What is an electromagnetic pump?

Electromagnetic pump is most often a device that uses electromagnetism to create a flow in magnetically charged materials such as liquid metal. These types of pumps can be useful for many materials, including non -metallic elements such as potassium. One of the important functions of these pumps is the cooling of nuclear reactors, although some other applications can be considered common. The magnetic fields used to create a flow have some significant advantages over mechanical pumps. Different types of pumps can be used in specific situations because of the benefits they offer. High electric currents or temperature must be determined to achieve the desired flow. Magnets can be configured to create a specific directional flow depending on the application. Materials that are often considered difficult to manage, such as liquid metal, usually flows in the predictable and continuity of the US inside the electromagnetic pump. Other magnetically charged elements passing through electromagneticThe pump may include zinc, sodium and potassium. Different elements usually require different configurations and pump temperatures. They are also used for specific applications.

Electromagnetic pumps are often used to cool nuclear reactors. Extreme temperatures in the nuclear environment often require high tolerance cooling mechanisms and the electromagnetic pump is considered the best in such situations. Magnetic fields can also be used in founders where high -temperature metals should be poured or otherwise transported from one place to another. In this respect, the electromagnetic pump can also function as a flow meter when mechanical devices can be insufficient.

Despite the requirements that can create a flow in these materials, there are common advantages that have electromagnetic pumps through mechanical pumps. To create the flow of material are often not necessaryNo moving parts, so there is little resistance and less stress on the machine. This unlimited flow can be considered more reliable than many other methods and has been shown to last in highly stressful situations for a longer period of time.

Variations of the electromagnetic pump process may include direct current, AC conductivity (AC) and linear induction. Right current pumps are often used for high -temperature situations and require a high amount of energy. The alternating current pumps depend on the alternating power and produce the flow using the transformer configurations. Linear induction pumps also use alternating power passing through a specific magnetic winding to create a travel magnetic field that creates a flow.