Negative oxygen ion monitoring station

1.Overview of Negative oxygen ion monitoring station :

Negative oxygen ion monitoring station can continuously monitor the concentration of negative oxygen ions in the environment in real time, and is widely used in air quality monitoring and improvement.Negative oxygen ion monitoring station monitoring items include negative oxygen ions, pm2.5, pm10, temperature, humidity, air pressure, oxygen content, noise, wind speed, wind direction, etc. It is a product used in forestry, scenic spots, parks, environmental protection, meteorology, The monitoring system for real-time environmental meteorological monitoring and release in the fields of agriculture and other fields mainly focuses on centralized monitoring and management of the air quality environment in scenic spots and humidity parks. It is an automated monitoring system that can provide 24-hour uninterrupted real-time monitoring and recording without anyone on duty. The system can monitor and record air quality in a large area, and transmit the data to a PC in real time. It uses system monitoring software to store and analyze data, and output and print historical data and curve charts. It can also provide on-site sound and light alarms and telephone alarms. , mobile phone SMS alarm, network client alarm, etc.

Negative oxygen ion monitoring station can monitor a variety of environmental elements at the same time, and can be expanded or reduced according to user needs. It can transmit data of the monitored environment 24 hours a day. Unique modular structure design, various sensors are interchangeable, and professional installation brackets are standard. The instruments and equipment can be installed on the wall or column, making later operation and maintenance extremely convenient.

2. Negative oxygen ion monitoring station system characteristics

Real-time collection of air quality environment data, the collection interval reaches MS level, and the response is fast.

Track and record environmental changes at each point throughout the process;

Users can view and analyze data through data management software, and archive and print charts or reports;

LCD display shows the real-time air quality environment at a glance;

Digital signal output, interface has RS485 communication. Various communication methods can be expanded according to actual needs, such as wifi, GPRS transmission, etc.;

The output control function can be expanded as needed. The air quality monitoring system can work well with the park spray system to achieve data sharing and display. The monitoring system can operate independently in conjunction with the spray system, or can be linked and intelligently controlled with the spray system.

High stability and can work 24 hours a day.

The whole machine adopts lightning protection design and is not easily damaged in areas with frequent thunderstorms.

3. Negative oxygen ion monitoring station system composition:

The system consists of an atmospheric Negative oxygen ion monitoring station, a meteorological environment monitoring system, a data display and analysis system, an early warning control system, a wireless transmission system, a background data processing system and an information monitoring and management platform; the data platform is a networked platform with an Internet architecture. It has various functions such as monitoring functions of monitoring stations and data alarm processing, recording, query, statistics, and report output.

4. Negative oxygen ion monitoring station provides powerful monitoring functions, its characteristics are as follows:

1. This system is an unattended system that continuously collects and records changes in air quality at monitoring points online in real-time and 24 hours a day. It displays and records and stores monitoring information in real-time in various ways such as numbers, graphics, and images. Monitoring Points can be expanded up to thousands of points.

2. The upper and lower alarm limits of each monitoring point can be set. When abnormal data at the monitored point occurs, an alarm signal can be automatically sent out. Alarm methods include: on-site multimedia audio, sound and light alarms, network client alarms, mobile phone short message alarms, etc. Upload alarm information and perform local and remote monitoring. The system can notify different personnel on duty at different times;

3. The air quality monitoring software uses a standard Windows full Chinese graphical interface to display and record the air quality values and curve changes of each monitoring point in real time, and to count the historical data, maximum value, minimum value and average value of the monitored quality data, cumulative data, etc. .

4. The system can be expanded with a variety of recording data analysis and processing software, which can draw bar graphs, pie charts, curve fitting and other processing. It can output in TEXT format, and can also enter office software such as EXCEL spreadsheets for data processing.

5. Powerful data processing and communication capabilities, using computer network communication technology, any computer in the local area network can access the monitoring computer, check the air quality changes at the monitoring point online, and achieve remote monitoring.

6. The control software is compiled using software engineering management, which is highly open and scalable. Due to the software-based system design concept of hardware functions and the modular and communication network design of system hardware, the system can upgrade software functions as needed. and expanded hardware types.

8. Interfaces are reserved during system design, and hardware equipment can be added or deleted at any time. The system only needs to make a small amount of changes and can be completed in a short time.

9. All systems are reliably grounded to prevent static electricity.

10. The system uses single-channel and multi-channel bus wiring, which greatly reduces the amount of wiring engineering, wire materials, and project costs. And because it is a digital signal, there will be no transmission errors or signal losses.

5. Negative oxygen ion monitoring station technical solution product configuration

6. Negative oxygen ion monitoring station related technical indicators

Common negative oxygen ion level standards and their relationship with health