HCL10-8

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HCL10-8 is an environmental monitoring equipment for outdoor air quality inspection and monitoring. It is mainly suitable for monitoring sites such as urban and rural monitoring stations, and environmental protection monitoring points such as industrial and mining areas, high-speed railway stations, ports and airports, and other special places with high pollution and dust.

The HCL10-8 Environmental Monitoring Equipment adopts the method of real-time online monitoring. It uses a high-power fan to collect airborne dust particles and provide a standard proportion of detected particles for real-time monitoring. The dust concentration (μg/m 3) is measured through an automatic quantitative instrument, and the instrument integrates the multiple methods of gravimetric, black carbon, and laser fog collection. With these tools, dust from various sources can be tested to form combined values ​​according to specified weighting ratios. HCL10-8 environmental monitoring equipment has the characteristics of low noise (less than 55dB), low power consumption (less than 200W), high precision (5 level grade), touch screen human-computer interaction, and multiple interfaces.

The principle of HCL10-8 environmental monitoring equipment is to use an aerosol sampler. This sampler is divided into four parts of the sampling inlet, dust collection area, dust pre-sorting zone and nozzle. Air is taken into the edge of the aerosol sampler at the intake, and the air flow then passes through a dust collection area, collecting the particulate matter in the air. Then, due to the impact force of the air flow, the particles are further sorted and sorted in the pre-sorting zone. Finally, the micro-naturals pass through the nozzle to the dust concentration meter and the components of the various particulate matter such as suspended particulates, black carbon, etc. are automatically measured.

In addition to being able to measure the traditional black smoke index, the HCL10-8 environmental monitoring equipment is equipped with special high-definition color markers for PM10, PM2.5, PM1, particle density, and particle concentration environmental monitoring effect analysis. In addition, according to the actual working environment, value correction, data real name settings, alarm thresholds, action delay settings, data logging and other functions are configured, which can be switched according to different field conditions. In this way, the fault alarm is realized in time, and the fault phenomenon can be reported to the system in a timely manner. Therefore, HCL10-8 is very suitable for air quality monitoring in cities, mines, highways, ports, airports, etc.

The HCL10-8 environmental monitoring equipment has been widely used in many fields. In urban and rural monitoring stations, it can detect the concentrations of air pollutants such as black smoke, PM10, PM2.5, etc. in different environments such as industrial and mining areas, ports, airports, highways, etc. It can also be used for monitoring of factories, environmental facilities and other industrial sites, so as to obtain comprehensive control of the sources of various air pollutants. In some public places such as hospitals, schools, office buildings, etc., real-time monitoring, pollution diagnosis and prevention measures can be proposed to ensure air quality safety.

The HCL10-8 environmental monitoring equipment has provided multiple interfaces to meet the needs of different monitoring and marketing sites. It basically provides five monitoring systems, each system can store 1280 data, including 512 real-name data and 768 real data. In addition, it can realize data fault alarm triggering, automatic data transmission, user authentication and rights management, cloud data storage and other functions, so that the data collection and analysis of the monitoring points are clearer and more accurate.

In summary, HCL10-8 environmental monitoring equipment has integrated multiple methods such as gravimetric, black carbon, and laser fog collection. With low noise, low power consumption, high precision and other characteristics, it can collect and analyze air quality data in real time. It has been widely used in urban and rural monitoring, industrial and mining areas, highways, ports, airports, factories and other places, to provide timely data alarms, cloud data storage and other functions, to ensure air pollution monitoring and control.

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