MYHB-KQZS06 Micro Air Quality Measure Station Micro Air Quality Measure Station Manual Manual Ningxia MaiYa Sensor Technology Development Co., LTD

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected]

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] 1. Product overview MYHB-KQZS06 Micro Air Quality Measure Station is a product launched by our company to provide real-time monitoring of outdoor air pollutants.Micro air station is a common real-time data collection in the atmospheric environment(carbon dioxide, sulfur dioxide, nitrogen dioxide, ozone, Vocs,PM2.5, PM10, temperature, humidity, wind speed, wind direction, atmospheric pressure, etc.), supports 24-hour online monitoring, selects the current advanced high-precision four-electrode...

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] The product is called the MYHB-KQZS06, uses energy-saving power supply, reduce energy consumption, and can also choose market electricity.MYHB-KQZS06 integrates "Four Gas and Two Dust" (SO2, NO2, CO, O3, PM2.5, PM10) sensor with wireless communication technology to realize real-time data monitoring and gathers environmental big data into "cloud platform" to provide data foundation for the grid platform; This device is light, beautiful appearance, convenient installation and can be calibrated...

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] 2. Technical indicators 2.1 Gas monitoring unit The MYHB-KQZS06 microair station uses an intelligent gas (SO2, NO2, CO, O3,) sensor, as shown in Figure 2-1. Figure 2-1 The New Intelligent Sensor This sensor is a new intelligent sensor specially launched by our company for gas detectors. It uses the diffusion gas detection method. The gas in the detected area of the instrument flows freely into the gas sensor with the air.The sensor mainly solves the problems of various gas detection, incompatible...

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] Table 2-1 Parameter Table for each monitored gas 2.2 Particulate matter monitoring unit The equipment measures the particle concentration using a laser scattering method.The sensor measurement component is a complete set of air particle distribution concentration measurement system based on Gustav Mie particle light scattering theory and combining microphotodetection technology, as shown in Figures 2-2.

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] The system cleverly designs the light sensitive area as the place for particle scattering. After the particle passes through the light scattering area, the focused laser is collected by the micro photodetector on the detection window, and the micro photodetector quickly and accurately transforms the received optical intensity signal into an equal voltage signal. The signal density corresponds to the unit concentration value of the particle, and the dust concentration value makes real-time...

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected]

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] 3.1 Has good quality, low price, suitable for grid, batch promotion; 3.2 Realizes the functions of various parameter acquisition, data processing and data upload; 3.3 Has the equipment status indication function, which can visually identify the equipment working state; 3.4 Has the power supply system of solar + lithium battery + municipal; 3.5 Four-electrode gas sensor, with stable performance and high resolution; 3.6 Modular product design for easy later maintenance; 3.7 Has a large flow...

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] 4. Schematic diagram of the product structure Fig. 4-1 Product Appearance Drawing Gas sampling head Meteorological multi-element louver box Wind sensor Wind speed sensor Fig. 4-2 External structure diagram of the product

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] Four gas and two dust sensors Transfer antenna Control the main board WIFI antenna Control switch Flow meter Filter device Air switch Switch power supply Fig. 4-3 Product internal Structure

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] 5. Micro-air station for applicable environment The establishment of an air environmental data monitoring and analysis system can improve the processing and management ability of air pollution monitoring data, and provide a decision-making basis for environmental planning and environmental evaluation. It is applicable to enterprise chemical park,urban environmental monitoring, municipal environmental monitoring, mobile environment monitoring, traffic pollution environment monitoring residential...

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] 6. Micro air station distribution point According to the distribution and characteristics of air pollution concentration in the region, the distribution of environmental sensitive areas, the leading wind direction and other factors, combined with the construction of the original monitoring stations in the region, the key diffusion path of air pollution events is identified, and the construction of regional micro environment micro stations is coordinated. In considering the importance of...

Ningxia MaiYa Sensor Technology Development Co., LTD E: [email protected] / [email protected] (3)Scientific Environmental air quality grid monitoring system, each grid should consider urban natural geography, meteorological comprehensive environmental factors, and industrial layout, as well as urban construction, economic characteristics, economic structure, population distribution, in the layout should reflect the main functional areas and main air pollution status and trend, meet the needs of fine air pollution prevention and control management. (4)Economy When different monitoring...