Instrument d'inspection de rayonnement gamma de neutrons de compteur de débit de dose

辐射仪
August 17, 2022
Category Connection: équipement d'essai non destructif
Brief: Découvrez le doseur FJ6101-NG, un instrument d'inspection de rayonnement gamma neutronique de pointe. Doté d'une technologie de photomultiplicateur à semi-conducteurs, il offre une fiabilité, une durabilité et une consommation d'énergie ultra-faible. Idéal pour les applications médicales, environnementales et industrielles, cet instrument fournit des mesures précises du débit de dose et de la dose cumulée avec une large plage et une excellente réponse énergétique.
Related Product Features:
  • Advanced solid-state photomultiplier and scintillator detector for high reliability and durability.
  • High sensitivity with a wide measuring range and excellent energy response characteristics.
  • Digital and ruler display for easy dose rate monitoring.
  • Bilingual menu operation interface in English and Chinese.
  • Dot matrix LCD with backlight for clear visibility in any lighting.
  • Measures both dose rate and cumulative dose for comprehensive radiation monitoring.
  • Two-stage dose rate threshold alarm and detector fault alarm for enhanced safety.
  • Lightweight and ergonomic design with ABS and aluminum alloy housing.
FAQ:
  • What makes the FJ6101-NG different from other radiation inspection instruments?
    The FJ6101-NG uses solid-state photomultiplier technology instead of PMT, offering better reliability, durability, and lower power consumption while being resistant to vibration and electromagnetic interference.
  • What are the main applications of the FJ6101-NG?
    It is widely used in medical treatment, disease control, environmental protection, industrial flaw detection, and other fields requiring radiation environment and protection monitoring.
  • Does the FJ6101-NG support data transfer?
    Yes, it offers optional USB, Bluetooth, or WiFi data transmission and can store up to 80,000 dose-rate data groups for easy access and analysis.