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The RadEye PRD Personal Radiation Detector is a high-performance measuring device that is 5,000 - 100,000 times more sensitive than typical electronic dosimeter. The RadEye PRD-ER Personal Radiation Detector allows the energy compensated dose and dose rate measurement up to 100 mSv/h respectively 10 rem/h. The RadEye G and RadEye G-10 Wide Range Personal Radiation Survey Meters are designed for the quick and reliable measurement of the gamma dose rate.
The rugged DMC 2000S Personal Radiation Monitor measures dose and dose rate for x-ray and gamma radiation between 50 keV to 6 MeV. The DMC 2000X Personal Radiation Monitor measures x-ray and gamma radiation between 20 keV and 6 Mev. The DMC 2000XB Personal Radiation Monitor measures beta, x-ray and gamma radiations.
RADOS RAD-60 Personal Alarm Dosimeter has a digital display and user selectable alarm levels for both dose and dose rate.
The PDS-100G Personal Radiation Monitor is designed to
detect and quantify radioactive materials
quickly and can
transmit the measurement and the spectrum upon request.
The UltraRadiac™ Personal Radiation Monitor measures and displays dose rate and total dose and has presettable two level audio, visual and optional vibrating alarms.
The SOR Personal Electronic Dosimeters are available in two versions: the SOR/T is used for tactical (gamma and neutron) and residual/ ambient gamma measurements, and the SOR/R
for residual/ambient gamma measurements.
The EPD MK2 Electronic Personal Dosimeter utilizes multi-detector technology for measurements between 15 keV to 10 MeV and offers an excellent response to gamma, beta and x-radiation.
The Interceptor™ Spectroscopic Personal Radiation Detector (SPRD) combines the qualities of a Personal Radiation Detector (PRD) with isotope identifier capabilities.
The PM-1703 Radiation Pager utilizes a highly sensitive gamma scintillation detector
and provides a useful indication
over the range of .01 to 50 μSv/h (10 to
5000 μR/h).
For personnel working in radiation areas,
Direct Reading Personal Dosimeters provide an accurate and instantaneous indication of
accumulated
exposure.
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