Warehousing industry dynamic monitoring
Air storage temperature and humidity monitoring system
▶ Intelligent storage temperature and humidity monitoring system
The monitoring of temperature and humidity is the focus of the management of the inventory of materials. In the long-term storage process, the aircraft is in a macroscopic still state. But its quality is constantly changing. This is because most of the materials are mainly made of metal. During long-term storage, the metal will rust due to the influence of temperature and humidity. Thereby the strength of the metal part is lowered. The surface mechanical properties deteriorate, which seriously affects the use of aircraft materials and may even cause major accidents. Temperature and humidity will also change the physical and chemical properties of the aircraft. So that it loses its technical requirements. Therefore, temperature and humidity are the main contradictions in the quality of the aircraft.
The intelligent temperature and humidity monitoring system of Feirui Aviation Material Library can monitor the temperature and humidity in the warehouse, and automatically control the temperature and humidity control equipment, such as air conditioner, dehumidifier and humidifier, according to the temperature and humidity changes, and control the warehouse temperature within a reasonable range. In the case of abnormal equipment, the corresponding personnel are also notified by various forms of alarms.
The system can also combine SMS and GSM SMS technology to make use of the global resources of the Internet to create a low-cost, feature-rich unattended monitoring system solution. In the event of an abnormality in the cold storage, a short message alarm can be set, short message grouping can be set, and different duty personnel can be notified at different times. By means of ringing or e-mailing by mobile phone or telephone, the system can send short messages and e-mails of the current operation of the warehouse equipment to fully realize unattended remote monitoring.
▶ System topology
▶Touch screen control interface