Field Spectrometer
Gamma Surveyor Vario
Gamma-Ray Spectrometer
It is a compact 2048-channel geophysical gamma ray spectrometer, including all functions and accessories for field, well and mobile applications. It measures U, K, Th concentrations and dose.
Gamma Surveyor Vario - Main applications
Measurement of K, U, Th concentrations and natural gamma doses, spectral measurement with identification of radioactive sources for mineral and uranium prospecting, environmental monitoring, geological mapping, laboratory testing, industrial and healthcare applications.
Gamma Ray Spectrometer
Connection to the probe via cable or via Bluetooth wireless technology. Five survey modes. Quick view of the mapping area (max. 15,000 points).
Gamma Surveyor Vario - Various models available
Gamma Surveyor Vario field spectrometer
Gamma Surveyor Vario field spectrometer
GMS V Control Unit
GMS V VB1
GMS V VB6
GMS V VB21
GMS V VN6
GMS V VN21
GMS Vario with tripod
GMS V car
Main features - Gamma Surveyor Vario
Measuring modes:
Spectrum & Assay – spectral measurement with evaluation of K, U, Th (%, ppm, ppm) and natural gamma dose (nGy/h or nSv/h) concentrations with display (isotope library) and selectable measurement duration (according to IAEA).
Dose Rate – Natural gamma dose measurement (nGy/h or nSv/h) with selectable observation time (according to IAEA).
Search – fast search using a cps (counts per second) histogram and loud voice signaling (90 dB speaker) with a range of cps Programmable and limit values.
Spectrum & Assay and Dose Rate modes are used for spot, well and continuous measurements and with GPS coordinates.
Spectrum & Assay – spectral measurement with evaluation of K, U, Th (%, ppm, ppm) and natural gamma dose (nGy/h or nSv/h) concentrations with display (isotope library) and selectable measurement duration (according to IAEA).
Dose Rate – Natural gamma dose measurement (nGy/h or nSv/h) with selectable observation time (according to IAEA).
Search – fast search using a cps (counts per second) histogram and loud voice signaling (90 dB speaker) with a range of cps Programmable and limit values.
Spectrum & Assay and Dose Rate modes are used for spot, well and continuous measurements and with GPS coordinates.
2048 channel gamma ray spectrometer for exploration, well logging, laboratory testing and mobile applications
Analysis of concentrations of U, K, Th and doses of natural gamma and radioactivity search modes
Point or continuous measurement with own or external GPS
Interchangeable probes with BGO or NaI(Tl) detectors
Vertical or horizontal mounting
Optional collimator for measuring thin layers
Bluetooth communication with an external GPS receiver or headset
Precise spectrum stabilization using natural isotopes or an artificial gamma source
10 ROI windows, isotope library, user calibration option
Robust housing, waterproof probe up to 100 m
Rechargeable Li-Ion battery (for 24 hours of work) or 6 AA batteries (12 V vehicle battery, AC/DC adapter)
Control system Easy to use (update via internet) with joystick, backlit graphic display (color or LCD), acoustic signal and large memory
Data transfer via USB port connection or USB flash drive, data processing and quick spectrum view
Gamma Ray Scintillometer
Applications of the Gamma Scintillometer SGR is used for indications of fast and sensitive gamma ray sources. It is used for uranium prospecting, prospecting for artificial radiation sources, industry and health.
SGR
SGR is a robust, hand-held device that is easy to use both in the field and in industrial applications. It has an acoustic signal indication, is resistant to water and mechanical shocks. It is powered by standard C-type batteries - disposable or rechargeable.
Main features - SGR Scintilometer
SGR is a hand-held, robust device, easy to use both in the field and in industrial applications. Indication by acoustic signal, resistant to water and mechanical shocks. Powered by standard C-type batteries - disposable or rechargeable.
It covers two main working ranges:
Fast and selective search for gamma radiation sources with a fast response, sonic guidance and a histogram with 64 measured values radiometric measurements (dose range) in the spot or continuous measurement mode. Dose measurement is based on the evaluation of the collected pulses in the energy ranges between 50 keV or 400 keV to 3000 keV, according to recommendations of the IAEA (International Atomic Energy Agency).
It covers two main working ranges:
Fast and selective search for gamma radiation sources with a fast response, sonic guidance and a histogram with 64 measured values radiometric measurements (dose range) in the spot or continuous measurement mode. Dose measurement is based on the evaluation of the collected pulses in the energy ranges between 50 keV or 400 keV to 3000 keV, according to recommendations of the IAEA (International Atomic Energy Agency).