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Real-time Personal Dosimetry
Personal dosimetry radiation monitoring systems include a set of real-time personal radiation dosimeters, coupled with a display and software, to provide a complete, immediate visual of radiation exposure. Real-time feedback encourages continuous behavior modification.
Real-time Personal Dosimetry product features
PC connectivity:
Micro USB connector
Dose rate uncertainty:
±10% or 10 µSv/h (40 µSv/h 150 mSv/h) ±20% (150 mSv/h 300 mSv/h) ±40% (300 mSv/h 500 mSv/h)
Battery:
User replaceable, non rechargeable
Angular dependency:
< 5% (0° 10°) < 30% (10° 60°) +30% to -100% (60° 90°)
Pocket clip:
Plastic clip, user replaceable
Expected longevity:
Up to 10 years
Radio Communication:
Frequency depending on region Compatible with existing real-time dosimetry products
Visual feedback:
LED error and wake up indication
Energy saving features:
Longer transmission intervals when not irradiated, automatic sleep mode
Energy Range:
N40-N150
Pocket clip:
Metal clip, non replaceable
Angular dependency:
< 5% (0° 5°)
< 30% (5° 50°)
+200% to -100% (50° 90°)
Radio Communication:
Frequency depending on region
Compatible with existing real-time dosimetry products
Pocket clip:
Metal clip, non replaceable
Expected longevity:
3-5 years, until the battery runs out
Energy saving features:
Longer transmission intervals when not irradiated
Visual feedback:
LED error indication
PC connectivity:
USB docking cradle
Energy Range:
N40 - N120
Battery:
Non replaceable, non rechargeable
Dose rate uncertainty:
±10% (40 µSv/h 150 mSv/h)
±20% (150 mSv/h – 300 mSv/h)
Real-time Personal Dosimetry product features
| Features |
RaySafe i3 |
RaySafe i2 |
|---|---|---|
| PC connectivity |
Micro USB connector |
USB docking cradle |
| Dose rate uncertainty |
±10% or 10 µSv/h (40 µSv/h 150 mSv/h) ±20% (150 mSv/h 300 mSv/h) ±40% (300 mSv/h 500 mSv/h) |
±10% (40 µSv/h 150 mSv/h) |
| Battery |
User replaceable, non rechargeable |
Non replaceable, non rechargeable |
| Angular dependency |
< 5% (0° 10°) < 30% (10° 60°) +30% to -100% (60° 90°) |
< 5% (0° 5°) |
| Pocket clip |
Plastic clip, user replaceable |
Metal clip, non replaceable |
| Expected longevity |
Up to 10 years |
3-5 years, until the battery runs out |
| Radio Communication |
Frequency depending on region Compatible with existing real-time dosimetry products |
Frequency depending on region |
| Visual feedback |
LED error and wake up indication |
LED error indication |
| Energy saving features |
Longer transmission intervals when not irradiated, automatic sleep mode |
Longer transmission intervals when not irradiated |
| Energy Range |
N40-N150 |
N40 - N120 |
RaySafe i3 Real-time Dose Monitoring System
The RaySafe i3 system is the latest generation of the real-time dosimetry family. The system includes a set of the new RaySafe real-time personal radiation dosimeters coupled with a display and software to provide with a complete, immediate visual of radiation exposures.
Replaceable battery prolonged life cycle
Better immunity to interference
Automatic sleep mode
Enhanced measurement performance
RaySafe i2 Real-time Dose Monitoring System
The RaySafe i2 allows staff to visualize X-ray in real-time. Building a strong radiation safety culture starts with giving the medical staff real-time insight about their personal exposure.
Minimizing exposure and achieving the ALARA standard
Ease of use
Low maintenance
05-106 Bleeper mR Radiation Monitor
The slim, compact Bleeper mR is the ideal personal monitoring device for alerting personnel to the presence of x-ray and gamma radiation in medical, industrial or research settings.
Continuously monitors x-ray and gamma radiation exposure and provides instant, accurate readings
LCD display can be easily read with the instrument in pocket
Sturdy casing with pocket clip protects against damage
Dual-Diode Dosimeter Patient Dose Monitor
Dual-Diode Dosimeter Patient Dose Monitor
Provides instant patient data on radiation exposure to sensitive organs and rapid checks of equipment outputPrevents the potential for misadministrationBattery operatedPrevents the potential for misadministrationProvides instantaneous readings on the radiation dose being delivered to the patientCan qualify a facility for reimbursement under CPT-4 Section 77331 Special DosimetryIs economical, highly accurate, and an essential instrument for today's busy facilitiesDesigned for use with positive polarity diodes only "