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Thermo Scientific™ RadEye™ G Series Personal Dose Rate Meters
Detect and measure even the smallest change in gamma and dose rate measurements with intrinsically safe Thermo Scientific™ RadEye™ G Series of personal radiation detectors.
Supplier: Thermo Scientific™ 425067675
Description
Continuously monitor your radiation exposure in any nuclear or radiological emergency. The Thermo Scientific™ RadEye™ G Series of personal radiation detectors provide first responders with quick, reliable gamma and dose rate measurements. These light-weight, handheld Geiger counters detect and measure very low gamma energies; even the smallest change in radiation rates are displayed immediately, while coincidentally occurring fluctuations are suppressed. For hazmat teams investigating potentially explosive atmospheres, intrinsically safe RadEye G models meet the latest ATEX standards.
RadEye GF/GF-10 Personal Radiation Detectors feature a high-quality counter tube in conjunction with the nonmetal instrument housing that allows detection and reliable measurements down to very low gamma energies - a crucial feature in respect to accidents involving medical isotopes or Am-241 (a component of smoke detectors).
- Menu driven interface – no manuals needed.
- Large, clear, backlit display for error free readings.
- Easily accessible instrument functions even while wearing protective gloves.
- Built-in vibrator alarm and earphone connector for operation in noisy environment.
- Alarm-LED visible while the instrument is worn in a belt-holster.
- Durable - shock resistant design.
- 2 x AAA batteries provide 900 hours of operation life.
- Low weight – only 160g.
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Specifications
Radeye GF-10 with Yellow Label | |
IP 65 according to EN 60529 | |
2 AAA | |
5 µSv/h to 3 Sv/h [500 urem/h - 300 rem/h] | |
up to 10 Sv/h | |
0.18 kg | |
900 hr. | |
H*(10) up to 10 Sv |
3.78 x 1.25 x 2.4 in. (9.6 x 3.1 x 6.1 cm) | |
50 keV to 3 MeV in accordance with IEC 60846-1 (incl. angular dependency) | |
Personal Radiation Detector | |
Energy-compensated Geiger-Mueller tube | |
For Cs-137 (662 keV): 0.13 cps per μSv/h | |
H*(10) in Sv and Sv/h | |
0.41 lb. |
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