Product Introduction
The portable environmental air NOx analyzer is based on the principle of chemiluminescence for determining the concentration of nitrogen oxides (NOx) in the atmosphere. The chemiluminescence method involves a reaction between nitrogen monoxide (NO) and ozone (O3), resulting in the emission of a characteristic light. The intensity of this light is linearly proportional to the concentration of NO. This product features high measurement accuracy, good reliability, fast response time, ease of operation, and a wide application range.
Get a quoteMain Features
Excellent anti-interference capability, with technical performance meeting the requirements of the U.S. EPA. Supports real-time data display and real-time data curve presentation. Adaptive signal filtering technology optimizes response time. Utilizes a high-efficiency molybdenum conversion furnace, with a conversion efficiency exceeding 99%.
Employs membrane drying and high-temperature O3 decomposition, requiring minimal maintenance. Comes standard with temperature, humidity, and atmospheric pressure sensors. Features a 7-inch touch display screen with a rich data interface and user-friendly human-computer interaction. Large capacity memory for automatic storage of historical data, supporting historical data queries and alarm information checks. Built-in lithium battery allowing for continuous sampling for 4 hours.
Target Customers
This device is suitable for environmental monitoring agencies at all levels, emergency regulatory departments, research institutions, hospitals, disease control departments, construction engineering units, public facilities such as parks, and various industrial enterprises including chemical plants, biopharmaceutical factories, power plants, paint factories, woodworking factories, cement factories, lime plants, printing factories, smelting factories, textile mills, and waste landfill incineration facilities.
Application
The ZHK2301 Portable Environmental Air NOx Analyzer is applicable for routine monitoring of air quality, detection and assessment of toxic and harmful gases in industrial parks and occupational health sites, on-vehicle environmental air monitoring, road environmental air quality monitoring, environmental assessments, and for related research and teaching activities in academic and research departments.