VK-8500: Multi-purpose Radiation Detector for Real-time Monitoring

VK-8500: Multi-purpose Radiation Detector for Real-time Monitoring

The VK-8500 Nuclear Radiation Detector is a portable, high-performance radiation monitoring device designed specifically for detecting beta rays, gamma rays, and X-rays. This detector uses advanced energy-compensated Geiger-Müller (GM) tubes to rapidly and accurately measure radiation levels, displaying real-time data on a 3.2-inch TFT color screen. Additionally, the VK-8500 supports continuous long-term operation and includes data logging capabilities, making it easy for users to perform data analysis.
The VK-8500 Nuclear Radiation Detector, with its superior performance and broad application range, is an ideal choice for various industries including metal recycling companies, mines, ports, airports, hardware factories, ceramic factories, hospitals, research institutions, laboratories, and pharmaceutical regulatory agencies. This device not only provides accurate and reliable radiation measurement data but also has an intuitive display interface and data logging functionality, ensuring that users can effectively manage radiation safety in their working environments.

Nuclear Radiation Detector VK-8500

Product Introduction

The VK-8500 Nuclear Radiation Detector, with its superior performance and broad application range, is an ideal choice for various industries including metal recycling companies, mines, ports, airports, hardware factories, ceramic factories, hospitals, research institutions, laboratories, and pharmaceutical regulatory agencies. This device not only provides accurate and reliable radiation measurement data but also has an intuitive display interface and data logging functionality, ensuring that users can effectively manage radiation safety in their working environments.

Working Principle

The VK-8500 uses energy-compensated GM tubes to detect radiation. When radiation passes through the GM tube, it creates an ionization effect within the tube, forming detectable current pulses. The internal circuitry of the instrument counts these pulses to determine the radiation intensity reading.

Application Fields

· Metal Recycling Companies: For detecting radioactive materials in scrap metal.

· Mines: To monitor potential radioactive contamination during ore extraction.

· Ports and Docks: To check for radioactive overexposure in imported and exported goods.

· Airports: For radiological safety screening of passenger luggage and cargo.

· Hardware Factories and Ceramic Factories: To monitor radioactive contamination in raw materials and finished products.

· Hospitals and Research Institutions: For medical research, treatment, and protective measures.

· Laboratories: For conducting radiological experiments and research.

· Pharmaceutical Regulatory Agencies: To supervise the radiological safety of pharmaceutical production and distribution processes.

Technical Specifications

Model	VK-8500
Sensor Type	Energy-Compensated GM Tube
Detectable Types	Hard Beta Rays (β), Gamma Rays (γ), X-Rays
Energy Range	20 keV ~ 3.0 MeV ± 30% (137Cs-)
Sensitivity	80 cpm/μSv/(Co-60)
Resolution	0.01 μSv/h
Real-Time Measurement Range	0-10 mSv/h
Real-Time Value Accuracy	10%
Average Value Accuracy	3%
Temperature Measurement Range	-10~60°C
Temperature Accuracy	±2°C
Temperature Resolution	0.01°C
Humidity Measurement Range	0~100%
Humidity Accuracy	±3%
Humidity Resolution	0.01%
Power Supply	3.7V/2200 mAh Lithium Battery (18650 Removable)
Screen Size	3.2-inch TFT Color Screen
Continuous Working Time	8 Hours
Charging Time	2-3 Hours
Number of Data Records	999 Sets
Data Documentation	View on Device or on PC (PDF Document)
Net Weight	285 g
Product Dimensions	222 × 80 × 46 mm
Packaging Dimensions	250 × 220 × 70 mm
Packaging Weight	736 g