Get Quote

Contact us now to receive a detailed quotation.

Need quick help? Chat with us on WhatsApp:

WhatsApp QR Code

OR

Portable Gamma Spectrometer LMPGS-A101

Portable Gamma Spectrometer LMPGS-A101 detects radiation energy ranging from 30 keV to 3 MeV efficiently. Equipped to monitor dose rates between 0.01 µSv/h and 30 mSv/h in varied environments. Integrated 2,048 multi-channel analyser enhances spectral clarity for effective radionuclide classification works. Incorporated with thermal stability to function consistently in temperatures from -10 to 50°C. Our Spectrometer enables on-site radioisotope identification in nuclear facilities, borders and environmental monitoring areas.                                             

Catalog Send Mail Whatsapp

Specifications

Measurement Range 30KeV to 3.0MeV
Energy Resolution Less than7.5%
Energy Accuracy ±15%
Nucleus Number 2048
Nuclide Library Industrial nuclide library, medical nuclide library, natural radioactive nuclide library, custom nuclide library
Working Power Built-in rechargeable lithium battery
Working Temperature Range -10 to 50°C
Power Input External 5DC/2ADC adapter
Power Consumption 3W
Power Supply 3.7V battery
Dimensions 260mm×220mm×140mm
Packaging Dimension 374×300×200 mm
Net Weight Less than 3 kg
Gross Weight 5 kg

Pricing

Product Price Unit Action
Portable Gamma Spectrometer LMPGS-A101 $ 13562.5 Each of 1

Features

High-resolution colour display

Smart alarm system

GPS integration 

LCD touchscreen

Customizable nuclide library

Applications

Portable Gamma Spectrometer LMPGS-A101 detects sources, identifies nuclides, supports environmental monitoring, customs checks, security screening and radiation assessment in various field operations.

Similar Products

Portable Gamma Spectrometer LMPGS-A100

  • Measurement Range: 30KeV to 3.0MeV
  • Energy Resolution: Less than 7.5%
  • Energy accuracy: Better than ±15%
  • Nucleus number: 2048
  • Nuclide library: Industrial nuclide library, medical nuclide

$ 13625 / Each of 1

Frequently Asked Questions

1 What is a Portable Gamma Spectrometer?

A Portable Gamma Spectrometer is an apparatus designed to detect and analyze gamma radiation, enabling users to identify radioactive isotopes in the field.

2 How does Portable Gamma Spectrometer work?

It works by detecting gamma rays emitted from radioactive sources and analyzing their energy spectrum to identify specific isotopes.

3 Is Portable Gamma Spectrometer safe to use?

It is safe to use as it does not emit radiation but merely detects and measures existing gamma radiation in the environment.

4 How is Portable Gamma Spectrometer used in environmental monitoring?

It is used in environmental monitoring to measure gamma radiation levels in soil, water, and air, helping detect contamination from nuclear accidents or waste.

5 Can Portable Gamma Spectrometer be used in mining and geology?

It is widely used in mining and geology to identify natural radioactive elements like uranium, thorium, and potassium in rocks and minerals.

6 Can Portable Gamma Spectrometer be used in space missions?

It is used in space missions to study cosmic radiation or analyze planetary surfaces for gamma-emitting elements, supporting geological and astrobiological research.

7 Is Portable Gamma Spectrometer useful for radioactive waste management?

It is essential in radioactive waste management for identifying isotopes present in waste, ensuring proper classification, handling, and storage.

8 Can Portable Gamma Spectrometer be used in food safety inspections?

It is used in food safety inspections to detect radioactive contamination in agricultural products, especially after nuclear incidents.

9 Is Portable Gamma Spectrometer applicable in forensic investigations?

It is applicable in forensic investigations where trace amounts of radioactive materials need to be identified to support criminal or environmental cases.

10 What is the role of Portable Gamma Spectrometer in power grid infrastructure inspections?

It plays an important role in power grid infrastructure inspections by checking transformer oils and metal components for radioactive contamination, especially near nuclear facilities.