Overview

Nuclear Radiation Detector LMND-A100 detects energy from 48 keV to 1.5 MeV. It features high-definition display that shows real-time radiation levels with clarity and easy readability. Equipped with Geiger-Muller counter, it enhances detection through gas ionization pulse signals. Incorporates light, vibration, and sound alarms to instantly alert to hazardous radiation exposure. Our Detector is ideal for detecting gamma, beta, and X-rays in various sectors.

Features :

Compact and portable 

Long-lasting battery

Type-C charging

Navigation control keys

Multifunctional monitoring screen

Specifications :

Energy Detection Range	48 keV to 1.5 MeV
Detectable Radiations	Gamma (γ), X-ray (χ), Beta (β)
Detector	Geiger Counter
Working Temperature	-5 to 40℃
Dose Rate Range	0.00 to 10000 µSv/h
Total Dose Measurement Range	0.00 µSv to 500.0 mSv
Measurement Deviation (Cs-137)	Less than or equal to ±30%
Humidity	Less than 80%
Power Supply	3.7 V / 1000 mAh battery
Dimension	123×78×26 mm
Weight	145 g

Applications :

Nuclear Radiation Detector LMND-A100 monitors radiation exposure levels in food inspection, metal screening, ore evaluation, nuclear zones, and medical equipment testing.

Selection Guide :

Nuclear Radiation Detector LMND-A100 is designed for the accurate detection and measurement of nuclear radiation, making it perfect for a variety of research and safety applications. Customers should select this detector based on its suitability for experiments involving Gamma (γ), X-ray (χ), and Beta (β) radiation, as it is equipped with a sensitive Geiger counter and provides a wide energy detection range of 48 keV to 1.5 MeV. It is particularly useful in nuclear research labs, radiological surveys, environmental monitoring, and health physics studies. With a dose rate measurement range of 0.00 to 10,000 µSv/h and a reliable working temperature range of -5°C to 40°C, this detector ensures consistent performance under various environmental conditions. Certified for laboratory and industrial compliance, this model supports informed decision-making for professionals seeking accurate, real-time radiation monitoring solutions.