F5E10D-10M30

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F5E10D-10M30 application field and working principle

The F5E10D-10M30 is one of the most commonly used electric motors among the industrial sector all around the world due to its wide application and robust construction. As the model name indicates, the F5E10D-10M30 is a 10 horsepower electric motor, which is powered by a three phase alternating current. The motor is rated to be connected to a voltage up to 660 volts, and has a frequency of 50 hertz.

Application fields

The F5E10D-10M30 motor is commonly used in various industries and machinery due to its practicality and profitability. For instance, the motor can be used in air-conditioners, refrigrators, water pumps and small-scale machines or turbines. Moreover, because the motor can be connected to a three phase AC supply, it can also be used in large-scale equipment such as construction machinery or locomotives.

Working Principle

The F5E10D-10M30 electric motor works by utilizing the three-phase AC supply power. With the alternating current supply, there are six output wires that go to the motor. Three of these wires are the high voltage supply line, while the other three are the intermediary supply line. The intermediary wires as well as the high voltage wires are connected to the stator of the electric motor. The stator of a three-phase electric motor consists of a series of permanent magnets that create a rotating magnetic field. When the three-phase AC power is supplied to the motor, the stator rotates. This rotation causes the armature which is placed inside the motor to rotate as well, thus creating a force which the motor uses to move. This principle is the same for the F5E10D-10M30 electric motor.

Conclusion

The F5E10D-10M30 electric motor is a very practical and widely used electric motor in the industrial sector due to its wide application range and durability. The motor is powered by a three-phase AC power supply and works by utilizing the rotating magnetic field produced by the stator. This force causes the armature to spin, creating the necessary motion to move the motor.

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