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

Nazwa handlowa	JOVI
Orzecznictwo	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

Szczegóły Produktu

Typ wyświetlacza	Cyfrowy wyświetlacz LCD	Uchwała energetyczna	≤9% (dla źródła CS-137)
Zakres pomiarowy	0,01 μSv/h do 10 Sv/h	Moc	600 W
Błąd wewnętrzny	<±10%	Tło instrumentu	α ≤ 0,1 cps; β ≤ 15 cps
Temperatura przechowywania	-20°C - 50°C	Wymiary	150 mm x 70 mm x 30 mm

Zostaw wiadomość

opis produktu

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.

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