A borehole pump under 50m3/h is a type of borehole pump capable of delivering a water flow rate of less than 50 cubic meters per hour. This type of water pump (water pump motor) is commonly used in households, small farms, or borehole water pumping systems that do not require an excessively large flow rate. A borehole pump is a specialized submersible pumping device, commonly known as a deep well submersible pump. It is specially designed to extract water from deep boreholes, operating stably and continuously for long periods.
Borehole pump under 50m3/h
Applications of the borehole pump under 50m3/h
A borehole pump under 50m3/h with a flow rate of less than 50m³/h is suitable for household and small-scale groundwater extraction, ensuring a stable water supply and energy savings.
Household borehole water supply: The pump is used to extract groundwater for daily activities such as bathing, washing, cooking, cleaning, and storing water in tanks. With a flow rate of less than 50m³/h, the device well meets the needs of households, boarding houses, or small residential clusters.
Garden irrigation and fish pond water supply: Suitable for pumping water from boreholes to irrigate fruit trees, vegetables, ornamental gardens, or supply water for small-scale aquaculture ponds. The moderate flow rate helps ensure a stable water source while optimizing power consumption.
Water supply for small filtration and treatment systems: A borehole pump under 50m³/h is often used as a supply pump for household water filtration systems or small-scale water treatment systems. The device helps maintain stable pressure, ensuring that the filtration process runs efficiently and continuously.
Applications of the borehole pump under 50m3/h
Advantages of the borehole pump under 50m3/h
Below are the standout advantages of the borehole pump, making this device a top choice for small and medium borehole systems:
Exceptional deep water lifting capacity:Borehole pumps are capable of drawing water from great depths that conventional pumps can hardly reach.
Space-saving: The submersible design saves installation space, operates silently, and does not affect the surrounding landscape.
Good corrosion resistance: The pump materials are typically stainless steel or corrosion-resistant materials, helping the machine operate durably in harsh water environments.
Quiet operation: As one of the submersible pump lines (also known as submerged water pumps), it operates smoothly without causing loud noise, making it suitable for residential areas.
High durability: The machine is designed to operate continuously for long periods, with low failure rates and easy maintenance.
Advantages of the borehole pump under 50m3/h
Borehole pump under 50m3/h price at Thanh Thai Motor
Below is the latest borehole pump under 50m3/h price list at Thanh Thai Motor, helping you easily reference and make your choice.
Why does a borehole pump under 50m3/h suddenly experience weak water output and then stop completely while the motor is still running?
This phenomenon is usually caused by the groundwater level in the well dropping below the suction impeller stages, or by dirt, sand, and mud clogging the strainer screen on the pump body. When the well flow rate is insufficient to compensate for the pump’s capacity under 50m3/h, the pump will experience air locking (cavitation/air intake). Customers need to turn off the machine, wait for the water level to recover or lower the pump deeper (if the well has enough depth), and clean the strainer screen.
When extending the submersible power cable for this line of borehole pumps, why is it mandatory to pour waterproof casting resin on the joint?
Because the electrical wire joint is completely submerged deep under high water pressure underground. If only regular electrical tape is wrapped, water will seep through the gaps, causing electrical leakage into the water source, leading to phase short-circuits and immediate tripping of the protective circuit breaker. Customers must use self-fusing rubber tape combined with specialized cable resin pouring to ensure absolute electrical insulation.
Why do borehole pump models with the same flow rate under 50m3/h, but with high head, consist of many stacked impeller stages?
Because borehole pumps operate on a multi-stage centrifugal impeller mechanism. Each single impeller stage can only push water up to a limited height. Therefore, to push water from deep wells to high positions hundreds of meters up, manufacturers must stack multiple consecutive impeller stages so that the water pressure accumulates across each stage, maximizing the lifting force.
