Mikron SA motor Germany Mikron SA model Mikron SA price

Mikron SA motor refers to a motor that can operate on both DC and AC power supplies. This type of electric motor is widely used in daily household appliances, manual devices, computing tools, and precision machinery. In addition, this type of electric motor is frequently used in medical equipment, communication technology, measurement technology, the film industry, and many other areas.

Mikron SA motor protection

Motor differential protection features differential instantaneous trip protection and composite ratio differential protection with or without second harmonic braking, suitable for applications with three-side differential current input (three-winding transformer). It has complete and powerful acquisition capabilities for analog voltage and current signals and digital I/O from primary equipment. Equipped with standard RS485 and industrial CAN communication ports, it realizes protection and monitoring/control functions such as three-winding main transformer differential protection, two-winding main transformer differential protection, two-winding distribution transformer differential protection, generator differential protection, motor differential protection, and non-electrical quantity protection through reasonable configuration;

Mikron SA motor structure

The motor mainly consists of components such as the rotor, end caps, and stator. The stator structure of a permanent magnet synchronous motor is very similar to that of a conventional induction motor. The main difference in the rotor structure compared to an asynchronous motor is the presence of high-quality permanent magnet poles on the rotor. Depending on the placement of the permanent magnets on the rotor, permanent magnet synchronous motors are typically classified into surface-mounted rotor structures and interior rotor structures. The placement of the permanent magnets significantly affects motor performance. Surface-mounted rotor structure: The permanent magnets are located on the outer surface of the rotor core. This rotor structure is simple but produces very little asynchronous torque, making it suitable only for applications with low starting requirements; it is rarely used. Interior rotor structure: The permanent magnets are located within the core between the squirrel-cage bars and the shaft. This structure offers good starting performance, and the vast majority of permanent magnet synchronous motors adopt this design.

Mikron SA motor classification

Motors can be classified based on the excitation of their mover into conventional linear synchronous motors with DC-excited mover poles and permanent magnet linear synchronous motors with permanent magnet mover poles. In the former, the magnitude of the excitation magnetic field is determined by the DC current. By controlling the excitation current, the tangential traction force and lateral attraction force of the motor can be adjusted. This motor structure allows separate control of the motor's tangential and lateral forces. In permanent magnet linear synchronous motors, the pole magnetic field is provided by permanent magnets, eliminating the need for external power supply excitation for the mover poles. This simplifies the motor structure and improves overall efficiency, but the pole magnetic field is not adjustable.

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