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Well Pumps

Brand: SAER Model: CB40-380
Applications Water supply. Domestic and industrial systems. Irrigation in small or medium irrigation systems. Pressure boosting in booster systems. For mechanically and chemically non-aggressive fluids. Features  Head H max= 41,2 m Flow rate Q max= 11.8..
£333.80
Brand: SAER Model: CB40
Applications Water supply. Domestic and industrial systems. Irrigation in small or medium irrigation systems. Pressure boosting in booster systems. For mechanically and chemically non-aggressive fluids. Features  Head H max= 41,2 m Flow rate Q max= 11.8..
£314.72
Brand: SAER Model: CB50
Applications Water supply. Domestic and industrial systems. Irrigation in small or medium irrigation systems. Pressure boosting in booster systems. For mechanically and chemically non-aggressive fluids. Features  Head H max= 49,6 m Flow rate Q max= 14.1..
£340.95
Brand: SAER Model: CB60-380
Applications Water supply. Domestic and industrial systems. Irrigation in small or medium irrigation systems. Pressure boosting in booster systems. For mechanically and chemically non-aggressive fluids. Features  Head H max= 60,1 m Flow rate Q max= 8 m3..
£419.63
Brand: SAER Model: CM1
Applications General water supply, pressure boosting in systems with pressure expansion vessels (hydrophores), garden irrigation, misting, pressure boosting in waterworks, agricultural applications, for filling and emptying tanks. For clean liquids only. For pumping water from wells, tanks and othe..
£295.65
Brand: SAER Model: CM1B
Applications General water supply, pressure boosting in systems with pressure expansion vessels (hydrophores), garden irrigation, misting, pressure boosting in waterworks, agricultural applications, for filling and emptying tanks. For clean liquids only. For pumping water from wells, tanks and othe..
£314.72
Brand: SAER Model: CMP
Applications General water supply, pressure boosting in systems with pressure expansion vessels (hydrophores), garden irrigation, misting, pressure boosting in waterworks, agricultural applications, for filling and emptying tanks. For clean liquids only. For pumping water from wells, tanks and othe..
£150.21
Brand: SAER Model: CMP76-380
Applications General water supply, pressure boosting in systems with pressure expansion vessels (hydrophores), garden irrigation, misting, pressure boosting in waterworks, agricultural applications, for filling and emptying tanks. For clean liquids only. For pumping water from wells, tanks and othe..
£190.74
Brand: SAER Model: CMP76-380
Applications General water supply, pressure boosting in systems with pressure expansion vessels (hydrophores), garden irrigation, misting, pressure boosting in waterworks, agricultural applications, for filling and emptying tanks. For clean liquids only. For pumping water from wells, tanks and othe..
£183.59
Brand: SAER Model: CMP79-380
Applications General water supply, pressure boosting in systems with pressure expansion vessels (hydrophores), garden irrigation, misting, pressure boosting in waterworks, agricultural applications, for filling and emptying tanks. For clean liquids only. For pumping water from wells, tanks and othe..
£200.28
Brand: SAER Model: CMP79
Applications General water supply, pressure boosting in systems with pressure expansion vessels (hydrophores), garden irrigation, misting, pressure boosting in waterworks, agricultural applications, for filling and emptying tanks. For clean liquids only. For pumping water from wells, tanks and othe..
£188.36
Brand: SAER Model: BP3-380
Applications These electric pumps can be used for surface gravity irrigation and watering systems, pumping water from lakes, rivers and reservoirs and for various industrial applications requiring increased capacity and low to medium head. Features  Head H max= 21,5 m ..
£290.88
Brand: SAER Model: BP3
Applications These electric pumps can be used for surface gravity irrigation and watering systems, pumping water from lakes, rivers and reservoirs and for various industrial applications requiring increased capacity and low to medium head. Features  Head H max= 21,5 m ..
£276.57
Brand: SAER Model: BP4-380
Applications These electric pumps can be used for surface gravity irrigation and watering systems, pumping water from lakes, rivers and reservoirs and for various industrial applications requiring increased capacity and low to medium head. Features  Head H max= 32 m ..
£309.95
Brand: SAER Model: BP4
Applications These electric pumps can be used for surface gravity irrigation and watering systems, pumping water from lakes, rivers and reservoirs and for various industrial applications requiring increased capacity and low to medium head. Features  Head H max= 32 m ..
£295.65
Brand: SAER Model: BP5-380
Applications These electric pumps can be used for surface gravity irrigation and watering systems, pumping water from lakes, rivers and reservoirs and for various industrial applications requiring increased capacity and low to medium head. Features  Head H max= 23,8 m ..
£331.41
Brand: SAER Model: BP5
Applications These electric pumps can be used for surface gravity irrigation and watering systems, pumping water from lakes, rivers and reservoirs and for various industrial applications requiring increased capacity and low to medium head. Features  Head H max= 23,8 m ..
£312.34
Brand: SAER Model: BP8C-380
Applications These electric pumps can be used for surface gravity irrigation and watering systems, pumping water from lakes, rivers and reservoirs and for various industrial applications requiring increased capacity and low to medium head. Features  Head H max= 16,7 m ..
£824.95
Brand: SAER Model: BP8A-380
Applications These electric pumps can be used for surface gravity irrigation and watering systems, pumping water from lakes, rivers and reservoirs and for various industrial applications requiring increased capacity and low to medium head. Features  Head H max= 20,8 m ..
£925.09
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Well pumps are useful for households that use water from their own water sources. They provide a constant flow of water necessary for household needs, garden irrigation, and sometimes even for industrial purposes. Choosing the right pump ensures durability, efficiency, and cost-effectiveness in use.

