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Vehicle-Mounted Radiation Emergency Monitoring System

The EMMS3000 Vehicle-Mounted Radiation Emergency Monitoring System is a highly integrated radiation measurement system equipped with large-volume NaI(Tl) detectors for real-time measurement and analysis of ambient radiation levels, and on-site nuclide identification. Benefiting from integrated design, the system can be rapidly deployed for emergency monitoring missions.
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Product Overview

The EMMS3000 Vehicle-Mounted Radiation Emergency Monitoring System is a highly integrated radiation measurement system equipped with large-volume NaI(Tl) detectors for real-time measurement and analysis of ambient radiation levels, and on-site nuclide identification. Benefiting from integrated design, the system can be rapidly deployed for emergency monitoring missions. It is widely used in nuclear accident emergency response, radioactive contamination assessment, environmental background survey, detection and localization of illicit nuclear materials, etc.

 

Features

  • Real-Time Measurement: Real-time energy spectrum measurement and radiation level measurement.
  • Passive Spectrum Stabilization: Automatic spectrum stabilization utilizing naturally occurring radionuclides.
  • Customizable ROI: User-defined Region of Interest (ROI).
  • Independent Digital Spectrometer: Each detector is configured with an independent digital spectrometer.
  • Intelligent Positioning: Built-in GPS / Beidou positioning module provides position information for radiation measurement.
  • Trend Distribution Mapping: Integrates with GIS mapping to generate route-based radiation distribution plots.

 

Technical Specifications

Product Model

EMMS3000

Detector Type

NaI(Tl) crystal + energy-compensated G-M tube

Detector Volume Options

3-inch crystal (Optional: 1 L, 2 L, 4 L or 8 L)

Measurement Range

0.01 μGy/h ~ 10 Gy/h

Energy Range

30 keV ~ 3 MeV

Energy Resolution

≤ 7.5% (@ 662 keV, ¹³⁷Cs)

Stability

Peak drift ≤ 1.0% within 24 h (¹³⁷Cs)

Communication Interface

RS485, 4G; expandable to RF