Gamma radiation spectroscopy system based on scintillation detector
High detection efficiency for detecting small variation in background radioactivity during acquisition
Different crystal options available depending on the desired resolution or efficiency
Easy integration into the CAEN Gamon Monitoring Center (GMC) Software
Onboard web interface for easy configuration of isotope based alarms
Internal database for summary reports and plots, easily generated by the embedded web interface
Large onboard data storage for long autonomous data taking
Robust spectrum stabilization algorithms
Designed for easy wall and pole mounting
Wired and wireless communication interfaces, with configurable primary and backup options
Quick and easy installation and commissioning via onboard web graphical interface
GAMON-RadLite is a lightweight and compact gamma monitoring probe designed for reliable indoor radiation surveillance in low and mid-background environments. It provides continuous measurement of gamma radiation levels in controlled environments such as laboratories, hospitals, nuclear facilities, and industrial buildings.
The probe combines high sensitivity gamma detector with low power consumption, ensuring accurate real-time monitoring while maintaining longterm operational stability. Its slim and lightweight construction allows for flexible mounting options and minimal impact on existing infrastructure. The web interface provides real-time display of the scintillator count rate and th ambient dose equivalent rate and supports integration with centralized monitoring systems for data logging, alarms, and remote supervision.
GAMON-RadLite is suitable for a wide range of applications, including:
Indoor area monitoring of laboratories, radiation controlled areas, nuclear facilities
Area survey and control
Prompt alarm for radiation release with dose rate calculation and spectroscopy identification
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Scintillation Detector |
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Sensors |
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Communication interfaces |
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Options (available on request) |
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Software |
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Power supply |
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Physical dimensions and weight |
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Environmental |
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