1. Horizontal Structural Design

The unit features a horizontal cylindrical tank with a streamlined, orderly structure, allowing for efficient layout within the fire pump room relative to available space and piping orientation. The horizontal design facilitates secure installation and easy connection to inlet/outlet piping and pressure monitoring components, making it suitable for various types of fire-fighting water supply systems.

 

2. Pressure Storage Function

The tank stores fire-fighting water under pressure, providing a reserve to maintain system pressure during normal standby periods or instances of low-flow water usage. When pressure fluctuations occur in the piping network, the stored pressure and water volume help compensate for the change, offering auxiliary water supply capability.

 

3. Buffering Pipeline Pressure Fluctuations

Fire-fighting systems are subject to factors such as fluctuating water demand, equipment start-stop cycles, and variations in network pressure. The tank utilizes its internal pressurized space to buffer these pressure changes, thereby mitigating the impact of fluctuations on the piping and the operational stability of associated equipment.

 

4. Reducing Frequent Pump Start-Stop Cycles

In cases of minor pressure drops or low-flow water usage, the tank provides pressure compensation, preventing the fire pumps from starting up in response to every slight pressure variation. When properly coordinated with a jockey pump, this reduces unnecessary pump cycling and ensures smoother system operation.

 

5. Steel Pressure-Bearing Tank

The product utilizes a steel tank structure, providing reliable mechanical support for the pressurized internal space. Specifications can be selected based on design pressure, water storage capacity, operating environment, and installation requirements, with appropriate anti-corrosion surface treatments applied according to project conditions.

 

6. Pressure Monitoring Interfaces

Pressure monitoring and piping connection points are located at the top of the tank, allowing for the installation of pressure gauges, valves, pressure sensors, and associated piping as required by the system configuration. Pressure monitoring components provide a clear view of the system's operating status, facilitating equipment commissioning, routine inspections, and maintenance.

 

7. Flexible System Parameter Matching

Different fire protection projects have varying requirements regarding pressure storage capacity, operating pressure, and connection dimensions; therefore, the pressure storage tank must be selected based on specific system parameters. Properly matching tank capacity and pressure ratings ensures coordinated operation between the pressure storage equipment and the fire pumps, jockey pumps, and piping network.

 

8. Integration with Fire Water Supply Equipment

Pressure storage tanks for fire water systems typically serve as auxiliary components within a complete fire water supply system, integrating with main fire pumps, jockey pumps, control cabinets, pressure monitoring devices, valves, and piping. Through the proper matching of parameters across these components, the system achieves coordinated operation for pressure storage, pressure stabilization, and water supply functions.

 

9. Suitable for Various Project Scenarios

This product can be applied to fire water supply systems in residential, commercial, and industrial buildings, as well as warehousing centers and public facilities, in accordance with project design requirements. For projects requiring the long-term maintenance of standby pressure in the fire piping network, suitable pressure storage equipment can be configured based on system volume, pressure specifications, and fire water demand.

 

10. Enhanced Pressure Management for Fire Systems

By providing pressure storage, pressure buffering, and auxiliary pressure compensation, the tank improves pressure management within the fire piping network. When used in conjunction with fire pumps and automatic control systems, it reduces unnecessary equipment cycling caused by pressure fluctuations, helping to maintain stable standby pressure and operational stability for the fire protection system.

 

The fire water system pressure storage tank features a horizontal steel tank structure and provides stable pressure energy support for the fire water supply system through pressure storage, buffering of network fluctuations, and auxiliary pressure compensation. The product can be configured according to project pressure, water storage capacity, piping dimensions, and installation environment, and is designed to integrate with fire pumps, jockey pumps, control systems, and pressure monitoring devices. For fire water supply projects in sectors such as construction, industry, and warehousing, the proper selection and systematic configuration of pressure storage tanks help reduce frequent pump starts and stops during low-flow conditions, thereby improving the long-term standby status and overall operational stability of the fire piping network.