Water and Food Radioactivity Meter(ERE3500 ) is an ideal on-site safety detection system for monitoring radiation contamination in food and water sources. It enables rapid and precise on-site testing of food, soil, water, and other liquids (such as milk) or objects potentially exposed to nuclear radiation. This comprehensive radiation safety measurement system incorporates a complete procedure, including sampling (solid, gas, and liquid), preliminary detection, precise analysis, and data storage/analysis. It directly displays results in Bq/L or Bq/kg and supports rapid qualitative analysis of food radioactivity.
The ERE3500 integrates multiple radiation safety detection functions into one portable device, making it easy to transport and deploy for field applications. Its standard-equipped Φ40×40mm NaI scintillator detector offers excellent resolution and responsiveness, while the built-in 10mm lead-equivalent shielding effectively blocks environmental background radiation. Depending on sampling time and selected nuclides, the detection limit ranges from 2.5 to 100 Bq/L. The device also ensures fast and accurate identification of key radionuclides such as 131I, 137Cs, and 60Co. With its versatility, the ER3500 is suitable for a wide range of radiation monitoring scenarios.
Application Fields and Features
① Suitable for radioactive contamination analysis in water bodies;
② Capable of radioactivity analysis in food;
③ Rapid on-site detection of gamma-emitting nuclide contamination;
④ Portable nuclear contamination monitoring;
⑤ Short measurement time with high efficiency;
⑥ User-configurable alarm thresholds for flexible qualitative analysis;
⑦ Operates via external power or built-in lithium battery;
⑧ Integrated into a portable case panel for easy mobility and rapid screening;
⑨ Intuitive interface with highly integrated functions, user-friendly for non-specialists;
⑩ Built-in multi-channel spectrum analysis settings enable one-click operation, minimizing manual adjustments
while ensuring precise data and ease of use.