Radiation Measuring Device
RADIATION MEASURING DEVICE / GAMMA DOSE RATE DETECTION
Radiation Measuring Device
Radiation Measuring Device is developed to provide continuous detection and measurement of radioactive particles in military and critical infrastructure environments. The system monitors gamma radiation levels with high sensitivity and delivers real-time data for operational awareness and early warning.
Real-time gamma dose-rate monitoring with digital radiation probes, adaptable sensor technologies and direct platform-system integration.
Continuous Gamma Dose-Rate Detection and Measurement
The Radiation Measuring Device is designed to detect and measure gamma radiation dose rates using dedicated radiation probes.
It enables real-time monitoring of radioactive exposure levels and supports early detection of radiological threats in accordance with NATO AEP-54 operational requirements.
Radiological Monitoring Across Marine, Land, Air and Fixed Platforms
The system is suitable for deployment on military vessels, land vehicles, aircraft and fixed critical infrastructure installations.
It can be used in marine, air, land and strategic facilities where continuous radiological monitoring and integration with command or IT systems are required.
Range 60 keV
– 3 MeV
Wide-Range Gamma Radiation Detection
The system operates with radiation probes that function as gamma dose-rate detectors. The probes feature a robust steel body and are designed for external mounting on platform superstructures.
Both low-level and high-level radiation detection ranges are supported, while the detectable energy range extends from 60 keV to 3 MeV for gamma-radiation monitoring across operationally relevant energy levels.
Radiation Probe and Digital Monitoring Features
Gamma Dose-Rate Detection
Dedicated radiation probes continuously detect and measure gamma radiation dose rates for real-time radiological monitoring.
Robust Steel Probe Body
Radiation probes feature a robust steel body and are designed for external installation on platform superstructures.
Digital Data Output
Radiation measurement data is provided digitally for direct integration into vessel, vehicle, command or IT systems.
RS485 & CANBUS Integration
Digital communication supports direct platform integration through RS485 and CANBUS interfaces.
Low & High Detection Ranges
The system supports both low-level and high-level radiation detection ranges for wide-spectrum radiological monitoring.
60 keV – 3 MeV Energy Range
The stated detectable energy range extends from 60 keV to 3 MeV for gamma-radiation measurement.
Photodiode and Geiger-Muller Detection Options
PIN Photodiode Sensor
- Sensor Type
- Square PIN Photodiode
- Active Area
- 100 mm²
- Carrier
- Scintillator-Based Ceramic
Geiger-Muller Sensor
- Window
- Ultra-Fine Mica
- Efficiency
- Alpha, Beta & Gamma
- Application
- Field Operation
Digital Monitoring
- Output
- Digital Radiation Data
- Interfaces
- RS485 & CANBUS
- Integration
- Vessel / Vehicle IT Systems
Radiological Monitoring Applications
Direct Radiation Data Transmission to Platform Systems
Radiation probes provide digital data output and can be directly integrated into vessel or vehicle IT systems through RS485 and CANBUS communication interfaces.
This digital architecture supports continuous transfer of gamma dose-rate information for real-time platform monitoring and operational awareness.
Adaptable Detection Technologies for Mission Requirements
Photodiode sensors use square PIN photodiodes with a 100 mm² active area, combined with scintillator-based ceramic carriers for gamma detection.
Geiger-Muller sensors are also supported and feature ultra-fine mica windows with high alpha, beta and gamma efficiency. The supplied information describes these sensors as designed for reliable operation, ease of use and consistent field performance.
Radiation Detection Sensitivity Framework
The Radiation Measuring Device is developed in line with radiation-detection sensitivity requirements defined under NATO AEP-54 for CBRN threat detection.
The system architecture supports radiation monitoring and early-warning functions for military CBRN detection applications.
Continuous Gamma Measurement and Real-Time Early Warning
The system continuously measures gamma radiation dose rates and transmits real-time data through digital communication interfaces.
By combining robust radiation probes with adaptable sensor technologies, the Radiation Measuring Device supports early warning, situational awareness and informed decision-making in radiological-threat environments.
Frequently Asked Questions
01 What type of radiation does the Radiation Measuring Device detect?
The system is designed to detect and measure gamma radiation dose rates.
02 Which sensor technologies are supported?
It supports photodiode-based sensors with scintillator carriers and Geiger-Muller tube sensors.
03 What is the detectable energy range of the system?
The device detects gamma radiation in the energy range from 60 keV to 3 MeV.
04 How is measurement data transmitted?
Radiation data is transmitted digitally via RS485 and CANBUS communication interfaces.
05 Where can the Radiation Measuring Device be deployed?
It can be deployed on military vessels, land vehicles, aircraft and fixed installations requiring continuous radiological monitoring.
Technical Data
Need More Information About the Radiation Measuring Device?
Contact our team for gamma-radiation monitoring, sensor configuration, digital platform integration and military or critical-infrastructure application requirements.