RadEye™ SPRD-GN Spectroscopic Personal Radiation Detector

Catalog number: 4250813

RadEye™ SPRD-GN Spectroscopic Personal Radiation Detector

Catalog number: 4250813
Get RIID capability in the palm of your hand. The Thermo Scientific™ RadEye™ SPRD-GN Personal Radiation Detector is the first pager-sized PRD that significantly exceeds the original ANSI N42-48 2008 standards for neutron alarms. With outstanding neutron performance and reliable gamma IDs, the RadEye SPRD-GN Personal Radiation Detector may be the only radiation detection tool you will need.
 
Catalog Number
4250813
Unit Size
-
Description
RadEye SPRD-GN Spectroscopic Personal Radiation Detector Kit, includes RadEye SPRD-GN, software, Holster, Lutetium test adapter, desktop holder, USB data cable, spare batteries, and rugged storage and carry case.
Price (USD)
Full specifications
DescriptionRadEye SPRD-GN Spectroscopic Personal Radiation Detector Kit, includes RadEye SPRD-GN, software, Holster, Lutetium test adapter, desktop holder, USB data cable, spare batteries, and rugged storage and carry case.
Unit Size-
Catalog Number
Unit Size
Each
Description
RadEye SPRD-GN Personal Radiation Detector, includes software for configuring RadEye and Spectra download
Price (USD)
Full specifications
Background MeasurementNBR (Natural Background Rejection): Advanced with 6 Energy Windows
Certifications/ComplianceIP65
DescriptionRadEye SPRD-GN Personal Radiation Detector, includes software for configuring RadEye and Spectra download
Energy Range60 keV to 3 MeV (+/- 30%)
Battery Type2 AAA
Measurement RangeDose Rate Range: 1 μR/h to 25 mR/h (10 nSv/h to 250 μSv/h)
CommunicationsWireless communications BT4 optional
Response TimeTypical ID-time @ 1µSv/h (100µR/h) ∼5 min
Detector TypeCLYC (Cs2LiYCl6)
Weight (Metric)0.175 kg (including batteries and rubber sleeve)
Alarm TypesNeutron Alarm Response: ANSI N42.48-2008: Yes (< 2 s)
Drop Distance to Concrete1.5 m
Radiation TypeGamma, Neutron
Sensitivity(cps per µSv/h (662 keV)) 110
Battery Life∼120 hr.
Weight (English)0.385 lb. (including batteries and rubber sleeve)
Unit SizeEach
Showing 2 of 2
Catalog NumberSpecificationsUnit SizeDescriptionPrice (USD)
4250813Full specifications
- RadEye SPRD-GN Spectroscopic Personal Radiation Detector Kit, includes RadEye SPRD-GN, software, Holster, Lutetium test adapter, desktop holder, USB data cable, spare batteries, and rugged storage and carry case.Request A Quote
DescriptionRadEye SPRD-GN Spectroscopic Personal Radiation Detector Kit, includes RadEye SPRD-GN, software, Holster, Lutetium test adapter, desktop holder, USB data cable, spare batteries, and rugged storage and carry case.
Unit Size-
4250812Full specifications
EachRadEye SPRD-GN Personal Radiation Detector, includes software for configuring RadEye and Spectra downloadRequest A Quote
Background MeasurementNBR (Natural Background Rejection): Advanced with 6 Energy Windows
Certifications/ComplianceIP65
DescriptionRadEye SPRD-GN Personal Radiation Detector, includes software for configuring RadEye and Spectra download
Energy Range60 keV to 3 MeV (+/- 30%)
Battery Type2 AAA
Measurement RangeDose Rate Range: 1 μR/h to 25 mR/h (10 nSv/h to 250 μSv/h)
CommunicationsWireless communications BT4 optional
Response TimeTypical ID-time @ 1µSv/h (100µR/h) ∼5 min
Detector TypeCLYC (Cs2LiYCl6)
Weight (Metric)0.175 kg (including batteries and rubber sleeve)
Alarm TypesNeutron Alarm Response: ANSI N42.48-2008: Yes (< 2 s)
Drop Distance to Concrete1.5 m
Radiation TypeGamma, Neutron
Sensitivity(cps per µSv/h (662 keV)) 110
Battery Life∼120 hr.
Weight (English)0.385 lb. (including batteries and rubber sleeve)
Unit SizeEach
Showing 2 of 2
  • Unprecedented size for gamma detection, gamma ID, and neutron detection
  • Single detector enables less complex design, superior field reliability, and reduced size & weight
  • Neutron alarms in <2 seconds and low false alarms exceeding ANSI specifications as well as lithium and He-3 based units
  • Patent pending source-less routines for ID stabilization and outstanding neutron sensitivity
  • Advanced NBR identifies artificial radiation while minimizing false alarms