Smart 24-Hour Atmospheric Particulate Comprehensive Sampler

Product Overview
The Smart 24-Hour Atmospheric Particulate Comprehensive Sampler is an advanced device designed for long-term environmental monitoring. It provides continuous 24-hour sampling of both gaseous pollutants and particulate matter in the ambient air. Using the solution absorption method, it can capture gaseous and vapor-phase pollutants such as SO2 and NOx, while the filter membrane gravimetric method is employed to collect total suspended particles (TSP), inhalable particles (PM10), and fine particles (PM2.5). The device features stable performance, easy operation, compact size, and portability, with constant temperature and flow sampling capabilities, making it a vital tool for environmental protection, public health monitoring, and emergency response.

Key Features

• 24-Hour Continuous Sampling: Supports round-the-clock 24-hour sampling, ideal for long-term atmospheric pollution monitoring.
• Brushless Fan: Operates with low noise, large load capacity, and low power consumption, making it suitable for prolonged and stable operation.
• Precise Flow Control: Equipped with an internal electronic flow meter that automatically adjusts the flow and compensates for errors caused by voltage fluctuations, temperature changes, and other factors.
• High-Performance Diaphragm Pump: The imported diaphragm pump is corrosion-resistant, operates quietly, and includes overload protection to ensure reliable long-term operation.
• Antistatic Sampling Head: The TSP / PM10 / PM2.5 sampling head is made of aluminum alloy with antistatic properties, improving the accuracy of particulate collection.
• Data Protection and Recovery: The device automatically saves data during sampling and can resume sampling upon power recovery to ensure no data is lost.
• Data Export and Printing: Supports USB data export and Bluetooth printing functions, making it easy to record and analyze data on-site.

Applications

• Environmental Monitoring: Ideal for air quality monitoring stations and long-term atmospheric pollution monitoring, offering data to assess air pollution levels.
• Emergency Response: In the event of sudden environmental pollution, the device performs continuous and rapid sampling of gaseous and particulate pollutants, providing critical data for emergency management.
• Scientific Research: Provides accurate air quality data for environmental, climate change, and pollution control research projects.
• Public Health Monitoring: Used in hospitals, schools, and other public places for air quality monitoring, ensuring the health of the public by assessing air pollutants.
• Industrial Monitoring: Used in industrial zones and production sites to monitor pollution sources, ensuring environmental and occupational safety standards are met.