Magnetic Saturation Reactor
What is a magnetic saturation reactor:
Magnetic saturation reactor is a special type of reactor with a structure similar to ordinary reactors, but its magnetic core is made of magnetic materials. When current passes through a magnetic saturation reactor, the magnetic core will generate a magnetic field. When the magnetic field strength reaches a certain value, the magnetic core will enter a saturation state and the inductance value will sharply decrease.
The function of magnetic saturation reactor:
Due to the fact that magnetic saturation can affect the stability of circuits, in order to avoid its impact on circuits, magnetic saturation reactors are applied in circuits. Its main functions are as follows:
In a circuit, an instantaneous current surge may cause the phenomenon of magnet saturation, thereby affecting the stability of the circuit. The use of magnetic saturation reactors can effectively reduce the instantaneous burst of current and prevent the occurrence of magnetic saturation phenomenon.
The application of magnetic saturation reactors can effectively reduce the impact of magnetic saturation on circuit stability, thereby improving the stability and reliability of the circuit.
Harmonics in circuits can cause damage to equipment and even affect its lifespan. The use of magnetic saturation reactors can effectively reduce harmonics in circuits and protect the safe operation of equipment.
Application of magnetic saturation reactor:
Magnetic saturation reactors are widely used in power systems, such as communication converters, DC speed controllers, harmonic filters, etc. In these devices, magnetic saturation reactors can effectively reduce the phenomenon of magnetic saturation in the circuit, ensuring the normal operation of the equipment.
Summary:
Magnetic saturation reactor is a special type of reactor that can effectively reduce the impact of magnetic saturation on circuit stability. The magnetic saturation reactor widely used in the power system can improve the reliability and stability of equipment, and protect the safe operation of equipment.
Product Standard:
GB/T 1094.6-2011 IEC 60076-6:2007
GB/T 1094.1-2011 IEC 60076-1:2011
GB/T 1094.3-2017 IEC 60076-3:2013
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