What is Electromagnetic Submersible Pump 4 Details
The electromagnetic submersible pump, as the name suggests, is a pump that converts electrical energy into a magnetic field and thus ensures the movement of the liquid.
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Water is the source of life. Life is not possible without water. Water is also an indispensable resource used in many sectors and fields. Various pumps have been developed for the supply, transportation and use of water in many areas such as agriculture, industry, energy, health and tourism.
Pumps are machines that move liquids under pressure. The working principles, usage areas and features of pumps vary. In this article, we will get to know a type of pump called magnetic submersible pump, learn how it works and where it is used.
This pump has an electric motor hermetically sealed close to the pump casing. At the end of the motor’s shaft is a part called the outer magnetic bell housing.
This part creates a magnetic field due to the effect of electric current and rotates the wheel of the liquid inside it thanks to this magnetic field. The impeller of the liquid pushes the liquid upwards in a pressurized manner. Thus, the pump transports the water from the place where the liquid is immersed to the surface.
One of the biggest advantages of the Vibrating Magnetic submersible pump is that it prevents the pressure drop called cavitation, which is an undesirable situation in pumps. Cavitation is the vaporization of the liquid and the formation of vapor bubbles due to the low pressure in the pump.
These bubbles can damage the pump and reduce its efficiency. Since the vibrating submersible pump is immersed in the liquid, there is no risk of cavitation.
Advantages of Electromagnetic Submersible Pump
- It is easy to transport and install due to its small size and light weight.
- Operating costs are low due to maintenance-free operation.
- No noise pollution due to its silent operation.
- There is no cooling problem because it works in water.
- It can obtain water from any water source.
The areas of use of the vibrating water pump are quite wide.
Electromagnetic Submersible Pump Usage Areas
These pumps are generally used in the following areas:
- Borehole drilling: Ideal for extracting water from deep wells. The pump is lowered to the bottom of the well and connected to the surface with an electric cable. Thus, the water in the well is delivered to the surface under pressure.
- Streams and lakes: Streams and lakes can also be used to supply water. The pump is thrown into the water and connected to the desired location with a hose. Thus, the water in the stream or lake can be transported to the desired location.
- Clean water needs: It can be used wherever there is a need for clean water. For example, vibrating submersible pumps can be used for water supply in homes, gardens, fields, animal farms, factories, schools, hospitals, etc.
- Rainwater drainage: It can also be used to drain rainwater from places where rainwater accumulates. For example, rainwater accumulated in basements, garages, tunnels, pits, etc. can be drained with an electromagnetic submersible pump.
The vibrating submersible pump is a practical and economical pump developed for the supply, transportation and use of water. This pump, which provides the movement of the liquid thanks to the magnetic field, works efficiently without the risk of cavitation.
Small in size, lightweight, silent and maintenance-free, this pump is used to meet water needs in many areas. Make your life easier with the electromagnetic submersible pump.
How to Choose an Electromagnetic Submersible Pump?
There are some factors to consider when choosing an electromagnetic submersible pump. These are as follows:
- Capacity of the pump: The capacity of the pump indicates how much water the pump can carry per unit time. The capacity of the pump should be determined according to the amount and pressure of the water to be used. If the capacity of the pump is too high, it may cause waste of water and if it is too low, it may cause insufficient water.
- Power of the pump: The power of the pump indicates the electrical energy required for the pump to operate. The power of the pump should be determined according to the depth and height of the water to be used. If the power of the pump is too high, electricity consumption increases, if it is too low, the pump will not work.
- Material of the pump: The material of the pump affects the durability and quality of the pump. The material of the pump should be selected according to the characteristics of the water to be used. For example, a material resistant to corrosion should be preferred.
How to Install and Operate an Electromagnetic Submersible Pump?
- The following steps should be followed for the installation and operation of the electromagnetic submersible pump:
- Pump selection: As mentioned above, factors such as capacity, power and material should be considered when selecting a pump.
- Pump assembly: When assembling the pump, it must be ensured that the pump is completely submerged in water and the electric cable is connected to the surface. The pump must also be fixed and the hose connected.
- Pump start-up: Before starting the pump, make sure that the electrical connection is made correctly and that the flow of water is not obstructed. The pump can then be connected to the mains and started.
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