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    10 HP Stainless Steel Submersible Sewage Pump

    10 hp stainless steel sewage pump is available with 380V voltage, 304/316 stainless steel, 100mm caliber, 20m rated head, and flange connection. High power 7.5kW submersible wastewater pump, resistant to corrosion and acid and alkali, can handle solid particles and impurities in sewage easily.
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    Delivery date: 6-12 days

    ATO 10 hp submersible sewage pump can quickly pump large amounts of wastewater, ensuring fast and reliable discharge. With 7.5kW high power, 380V voltage, 304/316 stainless steel, 100mm caliber, 20m rated head, and flange connection, this submersible cutter pump is ideal for sewage treatment plants and industrial production.


    • Model: 100WQP80-20-7.5
    • Connection Method: Flanged
    • Material: 304/316 Stainless Steel
    • Rated Flow: 80m3/h
    • Rated Lift: 20m
    • Power: 7.5kW (10 hp)
    • Caliber: 100mm
    • Voltage: 380V (Contact us for customized voltage)
    • Rotation Speed: 2900r/min
    • Size: 34x28x74cm
    • Weight: 100kg


    • When using a stainless steel sewage pump, the medium temperature should not exceed 50°C (ordinary motor), not exceed 100°C (high-temperature motor), the density should be 1.0-1.3kg/m3, and the PH index should be between 0-14.
    • The motor part shall not expose more than 1/2 of the liquid surface.
    • Stainless steel submersible sewage pumps must be used within the operating lift range to ensure that the motor is not overloaded.


    Submersible sewage pump details


    Submersible sewage pump applications

    Tips: Are submersible sewage pumps energy-efficient?

    Submersible sewage pumps can be energy-efficient when designed and selected appropriately for the specific application. Efficiency depends on several factors, including the pump's design, motor efficiency, and the system's overall configuration. Many modern submersible sewage pumps incorporate features such as variable frequency drives (VFDs) or energy-efficient motor designs to optimize energy consumption.

    Variable frequency drives allow the pump to adjust its speed based on demand, reducing energy consumption during periods of lower flow. This is particularly beneficial in sewage systems where the flow rates can vary throughout the day. Additionally, high-efficiency motors and impeller designs contribute to overall energy savings.

    Selecting the right pump size for the application is crucial for optimizing efficiency. Oversized pumps may operate less efficiently at partial loads, leading to increased energy consumption. Therefore, proper sizing based on the specific flow and head requirements is essential.

    Regular maintenance, including cleaning and inspecting the pump, also contributes to energy efficiency by ensuring the pump operates at its designed capacity. Consulting with a pump professional and adhering to manufacturer recommendations can help ensure that a submersible sewage pump operates efficiently throughout its service life.

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