§ higher sensitivity than Personal Radiation Detectors or Alarming devices
§ gamma & neutron independent channels
§ real time identification
§ clear
discrimination between NORM, Medical, Industrial and SNM materials
§ visual and audible alarms
§ wireless communication interface
§ complies and exceeds ITRAP and ANSI standards
PDS-100G: Gamma version
PDS-100GN: Gamma and Neutron version
Accessories
Shoulder strap
USB Cable
Storage Case
HDMASS and SMI Software
Power supply/charger.
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Gamma |
Neutron |
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Type Energy range Rate display |
CsI 30 keV to 3 MeV 0.01 µSv/h
to 100µSv/h 0.01 µSv/h to 10 Sv/h |
Li6 0.025 eV to 15 MeV |
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§ Continuous spectra acquisition and stabilization (0.2s time slot) § Continuous dose rate and count rate comparison
to background § Varying Background Suppression algorithm (VBS) continuously analyses the spectra shape and rejects alerts due to sudden background changes. § NORM Medical
Discrimination algorithm (NMD) categorizes and identifies up to 4 simultaneous isotopes. § Cumulated
spectra can be triggered by alert detection or on request. § Three modes: detection, search and integration § Three
users profile: routine, expert, custom § Alert threshold configurable for dose rate and/or number of sigma
level increase safety alarm § Pre-loaded languages § Historical record with
more than 1000 events/measurements and 60 spectra § Bluetooth®, RS232 and USB interfaces plus audio output
for earphone § Designed to meet/exceed ANSI 42-33, Type I & II and to IAEA standards |
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Power supply: 6 x AA batteries (Ni-MH rechargeable); battery life 30 hours typical Dimensions (l x Ø): 280 x
78 mm (11 x 3.1 in) Weight: 1500 g (52.9 oz) Temperature range: -20°C to 50°C (-4°F to 122°F) Humidity: < 90% at 42°C (108°F) EMI, shock, vibration, drop resistant, water-proof (IP54) and CE approved
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HDS-100G and HDS-100GN are portable devices designed to search for any radioactive materials and to respond to incidents involving
Radiological Dispersal Devices.
They feature the capability to identify the detected isotope and characterize its category from medical,
industrial, natural occuring radioactive materials (NORM) and special nuclear materials (SNM). Because of their high sensitivity,
they can be used to verify any alarm trigged by a fix-installed monitor or by a radiation pager, to locate sources and measures radiation
levels, and even to identify the detected isotope.