Temperature and humidity monitoring system for aviation material warehouse

▶ Intelligent temperature and humidity monitoring system for aviation material warehouse

The monitoring of temperature and humidity is a key aspect of aircraft material warehouse management. During long-term storage, aircraft materials may remain in a macroscopic static state. But its quality is constantly changing. This is because most aviation materials are mainly made of metal. During long-term storage, metals may corrode due to the influence of temperature and humidity. Thereby reducing the strength of the metal components. The deterioration of surface mechanical properties seriously affects the use of aviation materials and may even cause major accidents. Temperature and humidity can also cause changes in the physical and chemical properties of aviation materials. Thus causing it to lose its proper technical requirements. Therefore, temperature and humidity are the main contradictions that cause changes in the quality of aviation materials.

Feirui Aviation Material Warehouse Intelligent Temperature and Humidity Monitoring System can monitor the temperature and humidity inside the warehouse, and automatically link temperature and humidity control equipment such as air conditioners, dehumidifiers, humidifiers, etc. according to the changes in temperature and humidity, to control the temperature of the warehouse within a reasonable range. In case of equipment abnormalities, various forms of alarms can be sent to notify the corresponding personnel.

The system can also combine SMS and GSM short message technology and make use of the global resources of the Internet to create a low-cost and functional unattended monitoring system solution. When there is an abnormality in the cold storage, a short message alarm can be triggered. Short message group sending can be set up, and different duty personnel can be notified at different times. The system can send short messages and emails about the current operation status of warehouse equipment through mobile phones, phone ringing, and email, fully realizing unmanned remote monitoring.

▶ System Topology Diagram

▶ Touch screen control interface