Xinli Technology realizes automatic monitoring of temperature and humidity in Soochow University
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Since its establishment, Xinli Technology has continuously improved its own skills, innovated and improved its products, and helped many enterprises to realize the automatic monitoring of industrial data. Today, our company describes the successful temperature and humidity monitoring project in cooperation with Soochow University.
This project is mainly designed and implemented by the professional team of Xinli Technology based on Soochow University’s automatic monitoring of temperature and humidity in the laboratory and corresponding areas, to realize real-time grasp of data and ensure that the temperature and humidity are within the specified range, combined with our wireless products.
Xinli Technology passed the WN60 wireless temperature and humiditysensorReal-time monitoring of the temperature and humidity of the on-site environment, and wirelessly transmitted to the WN90 communication management device. The WN90 wireless management device transmits the real-time monitoring data to the computer in the management center office through RS485 communication. This solution can be widely used in industrial sites. Temperature and humidity automatic monitoring.
The system design fully considers the actual situation of the project, realizes the relevant functions to the greatest extent, meets the relevant requirements of users, and reflects the technical characteristics of the system. Finally, decentralized collection and centralized monitoring are realized. The system design ideas are as follows:
1. Hierarchical distributed structure: The system structure adopts hierarchical distributed design, monitoring layer and wireless network communication layer. The monitoring layer includes monitoring computers and monitoring management software; the wireless network communication layer includes wireless network communication equipment such as wireless temperature and humidity sensors and wireless management devices.
2. Fast and stable communication transmission form: the whole system adopts the popular wireless network communication form and field bus control. The use of digital signals in communication transmission ensures the anti-interference ability of system communication and the speed of information exchange, improves the intelligence of the system, and enhances the stability and reliability of the system as a whole.
3. Strong scalability: for the increase of field equipment, only need to add the corresponding wireless management device, and connect the equipment to the wireless network communication layer to realize the bottom layer expansion of the system. For the extended second-phase project, it is only necessary to configure the wireless network communication layer and the corresponding field device layer devices, and connect the wireless network communication layer to the background network to realize the expansion of new field devices. It is also very convenient to add various functions to the background system monitoring layer.
4. Good compatibility: the system can provide a variety of bus interfaces, and provide a variety of communication protocol connections, the system can be connected to various intelligent devices to complete the automation function, and any open device can be incorporated into the monitoring system.
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