AS High Pressure Vertical Multistage Centrifugal Pump for Irrigation And Water Treatment

1.Ultra-high pressure transfer: Meets high-head working conditions, realizes stable long-distance and high-pressure medium delivery.

2.High-efficiency boosting: Integrates efficient hydraulic model to provide precise pressure boosting for water supply, boiler feed water and other systems.

3.Continuous operation:Industrial-grade wear-resistant components support long-term uninterrupted work for heavy-duty conditions.

4.Flexible adaptation:Customizable stages and materials, compatible with various media, easy to install and maintain.

1.Medium Environment：Clean water, industrial purified water, softened water and other clean media; customizable stainless steel material for slightly corrosive liquids.

2.Temperature Environment：Medium temperature -10℃~120℃; Ambient temperature -20℃~50℃.

3.Installation Environment：Indoor/outdoor (rain cover required for outdoor), industrial plants, pump stations, mines, power plants, etc.; requires firm foundation and good ventilation.

4. Electrical Environment:Three-phase AC power supply, places without strong electromagnetic interference or flammable and explosive gases; independent power supply system is recommended.

2.High Efficiency & Energy Saving：Integrates optimized hydraulic model with high-efficiency impeller, low operation energy consumption, and significantly reduces long-term operating costs.

3.Compact Structure & Small Footprint：Vertical design with reasonable longitudinal layout, covering only 1/3 of the area of horizontal pumps, suitable for space-constrained scenarios such as workshops and pump stations.

4.Stable, Durable & Long Service Life：Industrial-grade wear-resistant components and precision bearings support 24/7 continuous operation with low failure rate and long maintenance cycle.

5.Easy Installation & Maintenance：Modular design allows separate replacement of damaged stages without overall disassembly; vertical structure facilitates daily inspection and maintenance.

6.Strong Customization Adaptability：Customizable stages, materials and sealing methods to meet various transportation needs such as clean water and slightly corrosive media.

1.Municipal engineering: High-rise building secondary water supply, urban pipe network ultra-high pressure boosting

2.Power industry: Boiler feed water, power plant circulating water system, condensed water transfer

3.Mining & metallurgy: Mine deep well drainage, mineral processing high-pressure water supply, metallurgical cooling system

4.Petrochemical industry: Chemical process ultra-high pressure transfer, oilfield water injection, refinery process water supply

5.Industrial manufacturing:High-pressure cleaning equipment, CNC machine tool cooling, production line ultra-high pressure water supply

6.Water conservancy irrigation: Large-scale farmland long-distance high-head irrigation, garden sprinkler system boosting

7.Construction engineering:High-rise building fire water supply, construction site temporary ultra-high pressure water supply system

1.Installation Check：Ensure firm foundation, pressure-resistant pipes, closed inlet/outlet valves; verify motor rotation direction matches pump stages.

2.Pre-Start Preparation：Fill pump chamber and exhaust air, open cooling seal water; check power supply and pressure gauges, prohibit dry running.

3.Start & Operation：Jog motor to confirm rotation, start with no load, then open outlet valve slowly; monitor pressure, current and vibration within rated range.

4.Shutdown Operation：Close outlet valve first, then cut off power; turn off cooling seal water; drain pump chamber for long-term shutdown, and rotate regularly to prevent rust.

5.Safety Notes：Prohibit sudden opening/closing of valves under ultra-high pressure conditions; check pipe joints and seals regularly to avoid high-pressure leakage.