Neutron personal dosimeter/neutron detection alarm

Basic Description of Neutron Personal Dosimeter

Neutron personal dosimeter/neutron detection alarmIt is the most sensitive direct reading card type personal neutron dosimeter independently developed by our company. It adopts⁶LiI (Eu) scintillation crystal, reflectivity technology for detecting neutron dose, infrared communication for data, and the use of matching readers and application software can achieve dose management for multiple people.

【Neutron personal dosimeter/neutron detection alarm】Product Features

lThe alarm threshold is continuously adjustable

lSound, light, and vibration alarm simultaneously

lAnti electromagnetic interference, CE certified

lInfrared communication facilitates data management and parameter settings

lhigh-performance⁶LiI(Eu）Scintillation neutron detector

lUp to 10 people can take turns using it, with low usage costs

lSimultaneous display of dose rate and cumulative dose

【】Scope of application

l*Emergency alarm and inspection work for non radiation industry personnel such as firefighters, customs officers, security personnel, etc

lPersonnel working in control areas such as nuclear power plants, nuclear power plants, research reactors, particle accelerators, hospitals, oil field logging, industrial testing, etc. wear it to monitor personal neutron dose

【】Parameter specifications

• Data transmission: infrared
• Detector:⁶LiI(Eu)Scintillation crystal
• Energy Range:0.025eV～14MeV
• Dose rate:1μSv/h ~ 100 mSv/h
• Dosage:0.1μSv~10Sv
• Angular response:±30%（0°～± 60°，²⁴¹Am-Be）
• Response time:≤5second
• Relative error:±15% (1μSv/h～100mSv/h ,²⁵²Cf)
• Gamma suppression ratio:>10:1(10 mSv/h，¹³⁷Cs)
• Power supply mode:1joint7The battery is working50More than hours
• Weight:96g(including battery)

【】Scope of application

l*Emergency alarm and inspection work for non radiation industry personnel such as firefighters, customs officers, security personnel, etc

lWearing by personnel working in control areas such as nuclear power plants, nuclear power plants, research reactors, particle accelerators, hospitals, oilfield logging, industrial testing, etc., monitoring personal centers