Sensitivity of radiation registration with energy 662kEv (Cs-137) by the built-in detector, imp./(µR/hour) (in radiometer mode)
1
Exposure dose rate measurement range, mR/h (in radiometer mode)
0÷50
Measurement error of exposure dose rate in the range 30..3000kEV, % (in radiometer mode)
less than 30 set
Energy range of registered photon radiation, keV (in radiometer mode)
30 to 3000
Storage conditions
Temperature : -30°C...+50°C Relative humidity 98% (at +25°C)
Working conditions
Temperature - -20°C...+50°C Relative humidity 95% (at +25°C)
Power supply
less than 15 watts (Search and Identification modes), less than 22 watts (Wipe mode) cm³
Overall dimensions of the detector, mm (L x W x H)
400x160x110 mm
Weight with battery installed
2.5 m² living area
"Hot" battery replacement
possible
Probability of false alarms
Less than 1 per cent (in Identification and Wipe modes) set
Saving analysis history in the detector memory
Check: date, time, type of detected material
Battery discharge indication
Yes, display on display
BB detection warning signal
Audio and visual indication; In "Identification" and "Wipe" modes - indication on the display of the type of the detected substance
Possibility of connection to an external computer (PC, Mac)
Ethernet or Wi-Fi. No special software installation required.
Display
Colour, touch (resistive) 4.3"
Battery operation time (installed on the device)
240 min (without heating module) 120 min (with heating module)
Detection time
In "Search" mode, less than 2 seconds; In "Identification" and "Wipe" modes, less than 8 seconds. -
Types of substances to be detected
TNT, TEN*, RDX* (hexogen), DNT, nitroglycerine, ammonium nitrate + diesel fuel mixture* (ANFO), EGDN, HMX*, Tetril*, gunpowder mixture*, ammonium nitrate, urea nitrate and others.
Threshold sensitivity to TNT (at temperature 20°C and humidity 80% )
10-14 g/cm3 (1 ppt) - in vapour analysis mode, 100 picograms - in trace analysis mode
Ionisation source
Corona discharge
Technology
Ion mobility incremental ion mobility spectrometry (FAIMS)