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MONOLITH Gamma & X-ray HPGe Spectrometer

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Gamma –, beta - and alpha - spectrometer–radiometer TRIO
Gamma –, beta - and alpha - spectrometer–radiometer TRIO

MONOLITH Gamma & X-ray HPGe Spectrometer

The Monolith BSI integrates a Stirling cooler and Active Vibration Cancellation, eliminating the need for liquid nitrogen. The device achieves an energy range of 3keV-10MeV, cooling time <13h, operates at any angle, and recovers instantly after a power outage, optimized for laboratories, fieldwork, and industry.

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  • Brand - BSI
BSI
BSI

As a leading provider of specialized radiation detection and analysis equipment for the nuclear energy industry, space research, mining, and environmental monitoring...

Main features


  • Available with p-type HPGe coaxial probes with efficiencies from 10% to 160%.
  • Energy range from 40 keV to 10 MeV for the GCD model.
  • Energy range from 3 keV to 10 MeV for GCDX/GCDX-OS models.
  • High energy transfer rate up to 200,000 MeV/second.
  • Detects radiation in any spatial direction depending on the adjustment of the cooling device. 

Detailed description


Technology & Principle:

Monolith is a high-resolution Gamma and X-ray spectrometer system that operates without liquid nitrogen. The device operates based on the principle of using a deep-cooled HPGe semiconductor detector with a Stirling cooler combined with Active Vibration Cancellation, accompanied by an SHP preamplifier to convert gamma and X-ray radiation into accurate electrical signals.

Durable Stirling cooler technology

Completely eliminates dependence on liquid nitrogen thanks to the Stirling cooler with an average operating time before failure of up to thousands of hours, allowing the system to operate continuously, save energy, and require no maintenance.

Maintains resolution quality with Active Vibration Cancellation

Eliminate mechanical noise generated by the cooling engine thanks to the integrated active vibration control system, maintaining the quality of resolution and peak symmetry approaching that of traditional LN2 cooling systems..

The ability to operate flexibly in all spatial directions and energy-optimized design.

Address difficulties in measuring at complex positions or angles thanks to a design that allows the device to operate stably at any angle. And reduce thermal load on the surrounding environment with a maximum power consumption of only 140 W and maintaining at 70 W under normal operating conditions.

Integration/ Expansion:

Compatible with all BSI HPGe probe lines (including p-type coaxial lines with efficiencies from 10% to 160%), covering an energy range from 40 keV to 10 MeV (GCD line) and from 3 keV to 10 MeV (GCDX/GCDX-OS line). 

 The system is easily expandable with additional accessories such as: Multi-channel analyzer (MCA), GammaPRO analysis software, advanced software package MCC-MT, Lead Shield, Trolley on wheels, and extension cable set. The product uses AC power 230 V (50/60 Hz), cooling time < 13 hours, operates in a temperature range of 0 to +40 °C, suitable for applications in laboratories, fieldwork, and industrial environments.



Detailed specifications


Parameter

Value

Relative efficiency (compared to NaI 3'' x 3'' probe and Co-60 source mounted 25 cm from the probe) at gamma photon 1.33 MeV.

30%

Energy resolution*
at 122 keV

at 1.33 MeV


< 1000 eV

< 2000 eV

Peak to Compton ratio

52:1

Operating energy range of the probe

3** keV - 3 MeV

Peak shape
FWTM/FWHM

FW.02M/FWHM


< 2

< 3

Cooling time of the probe

< 13 hours

Autonomous operating time

24/7

Spatial orientation

At any angle

AC power supply

230 V 50/60 Hz

Maximum power consumption

140W

Normal power consumption

70W

Operating temperature range

0...+40°C


Brand BSI
hpge-detectors-monolith-electrically-cooled_l75tpvq.pdf
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MONOLITH Gamma & X-ray HPGe Spectrometer
MONOLITH Gamma & X-ray HPGe Spectrometer
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