 10 years without battery) Battery low (16 h) pre-alarm and alarm if the battery is removed Neck lanyard or clip Real time teledosimetry transmission (up to 1000 m - 3281 ft range) for SOR/R Training mode included***
PHYSICAL CHARATERISTICS
Hp(10) dose equivalent measurements Flash gamma dose measurement**: 5 cGy to 10 Gy Flash neutron dose management** Relative error of  ash measurement**: ± 30 % over measurement range Ambient gamma dose measurement range: 1μGy to 10 Gy Gamma dose rate measurement range: from 0.1 μGy/h to 10 Gy/h Gamma dose rate display:
from 1 or 10 μGy/h to 10 Gy/h
Saturation indication (above 10 Gy/h) Relative error of ambient measurement:
Health Physics Division
Mirion Technologies (MGPI) Inc
5000 Highlands Parkway Suite 150 Smyrna Georgia 30082 USA T +1.770.432.2744 F +1.770.432.9179
Mirion Technologies (MGPI) SA
BP 1 F-13113 Lamanon France
T +33 (0) 4 90 59 59 59 F +33 (0) 4 90 59 55 18
SOR worn round the neck
SOR inside the arm-band pouch (accessory)
Mirion Technologies (RADOS) Oy
P.O. Box 506 FIN-20101 Turku Finland
T +358 2 468 4600 F +358 2 468 4601
<± 20 % over the dose measurement range Energy response: <± 20 % in the range 60 keV to 2 MeV <± 50 % in the range 2 MeV to 6 MeV Accredited factory calibration to IEC 17025 Accuracy <± 10 % (
137
Cs, ~ 25 mSv/h including ± 5 %
of extended uncertainty K=2)
MECHANICAL CHARACTERISTICS
Dimensions: 80.4 x 48 x 9 mm ( at housing) (3.16 x 1.85 x 0.35 in) Weight: 55 g (1.94 oz)
ENVIRONMENTAL CHARACTERISTICS
-20° to + 50°C (-4°F + 122°F) (normal operating range, standard battery 3V LiMnO2 CR2450)
-40° to + 50°C (-40°F + 122°F) (option with battery module 3.6V LiSoCl2) TREE protection (SOR/R and SOR/T) Resistant to EMP, EMC, radars Resistant to water immersion (IP67: 1 m / 39.3 in) , drops, shocks,vibrations, low pressure, Initial conditions, NBC environmental conditions
Complies with the following standards:
Meets MIL-STD-810 and MIL-STD-461 requirements Quali ed by most of the NATO military laboratories Complies with IEC 1283, ANSI 42-20 and NATO D104
SOR version to be clipped on a pocket
NATO supplier n° F8929 Development status: Series production * LLR : Low level Radiation ** special characteristics of the SOR/T ***a specifi c confi guration software is required for the XOM reader
Mirion Technolgies (RADOS) GmbH
Ruhrstrasse 49 DE-22761 Hamburg Germany
T +49 (0) 40 851 93-0 F +49 (0)40 851 93 256
www.mirion.com
144258EN-B
Since norms, specifi cations and designs are subject to occasional change, please ask for confi rmation of the information given in this publication.
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