DoseRAE 2
Electronic Personal Radiation Dosimeter
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This product has been discontinued and is no longer available. In many cases we can still service and calibrate it. Talk to our team about spares or alternatives.
A compact, direct-reading electronic personal radiation detector that measures X-ray and gamma radiation in real time. It combines a CsI/photodiode and PIN diode to deliver both fast low-level response and accurate dose measurement.
KEY BENEFITS
- Two sensors for both fast low-level response and accurate dose measurement
- Continuous datalogging with 3,000-point capacity
- USB download for data display and analysis
- Loud audible, bright LED and vibration alarms
- Accurately accumulates real-time total dose
+ more in the Description tab below
Compact Real-Time Personal Radiation Monitoring
The RAE Systems DoseRAE 2 is a compact, direct-reading and alarming electronic personal radiation detector. Using a diode and a scintillation crystal to detect X-ray and gamma radiation, it provides real-time monitoring of personal dose and dose rate for immediate reaction to radiation occurrences.
Two separate sensors give it broad coverage: an energy-compensated PIN diode handles high dose rates and accurate dose measurement, while a CsI scintillator provides fast response to low-level radiation. Integrated loud audible, bright LED and vibration alarms ensure threats are quickly noticed.
Designed in compliance with the IEEE ANSI N42.20 standard and tested at Oak Ridge National Laboratory, the DoseRAE 2 offers continuous datalogging with a 3,000-point capacity that can be downloaded via USB for display, analysis and record management.
Benefits
- Two sensors for both fast low-level response and accurate dose measurement
- Continuous datalogging with 3,000-point capacity
- USB download for data display and analysis
- Loud audible, bright LED and vibration alarms
- Accurately accumulates real-time total dose
- Designed to IEEE ANSI N42.20 standard
- Rechargeable battery with up to 200 hours per charge
- Simple two-key operation and programming
- Long calibration life
- Compact and lightweight at just 50 g
Gamma Sensors
CsI (TI) + photodiode; Energy-compensated PIN diode
Dose Rate Range
0.01 μSv/h to 10 Sv/h (1 μR/h to 1140 R/h)
Accuracy of Dose Rate
±20% (10 μSv/h to 10 Sv/h)
Dose Range
0 μSv to 10 Sv (0 μR to 1140 R)
Dose Accuracy
±15%
Energy Range
20 keV to 6 MeV for X- and gamma radiation
Battery
LIR2450 rechargeable
Operating Hours
Up to 200 hours per charge
Datalog Size
More than 3000 data points
Communication
USB
Alarms
85+ dB buzzer @ 30 cm, LED lights, vibration
Temperature
-20°C to 50°C
IP Rating
IP-54
Size
85 x 55 x 9.6 mm without clip
It detects X-ray and gamma radiation across an energy range of 20 keV to 6 MeV using a CsI/photodiode sensor and an energy-compensated PIN diode.
The 3,000-point datalog is downloaded via USB to a computer using the associated software for display, analysis and record management.
It uses a rechargeable LIR2450 battery that provides up to 200 hours, around one week of continuous use, per charge.
It was designed in compliance with the IEEE ANSI N42.20 standard and tested at Oak Ridge National Laboratory.
It has a loud 85+ dB audible buzzer, highly visible LED lights and a built-in vibration alarm.
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