The integrated axial flow PUMPSing station is specially designed to solve urban rainwater collection, drainage, and urban sewage lifting. The large integrated axial flow PUMPSing station includes a series of standardized prefabricated sewage PUMPSing stations, providing you with reliable and cost-effective solutions. Prefabricated PUMPSing stations are used to collect and discharge sewage and wastewater from residential communities, restaurants, schools, factories, military barracks, and other public places. They are mainly installed underground outdoors and can also be used indoors.
Product Features: It is an integrated product made of GRP material that integrates axial flow PUMPSs, PUMPSing station equipment, trash removal grilles, control systems, and remote monitoring systems. It features long service life, seismic resistance, and corrosion resistance.
Application Areas: Mainly used in municipal engineering, bridges and highways, industry, agriculture, construction, and other sites with high sewage and rainwater discharge.
I. Product Parameters
| Product Name | Integrated Axial Flow PUMPS Station | Model | Axial Flow PUMPS Station Series |
| Sewage Capacity (m³/d) | 3 m³/s | Cylinder Material | GRP |
| Cylinder Diameter | 2m ~ 4.2m | Cylinder Height | 2m ~ 12m |
| Number of PUMPSs | 1 |
II. Product Advantages
(1) Simple installation and easy maintenance
The PUMPS and motor are integrated. Installation is simple without anchor bolts. The sealing ring is pressed tightly by self-weight and water pressure. Maintenance can be completed by lifting the unit directly.
(2) Stable and safe operation
The axial flow PUMPS has a compact structure without a transmission shaft and operates stably. The motor runs underwater, providing high efficiency and protection against flooding in low-lying areas.
(3) Improved PUMPSing station environment
The motor operates underwater, reducing noise. Water flow cools the motor during operation, improving heat dissipation and working conditions.
(4) High reliability and long service life
Compared with traditional PUMPSing stations, auxiliary equipment is reduced, lowering failure rates and improving automation. Good cooling performance extends service life.
(5) Simplified structure and reduced investment
The integrated design simplifies the structure and significantly reduces project construction costs.