The urbanization process is accelerating, and the building density is increasing. The number of fires and the resulting losses are on the rise. To eliminate fire hazards and develop information technology for fire monitoring.

For densely populated places such as schools, hospitals, office buildings, supermarkets, hotels, and entertainment venues, fire prevention is of utmost importance. However, due to the large number of indoor and outdoor fire protection facilities, complex distribution locations, a large number of abandoned fire protection facilities in urban reconstruction, and many fire protection facilities not being put into use in a timely manner during expansion, fire safety hazards are left due to poor management and use of fire protection facilities.

The end water test of the fire protection pipeline network is currently an effective method for detecting the operational status of indoor fire protection facilities.

By conducting end water testing, it is possible to monitor the operation of both the pipeline network and the pump valves in the fire pump room. When the water supply pressure and water level of the fire protection official website are too low, the front-end intelligent terminal will automatically detect and transmit the detection data to the cloud data center through wireless communication. In response to fault information, the system will automatically sound an alarm. Operators can accurately locate the fire protection facilities on the map through the system, conduct targeted on-site fault diagnosis, and timely detect abnormal situations such as pipeline blockage, rupture, and valve closure

By installing wireless pressure transmitters at the ends of the fire pipes in the fire pump room and on the top floor, it is possible to monitor both the pressure status of the fire pipe network and the operation of the pump valves in the fire pump room; Install a wireless liquid level transmitter in the fire water pool on the top floor to achieve real-time monitoring of water level data in the fire water pool. When the water supply pressure of the fire protection pipeline network and the water level of the pool are too low, the wireless pressure transmitter and wireless liquid level transmitter will upload the detection data through NB-IOT/GPRS wireless communication, and the system will automatically alarm. The management personnel can accurately locate the fire protection facilities on the map through the system, and carry out targeted on-site troubleshooting, which can timely detect abnormal situations such as pipeline blockage, rupture, and valve closure.