 

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Types of well pumps

The choice of a well pump depends on specific needs and the characteristics of the well. The main types are:

  • Centrifugal well pumps – Suitable for shallow wells, these pumps provide high flow rates at low pressure.
  • Submersible well pumps – Ideal for deep wells, they work directly underwater and provide a stable water flow at greater depths.
  • Multistage well pumps – These pumps offer high pressure and are suitable for systems that require greater power.

 

Criteria for choosing a well pump

When choosing a well pump, pay attention to several parameters:

  • Well depth – Submersible pumps are best suited for deep wells, while centrifugal pumps are for shallower wells.
  • Flow rate and pressure – Calculate the required flow rate and pressure based on the needs of the household or business.
  • Materials and durability – Models with anti-corrosion coatings and durable materials are preferable, especially if the water has a high mineral content.

 

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How to maintain your well pump and prolong its life

Regular maintenance of the pump is essential. Some important aspects include:

  • Filter cleaning – Accumulated debris can block the pump.
  • Leak check – Immediate repair of leaks will prevent loss of efficiency.
  • Electrical connection check – Ensure cables are properly insulated and are not in a damp environment.

 

Common issues with well pumps and their solutions

  • Insufficient water flow – This may be caused by a clogged filter or the wrong pump choice for the well’s depth.
  • Noisy pump operation – Often a problem due to lack of sufficient cooling or improper pump positioning.
  • Frequent stopping of the pump – Motor overheating may be the cause. Check if there is enough ventilation.

 

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Frequently asked questions about well pumps

  1. What is the appropriate flow rate for a pump?
    The flow rate depends on the user's needs. For household purposes, it is usually around 2-3 m³/hour.
  2. How much power should the pump have?
    For deeper wells, a more powerful pump is recommended, usually over 1 kW.
  3. Can a submersible pump work outside of water?
    No, submersible pumps must remain underwater for cooling.
  4. What should I do if my pump is making noise?
    Check for air in the system and ensure the pump is properly mounted.
  5. How often should I clean the pump filter?
    At least once every few months, depending on water contamination.
  6. Can a well pump run on solar energy?
    Yes, there are models that can be connected to solar panels.
  7. What should I do if the pump stops frequently?
    Check for motor overheating or electrical connection issues.
  8. How can I check if the pump is working correctly?
    You can check the flow rate and pressure, which should match the specifications.
  9. What does maximum flow rate mean for pumps?
    This is the maximum amount of water the pump can deliver per hour.
  10. How to choose between a multistage and a standard pump?
    The multistage pump provides higher pressure and is suitable for specific needs.
  11. Can the well pump operate continuously?
    Yes, but it is recommended to give it periodic rest to avoid overheating.
  12. What are signs of a problem with the well pump?
    Noise, insufficient flow rate, and operational interruptions are the main symptoms.
  13. Can the well pump pump muddy water?
    Most pumps can handle slightly contaminated water, but muddy water may damage some models.
  14. How can I know if the pump is suitable for a well of a specific depth?
    Check the specifications for the maximum depth at which the pump can operate.