JCAQ-9 Atmospheric Pollution Environmental Monitoring Instrument-Global supplier

1022, Unit 1, Building 1, Tea Trade International Center, Chama North Street, Xicheng District, Beijing

summary:

The JCAQ-9 air pollution environmental monitoring instrument is a highly integrated instrument developed to monitor six pollutant parameters, PM2.5, PM10, CO, SO2, NO2, O3, as well as 12 parameters including air temperature, relative humidity, wind speed, wind direction, atmospheric pressure, and rainfall, in response to the increasingly severe environmental protection situation. The main function is to combat conventional pollution in the air

24-hour continuous online monitoring of factors and meteorological auxiliary parameters, providing the analyzed data to the environmental protection bureau as a reference for air quality and assisting in environmental decision-making. In addition, optional options include hydrogen sulfide, volatile organic pollutants, sunlight radiation, noise, etc.

Applicable fields:

The JCAQ-9 air pollution environmental monitoring instrument can be applied to urban grid environmental monitoring and control, smart streetlights, scenic area environmental monitoring, factories or mines, construction sites (dust monitoring), urban roads, highways, public places and other places related to air quality monitoring.

Product features:

1. Standard PM2.5 monitoring PM10、NO2、SO2、O3、CO、 Twelve parameters including temperature, humidity, wind speed, wind direction, atmospheric pressure, and rainfall, with beautiful appearance, powerful functions, high integration, and RS485 communication;

2. High precision, reliable performance, suitable for outdoor and industrial environments;

3. Realize various parameter collection, optional with our wireless data collector, automatically upload data to the network platform, and view data in real-time on the mobile client;

4. Real time monitoring of atmospheric environment data, low cost, suitable for grid deployment;

5. Small size, modular design, flexible layout;

6. Optional GPS positioning to achieve device tracking function;

7. The data collection adopts a 32-bit high-speed processing chip, which is stable and anti-interference.

Product parameters:

Monitored Parameters	range	resolution	accuracy	configuration
PM2.5	0-1000ug/m³	1ug/m³	± 10% measurement value	standard configuration
PM10	0-1000ug/m³	1ug/m³	± 10% measurement value	standard configuration
carbon monoxide	0-12.5ppm	≤10ppb	±1.5%F.S	standard configuration
sulfur dioxide	0-2000ppb	≤10ppb	±1.5%F.S	standard configuration
nitrogen dioxide	0-2000ppb	≤10ppb	±1.5%F.S	standard configuration
ozone	0-2000ppb	≤10ppb	±1.5%F.S	standard configuration
temperature	-40-60℃	0.1℃	±0.3℃（25℃）	standard configuration
relative humidity	0-100%RH	0.1%	±3%RH	standard configuration
wind speed	0-60m/s	0.01m/s	(0-30m/s) ± 0.3m/s or ± 3% (30-60m/s) ± 5%	standard configuration
wind direction	0-360°	0.1°	±2°	standard configuration
atmospheric pressure	300-1100hpa	0.1hpa	±0.5hpa（0-30℃）	standard configuration
rainfall	0-200mm/h	0.2mm	Error ± 10%	standard configuration
notes	Optional H2S, noise, sunlight radiation, AQI index, UV radiation index, noise

Technical parameters:

Detection Principle	PM2.5 PM10: measured by laser method; CO、SO2、NO2、O3： Electrochemical principle; Wind speed and direction: ultrasonic principle; Rainfall: optical principle;
Power supply range	DC12-24V
work consume	< 1.2w@12V
signal output	Default 485 output, MODBUS protocol expandable function: GPS positioning
Scalable parameters	H2S、 Noise, sunlight radiation, AQI index, UV radiation index, noise level output, etc
work environment	Temperature -40-70 ℃ Humidity 5-90% RH
Installation method	Bracket fixation
Shell material	ASA material
protection grade	IP65

Adding Functionality

Can add data collectors (network port, GPRS wireless communication)

Fixed brackets (1.5m, 3m) can be added to form a complete monitoring station;

Can increaseB/SArchitecture software platform, mobile phoneAPPClient software(Limited to Android version)）；Solar power supply system can be added.

remarks:
The four types of pollutants can be converted into ug/m ³ using the following conversion factors: coefficient N=(ug/m ³)/ppb

gas	NO2	SO2	CO	O3
Coefficient N	2.054	2.857	1.25	2.143