SOR /T/R Model Electronic Dosimeter

Ambient / LLR and tactical dosimetry

SOR/T – for tactical (gamma and neutron) and residual/ambient gamma measurements including LLR levels

SOR/R - for residual/ambient gamma measurements including LLR levels.

Hp (10) dose equivalent

Features

· Very lightweight and small

· Rugged

· Accurate

· Competitive price

Uses

Based on several semiconductor type detectors

The SOR enables:

· Ambient gamma radiation measurement

· Flash gamma and neutron radiation measurements

· Pass-by-data exchange even when worn under NBC clothing.

Offers numerous configuration options

The SOR is a multi-purpose dosimeter designed for Defense applications.
It provides full protection against all types of nuclear threat, from very low doses (technological and radiological risks) through to very high doses (tactical risks), and is manufactured to NATO D104 standards.
The main component of a complete system including simulation, training, data collection & management, calibration and logistics, the SOR is used by the main NATO member states.

Specifications

· Dimensions: 80.4 x 48 x 9mm (flat housing)

· Weight: <56g (2.2 oz.), with battery

· Waterproof, shockproof

· EMI/EMP – Resistant

· Compliant with NBC standards

· Functions in low temps (2 versions available

· 1 year autonomy

An important special feature of the SOR Line is its ability to meet the needs of various applications with one product. Given its multi-detector architecture the measurement range cover is broad, and includes high level gamma and neutron dose rates as well as low level radiations. ( L.L.R.)

Another original feature is the hands free reader exchange mode, which can be used with the dosimter worn under clothing (such as NBC suits), thus eliminating restrictions placed on the wearer while ensuring reliable coverage.

The SOR dosimeter line is built upon two versions:

The SOR/T for tactical (gamma and neutron) and residual/ambient gamma measurements including LLR levels.

The SOR/R for residual/ambient gamma measurements including LLR levels.

Main Functions

Assignable electronic dosimeters

Hp(10) dose equivalent measurements

Hands free data exchange transmission, even through clothing

Performances

Flash gamma dose measurement:5 cGy to 10 Gy

Flash neutron dose measurement: 5 cGy to 10 Gy

Relative error of flash meas. +- 30% over measurement range

Environment

-20 C to +50C (normal operating range)

-40C to + 50C (extended operating range)

TREE protection

Redundant architecture with passive measurement component

Selectable units: cGy; cGy/h; mSv; mSv/h; mrem; mrem/h

2 configurable dose and dose rate alarms

Typical one year lifetime with standard battery

User selectable display modes

Ambient gamma dose measurement range: 1uGy to 10 Gy

Gamma dose rate mesurement range: from background to 10 Gy/h

Gamma dose rate display: from 1 or 10uGy/h to 10 Gy/h

Saturation indications (above 10Gy/h

Relative error of ambient measurement: < +- 20% over the dose measurement range

Resistant to EMP,EMC radars
Resistant to water immersion, drops, shocks, vibrations, low pressure, initial conditions
Dimensions: 80.4 x 48 x 9 mm (flat housing) Weight: 55g
Dimensions: 80.4 x 48 x 9 mm (flat housing) Weight: 55g
Reference standards: IEC 1283, ANSI 42-20 Qualification in accordance with MIL-STD-810 standard

Neck lanyard or clip

Real time teledosimetry transmission (up to 1000m range) for SOR/R

Backlighted display (option)

Periodic exhaustive self-testing including the detector

Historical record of measurements and events (750 steps;10s;1mn;10mn; 1h;24h)

Data storage in EEPROM (storage time>10 yrs without battery)

Battery fault pre-alarm (16h) and alarm

Energy response:

< +/- 5% at the calibration value (Cs 137)

< +/- 20% in the range 60 keV to 2 MeV

<+/- 50% in the range 2 MeV to 6 MeV

Complies with NATO D104

The small size and weight make this equipment ideal for use as field equipment. This equipment is qualified in accordance with current military and civil standards. It has even exceeded some of the standards currently in effect in order to account for harsh operational environments (low temperatures, TREE and EMP resistance, electromagnetic compatibility, water immersion.

It has been selected by most of NATO countries