Inherent Error ≤ ±20% Nuclear Radiation Detector Featuring Digital LCD Display Type Operating Between -20°C and 50°C Radiation Detection Device

Фирменное наименование JOVI
Сертификация ISO9001
Model Number JVVMED-015
Minimum Order Quantity 1 Pc
Packaging Details Wooden Case
Delivery Time Within 15 Working Days
Payment Terms T/T In Advance
Подробная информация о продукте
Тип дисплея Цифровой ЖК-дисплей Энергетическое разрешение ≤9% (для источника Cs-137)
Диапазон измерения от 0,01 мкЗв/ч до 10 Зв/ч Власть 600 Вт
Внутренняя ошибка <> Фон инструмента α ≤ 0,1 гц; β ≤ 15 гц
Температура хранения -20°C - 50°C Размеры 150 мм х 70 мм х 30 мм
Оставьте сообщение
Характер продукции

Product Overview

The Nuclear Radiation Detector is designed for accurate detection and measurement of alpha (α), beta (β), gamma (γ), and X-ray radiation. It is widely used in environmental monitoring, nuclear facilities, laboratories, medical applications, and radiation safety management.

Equipped with a high-sensitivity ZnS coated plastic scintillator detector, the system provides stable performance, reliable monitoring, and easy operation.

Key Features

  • Measures α, β, γ, and X-ray radiation
  • Large touch screen for convenient operation
  • Continuous alpha and beta radiation monitoring
  • Continuously adjustable measuring range
  • Low cross talk interference:
    • β→α < 0.1%
    • α→β < 2%
  • Relative inherent error: ≤ ±10% (¹³⁷Cs, 1mSv/h)
  • Stable and reliable long-term performance

Detection Efficiency

  • Alpha (²³⁹Pu): ≥ 30%
  • Beta (⁹⁰Sr-⁹⁰Y): ≥ 45%

The detector ensures accurate and dependable radiation measurement even in demanding working environments.

Applications

  • Environmental radiation monitoring
  • Nuclear power plants and laboratories
  • Medical and hospital radiation monitoring
  • Radioactive contamination inspection
  • Radiation safety management

Product Advantages

The Nuclear Radiation Detector combines high sensitivity, precise measurement, and user-friendly operation. With excellent detection efficiency and low interference performance, it is an ideal solution for professional radiation monitoring and safety applications.