Application Background of Portable Odor Detectors
In places such as garbage transfer stations, sewage treatment plants, breeding farms, and chemical enterprises, odorous gases with pungent smells (e.g., hydrogen sulfide and ammonia gas) are prone to generation. These gases not only affect the surrounding environment and people´s sensory experience but also may pose risks to human health with long-term exposure. Traditional odor monitoring mostly relies on fixed monitoring stations, which have limited coverage and are unable to flexibly meet the real-time monitoring needs of different locations. Moreover, fixed monitoring stations often respond slowly to sudden odor emissions or mobile pollution sources.
In addition, in scenarios such as environmental law enforcement inspections and enterprise self-inspections, it is necessary to quickly detect the odor concentration in suspicious areas to determine whether it exceeds the standard. To meet these flexible, real-time, and rapid monitoring needs, portable odor detectors have emerged. With their small size and portability, they can detect the concentration of odorous gases in target areas anytime and anywhere, providing convenient technical support for the timely detection, source tracing, and control of odor pollution.
Product Introduction
The OSEN-OU Portable Odor Detector is an instrument that samples gas using a pump-suction method. Its sensitive components adopt high-quality imported gas sensors, featuring excellent sensitivity and outstanding repeatability. Controlled by an embedded microcomputer, the instrument is easy to operate, fully functional, highly reliable, and equipped with multiple adaptive capabilities. It is suitable for scenarios requiring rapid gas concentration detection, such as municipal air quality monitoring, factory area air quality monitoring, scenic area air quality monitoring, and residential community air quality monitoring.
The portable odor detector is characterized by easy operation and compact size, allowing convenient transportation to different locations for detection. It is powered by a built-in large-capacity lithium battery, enabling immediate use after startup. It can perform detection quickly and accurately, and display real-time monitoring data via a touchscreen, facilitating on-site operators to check information in a timely manner. This instrument is applicable to various scenarios such as emergency monitoring and patrol monitoring.
Product Features
Adopts imported high resolution sensors developed for atmospheric environment detection, combined with the signal processing circuit (ISB) recommended by the original UK manufacturer, to achieve high resolution. The compensated measurement method and adaptive intelligent software algorithm effectively eliminate the impact of temperature and humidity on detection results; fully automatic temperature and humidity compensation technology ensures true and reliable measurement data.
Equipped with a sampling handle, suitable for various pipeline detection scenarios, expanding application scope. The instrument has a built-in air pump that actively draws gas for detection, enabling faster response compared to passive diffusion. Built-in anti-electromagnetic interference, data compensation, and anti-cross-interference processing ensure high-precision data detection with long-term stability and reliability.
Powered by a built-in lithium battery, it can be used immediately after startup, enabling fast, effective, and accurate detection. Equipped with an LCD touchscreen, it can intuitively display real-time detection data, peak data, and historical data on-site; provides a full Chinese menu and user-friendly human-machine interface. Large-capacity data storage function supports on-site viewing of historical data.
Features stable performance, high accuracy, easy operation, and simple maintenance, with power-off protection function. Integrates GPRS communication technology to realize real-time monitoring of odor data, real-time data transmission, and real-time monitoring of equipment operation status. Built-in GPS positioning system enables real-time transmission of monitoring points, drawing of movement trajectories, and real-time display of emission concentration values along the trajectory route.
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