It includes monitoring devices for the water level of fire protection pools and water tanks, as well as detection equipment for the pressure and flow rate of municipal water supply. For example, a liquid level sensor is installed in the fire protection pool to monitor the water level height in real-time. When the water level is lower than the set value, an alarm will be triggered immediately.

Monitor and control the operation status of water supply equipment such as fire pumps and pressure stabilizing pumps. Use equipment like current transformers and voltage transformers to monitor parameters such as the current, voltage, and power of the pumps. At the same time, use pressure sensors to monitor the outlet pressure of the pumps. In addition, a control cabinet is equipped to achieve remote start-stop control of the pumps and fault alarm functions.

Install pressure sensors, flow sensors, etc. in the fire protection water supply pipe network to monitor the pressure and flow changes of the pipe network in real-time. For example, set up pressure monitoring points at certain intervals on the main pipeline to promptly detect abnormal pressure situations in the pipe network.

It includes data collectors, communication modules, etc., which collect and process the data from each monitoring point and transmit it to the monitoring center through wired or wireless communication methods. Common communication methods include Ethernet, 4G/5G, LoRa, etc.

Composed of monitoring computers, monitoring software, etc., it analyzes, processes, and stores the received data to achieve centralized monitoring and management of the fire protection water supply system. Monitoring personnel can view the operation status of the system in real-time through the monitoring interface, receive alarm information, and perform corresponding operations.

The system collects relevant data of the fire protection water supply system in real-time through sensors distributed at various locations, such as water level, pressure, flow rate, and equipment operation parameters. The data collector conducts preliminary processing of the collected data and then transmits it to the monitoring center through the communication module.

The software in the monitoring center analyzes and processes the received data and compares it with the pre-set normal operation parameter range. When abnormal data is detected, such as low water level, insufficient pressure, equipment failure, etc., the system will immediately issue an alarm signal to remind the monitoring personnel to take corresponding measures.

Based on the alarm information and relevant data provided by the system, the monitoring personnel can remotely control the operation of the fire protection water supply equipment, such as starting or stopping the pumps, adjusting the working status of the pressure stabilizing pumps, etc., to ensure the normal operation of the fire protection water supply system.

Conduct real-time monitoring of the water level of fire protection pools and water tanks, the pressure and flow rate of the pipe network, and the operation status of water supply equipment, providing accurate data support for the operation of the fire protection water supply system.

When an abnormal situation occurs in the system, such as abnormal water level, insufficient pressure, equipment failure, etc., it can promptly issue audible and visual alarm signals and notify relevant personnel via text messages, emails, etc., to facilitate the rapid handling of faults.

The monitoring personnel can remotely control the start and stop of fire pumps, pressure stabilizing pumps, and other equipment in the monitoring center, achieving remote operation and management of the fire protection water supply system.

Analyze and process the collected data, and generate various reports and charts, such as water level change curves, pressure change trend diagrams, etc., providing data basis for the operation, maintenance, and management of the system.

The system can store a large amount of historical data, and users can query the historical data as needed to understand the operation situation of the fire protection water supply system, facilitating fault analysis and system optimization.

Such as shopping malls, office buildings, hotels, etc. These places are densely populated and have a high fire risk. The fire protection water supply monitoring system can ensure that there is an adequate water supply for fire protection facilities in case of a fire.

Industrial places such as factories and warehouses. Due to the presence of a large amount of combustible materials and production equipment, there is a higher requirement for the reliability of the fire protection water supply. This system can monitor the operation status of the fire protection water supply system in real-time to ensure the fire safety of the enterprise.

The fire protection water supply system of high-rise buildings is relatively complex, and problems such as pressure loss caused by height need to be overcome. The fire protection water supply monitoring system can conduct comprehensive monitoring of the fire protection water supply system of high-rise buildings to ensure timely and effective water supply in case of a fire.

Such as schools, hospitals, gymnasiums, etc. These places have a large flow of people, and once a fire occurs, the consequences will be serious. The fire protection water supply monitoring system can provide a strong guarantee for the fire safety of these public places.