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E-mail
tgnxl@qq.com
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Phone
17600590564
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Address
5th Floor, Building 8, No. 4 Liandong U Valley, Renhe Science and Technology Park, Shunyi District, Beijing
Beijing Bochuangnuoxin Technology Development Co., Ltd
tgnxl@qq.com
17600590564
5th Floor, Building 8, No. 4 Liandong U Valley, Renhe Science and Technology Park, Shunyi District, Beijing
BCNX-AQMS01 Micro Environmental Air Quality Monitor is an economical product launched by our company to provide real-time and accurate monitoring of outdoor air pollutants. It adopts a pump suction sampling method and integrates electrochemical gas sensors, meteorological sensors, etc. to achieve automatic air monitoring. It provides a powerful data foundation for grid platforms and can be calibrated on-site to ensure data traceability. Applied in urban atmospheric environment monitoring, enterprise environmental monitoring, and monitoring of unorganized emissions of pollutants in factory areas.
Product Introduction
Application Scenario:
Parks, scenic spots, residential areas, schools, urban streets and other scenes can be used for urban grid monitoring
Function Introduction:
1. The structural design is reasonable, and it can simultaneously monitor gas parameters, inhalable particulate matter, meteorological parameters, etc. The standard monitoring parameters are PM2.5, PM10, NO2, sO2, O3, CO, commonly known as "two dust and four gases"
2. Gas and particulate matter are sampled in two separate paths, and the gas is separately supplied to avoid mutual interference. The gas sampling is equipped with a micro vacuum pump. The reaction time is 1.5 times faster than the ordinary diffusion based collection method
3. Adopting imported high-sensitivity sensors, with fast response speed, high resolution, good linearity, and a detection limit of up to ppd level, stable operation under high temperature conditions
4. Adopting LCD display, it can intuitively and dynamically display various detection data and instrument working status, providing a fully Chinese menu and a friendly human-machine dialogue interface
5. Implement various parameter collection and automatic uploading to the network platform, with real-time data viewing on the mobile client
6. Integrated GPRS wireless communication technology, real-time monitoring of atmospheric environment data, low cost, suitable for grid deployment
7. Optional GPS positioning for device tracking function
8. Optional solar power supply, achieving complementarity between solar energy and mains power
9. Stable performance, high accuracy, easy operation, easy maintenance, with power failure protection function
10. High precision, reliable performance, suitable for outdoor and industrial environments
configuration parameters
Particle sensor:
particle size channel |
Monitoring principle |
monitoring scope |
resolution |
pm2.5 |
Laser scattering method |
0-1mg/m3 |
0.1ug/m3 |
Pm10 |
Laser scattering method |
0-2mg/m3 |
0.1ug/m3 |
TSP |
Laser scattering method |
0-20mg/m3 |
0.1ug/m3 |
Noise sensor:
range |
output |
accuracy |
0-130dB |
485 output |
±1.5dB |
Meteorological sensors:
parameter |
range |
accuracy |
resolution |
temperature |
﹣45—125℃ |
0.1℃ |
±0.3℃ |
humidity |
0-100RH |
0.1%RH |
±2%RH |
atmospheric pressure |
10-1200hpa |
0.1hpa |
±0.3hpa |
wind speed |
0-70m/s |
0.1m/s |
±0.3m/s |
wind direction |
0-360° |
1° |
±3° |
Four gas sensors:
monitoring factor |
measurement range |
resolution |
sampling precision |
detection limit |
NO2 |
0-1000ppb |
10ppb |
±2%FS |
5ppb |
CO |
0-10ppm |
0.1ppm |
±2%FS |
0.04ppm |
SO2 |
0-1ppm |
0.001ppm |
±2%FS |
5ppb |
O3 |
0-500ppb |
1ppb |
±2%FS |
5ppb |