Inground Lifting Stations

An inground liftting station is an essential device for ensuring the evacuation of wastewater in situations where gravity drainage is not possible. Whether for individual houses, commercial buildings, or residential areas, this lift station handles water from multiple sources (toilets, kitchens, bathrooms) and discharges it to the sewer system or a septic tank.

Result (4)

Type of water collected

  • Max. Head (Q0) (m)

  • Max. flow rate (m³/h)

  • Type of impeller

  • Number of pump(s)

  • Total tank volume (L)

  • Current

  • Type of activation

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Result (4)
  • Ambiance visual of a Sanifos 280 1 GR S, underground lifting station, grey/black water in a garden.

      Sanifos 280 Black water

      The complete solution for your future home

    • Mood image of a Sanifos 110 1 GR S, lifting station, grey/black water, buried in a garden connections.

        Sanifos 110 Black water

        The pumping solution for your future home

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        Sanifos 610 1 SLD 700 SA ambient visual, buried lifting station, rainwater harvesting from a building.

          Sanifos 610 Grey water, rainwater

          The complete in-ground solution for rainwater

        • Atmospheric visual of a Sanifos 610 1 GR S, underground lifting station, grey/black water buried at the bottom of a building.

            Sanifos 610 Black water

            The SFA know-how for sewage lifting

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          Discreet and efficient, the inground lifting station is installed below ground, saving space and blending seamlessly into the environment.
          What is an Inground LiftingStation?
          An Inground Lifting Station is a system installed below ground, designed to collect and pump wastewater from various sources (toilets, showers, washing machines) when it cannot flow naturally to the drainage system due to low elevation or challenging location. The station is equipped with one or more pumps that lift the water to a higher level, where it is then discharged into a public or private sewage network. Inground LiftingStations can handle different types of water, depending on the pump type, and come in various capacities—from a few hundred to several thousand liters—to meet the needs of both small homes and larger facilities.
          Why Choose an Inground Lifting Station?
          Choosing an underground lift station provides several advantages for homeowners and professionals. Here are some reasons why it’s a preferred solution:
          1. Discretion and Space Efficiency: Installed below ground, the station remains out of sight and does not occupy surface space on your property. This preserves the aesthetics of your landscape while providing an effective wastewater drainage system.
          2. High Capacity: Underground lift stations are built to handle large volumes of wastewater. With tanks ranging from several hundred to several thousand liters, they can manage the flow from individual homes or multi-unit buildings.
          3. Adaptability for Different Types of Wastewaters: Based on the type of water to be pumped (clear water, wastewater, or water with solids), the station can be equipped with specific pumps tailored to each need, offering a customized solution for managing various types of liquid waste.
          4. Durability and Longevity: Designed to withstand underground conditions, underground lift stations are typically made from robust materials like polyethylene, providing excellent resistance to corrosion and soil pressure for a long-lasting solution.
          How Does an Inground Lifting Station work?
          An underground lift station operates through an automatic pumping system. Wastewater is collected in an underground tank, where it is temporarily stored. Once the water level reaches a certain threshold, a float or sensor activates the pump, lifting the water to the designated discharge point.
          The pumps in these stations are designed to handle various water types, including clear water, lightly loaded water, or wastewater containing solids. Depending on the type of waste, the pumps can be vortex or grinder models. The flow rate and lift height depend on the pump’s power, allowing the system to adapt to each unique setup.
          Choosing the correct Inground LiftingStationn
          Selecting the appropriate underground lift station involves considering several critical factors to ensure it meets your needs:
          1. Type of Water to be Pumped: First, identify the type of water to be pumped—whether it’s wastewater or greywater or rainwater. This will help determine the type of pump needed
          2. Tank Capacity: Tank size varies by model, from a few hundred to several thousand liters. Choose a station with a large enough tank to avoid frequent pump activation. The larger the tank, the less the pump needs to run, which can extend its lifespan.
          3. Discharge Height: The required lift height is crucial for selecting the right pump. Calculate the vertical distance between the underground station and the discharge point to ensure the pump can handle this height. Each pump has a specific discharge height rating, which must align with your setup.
          4. Pump Flow Rate: The pump’s flow rate is another vital factor, determining the volume of water the station can handle within a set time. If you have multiple water sources running at once, select a pump with an adequate flow rate to prevent overflow.
          5. Price and Installation Costs: The cost of an underground lift station depends on factors like capacity, pump power, and included accessories. While budget-friendly options may be tempting, prioritizing quality and performance can reduce long-term maintenance costs.
          An Inground LiftingStation is ideal for pumping wastewater in areas where gravity drainage isn’t possible. With its powerful pumps, large storage capacity, and discreet installation, it provides a reliable and long-lasting solution for both residential and commercial applications. When selecting your lift station, consider the type of wastewater, required lift height, tank capacity, and pump flow rate to ensure efficient, worry-free operation.
          FAQs

          Frequently asked questions?

          • SFA products are available through selected plumbing merchants, sanitaryware wholesalers, retailers and online distributors. Please contact SFA South Africa or use the website enquiry form so we can direct you to a suitable stockist in your area.

          • The correct product depends on what you want to connect, such as a WC, basin, shower, bath, washing machine or multiple fixtures. We need the vertical lift, horizontal discharge distance, pipe route and the fixtures being connected before recommending a product.

          • Stop using connected fixtures if possible. Check the power supply and whether the unit is running. Contact SFA or an approved service technician urgently, especially for commercial applications.

          • Please contact SFA after-sales support directly. Provide the product model, proof of purchase if available, location, photos/videos of the issue and a clear description of the fault.

          • Spare parts are available through SFA South Africa and selected service/support channels. Please provide the product model, serial number if available, and the part required so we can assist correctly.

          • This depends on the number of fixtures and expected usage. For a single WC and basin, a macerator may be suitable. For multiple fixtures or higher usage, a lifting station may be more appropriate.

          • Yes. SFA can assist with product selection, technical information and project-specific recommendations. Please provide drawings, fixture schedule, vertical lift, horizontal run, expected flow and application details.

          • If you pump is making an abnormal noise, leaking, tripping the power, best is to contact us and we will point you in the correct direction

          • SFA products are available through selected plumbing merchants, sanitaryware wholesalers, retailers and online distributors. Please contact SFA South Africa or use the website enquiry form so we can direct you to a suitable stockist in your area.

          • Spare parts are available through SFA South Africa and selected service/support channels. Please provide the product model, serial number if available, and the part required so we can assist correctly.

          • The correct product depends on what you want to connect, such as a WC, basin, shower, bath, washing machine or multiple fixtures. We need the vertical lift, horizontal discharge distance, pipe route and the fixtures being connected before recommending a product.

          • This depends on the number of fixtures and expected usage. For a single WC and basin, a macerator may be suitable. For multiple fixtures or higher usage, a lifting station may be more appropriate.

          • Stop using connected fixtures if possible. Check the power supply and whether the unit is running. Contact SFA or an approved service technician urgently, especially for commercial applications.

          • Yes. SFA can assist with product selection, technical information and project-specific recommendations. Please provide drawings, fixture schedule, vertical lift, horizontal run, expected flow and application details.

          • Please contact SFA after-sales support directly. Provide the product model, proof of purchase if available, location, photos/videos of the issue and a clear description of the fault.

          • If you pump is making an abnormal noise, leaking, tripping the power, best is to contact us and we will point you in the correct direction

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