AC Electric Motors 110-230V 350-500W Used For Blender Motor Go-Gold
Motor details
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Voltage(V):
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110-230V
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Frequency(Hz):
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50Hz
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No load current(A):
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1.2A MAX
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No load speed(RPM):
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26000RPM
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Input power(W):
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350-500W
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Voltage withstand test:
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AC 1500V/0.5mA/Sec
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Drawings
Sample
The principle of AC motor refers to a type of motor that utilizes the principle of electromagnetic induction to convert AC electricity into mechanical energy. Simply put, it is the conversion of electrical energy into mechanical energy through the interaction between the magnetic field and the magnetic field generated by the current in the conductor.
Specifically, an AC motor consists of a stator and a rotor. The stator is composed of a certain number of coils, which are called stator coils. When the current passes through the stator coil, a magnetic field is generated inside the stator. The rotor is made of conductors, and when it rotates, it passes through the stator magnetic field, generating an electromotive force in the conductor. This electromotive force will cause current in the conductor, thereby creating a magnetic field on the rotor. This magnetic field will interact with the stator magnetic field, causing the rotor to continue rotating.
The working principle of AC motors can be divided into the following steps:
1. AC power enters the stator coil, generating a rotating magnetic field.
2. The rotor rotates through the stator magnetic field, generating electromotive force.
3. The electromotive force causes the current in the rotor to generate a magnetic field.
4. The interaction between the rotor magnetic field and the stator magnetic field causes the rotor to continue rotating.
Although the working principle of AC motors is simple, they have many applications. For example, AC motors are widely used in household appliances, industrial machinery, and transportation vehicles. In addition, AC motors can achieve different power and speed by changing the number and arrangement of stator coils.
In addition to AC motors, another common type of motor is DC motors. The working principles of DC motors and AC motors are different. They convert electrical energy into mechanical energy by utilizing the interaction between magnetic field and current. DC motors are usually more suitable for low-power applications, such as small electric tools and toys, than AC motors.
Working process: With the continuous change of the rotating magnetic field, the current in the rotor also changes constantly, resulting in a rotating torque. The speed of the rotor will gradually approach the speed of the rotating magnetic field until it reaches a stable speed.
The working principle of an AC motor is to convert and transfer energy through the interaction between current and magnetic field. Through reasonable design and control, stable operation can be achieved at different speeds and loads, thereby meeting different work and application requirements.
The advantages of AC motors include
Simple construction: The AC motor is composed of a small number of components, with a simple structure and low maintenance cost.
Reliable operation: AC motors have the characteristics of long lifespan, good stability, and reliable operation, and are not easily affected by environmental factors such as temperature and humidity.
Wide speed adjustment range: The speed of AC motors can be adjusted in various ways, with a wide adjustment range that can adapt to different working conditions and needs.
Low starting current: The starting current of the AC motor is small, which will not cause a significant impact on the power grid and saves the cost of the power grid.
Wide applicability: AC motors are suitable for various load types and working conditions, with high versatility and flexibility.
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