Intelligent Four-Channel Constant Flow Atmospheric Sampler

Product Overview
The Intelligent Four-Channel Constant Flow Atmospheric Sampler is designed for collecting gaseous and vapor-phase pollutants such as SO₂, NOₓ, and others from the air. This device has been optimized for compactness and high flow stability, greatly reducing labor intensity. Equipped with advanced technologies, it is ideal for both routine and emergency monitoring of gaseous substances and aerosols. The sampler is widely used by environmental protection, health, labor safety, military, scientific research, and educational sectors.

Key Features

• Four-Channel Sampling Design: Supports four independent sampling channels, allowing the simultaneous collection of four different gases or parallel samples. Each channel is independently controllable to meet diverse sampling needs.
• Electronic Flow Meter Precision Control: Automatically and accurately controls the flow, maintaining constant flow sampling and ensuring stable flow without fluctuation during the sampling process.
• High-Performance Diaphragm Pump: Utilizes an ultra-low noise imported diaphragm pump, enhancing sampling stability and extending service life to ensure reliable long-term operation.
• Anti-Backflow Design: Equipped with a high-efficiency anti-backflow dryer, effectively preventing the absorption liquid from backflow, thus enhancing the safety of the sampler.
• Real-Time Monitoring and Automatic Compensation: Includes pressure and temperature monitoring functions and can automatically compensate for flow deviations, further optimizing sampling accuracy.
• Heating Device: Equipped with a heating system to compensate for environmental temperature variations, ensuring stable sampling conditions.
• Chinese LCD Display: A user-friendly Chinese LCD display with automatic contrast adjustment, designed to adapt to cold regions, offering a simple and intuitive interface for enhanced user experience.
• Automatic Calculation and Data Storage: Automatically calculates the cumulative sampling volume and converts it to standard conditions based on pressure and temperature, while supporting data storage for future analysis.
• Power Loss Memory and Recovery: The device monitors power status during sampling and automatically saves the current sampling state during power failure or low battery. Sampling will resume automatically once power is restored.

Applications

• Environmental Monitoring: Widely used in monitoring ambient air quality, particularly for routine and emergency sampling of pollutants such as SO₂ and NOₓ.
• Scientific Research and Education: Suitable for use in research institutions and universities for air pollution research and related educational experiments.
• Safety and Monitoring: Ideal for safety monitoring in environments involving hazardous chemicals, industrial gases, and ensuring air quality in workplaces.
• Public Health: Used for indoor and outdoor air quality monitoring, especially for volatile organic compounds (VOCs) and other pollutants.
• Environmental Protection Agencies: Provides accurate atmospheric pollutant data to assist environmental authorities in monitoring and decision-making related to air pollution sources and control strategies.