AC Motor Rotor | Global Trade leader ecrobot

Product

AC Motor Rotor

Posting date : Feb 16, 2016

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Membership

Free Member Scince Jan 18, 2016

FOB Price

Min. Order Quantity

1000

Supply Abillity

1000000

Port

ningbo

Payment Terms

Package

Wooden box

Keyword :

AC Motor Rotor

Induction is another characteristic of magnetism. It is a natural phenomenon, which occurs when a conductor is moved through an existing magnetic field or when a magnetic field is moved past a conductor. In either case, the relative motion of the two causes an electric current to flow in the conductor. This is referred to as "induced" current flow. In other words, in an induction motor the current flow in the rotor is not caused by any direct connection of the conductors to a voltage source, but rather the influence of the rotor conductors cutting across the lines of flux produced by the stator magnetic fields. The induced current that is produced in the rotor results in a magnetic field around the rotor conductors . This magnetic field around each rotor conductor causes each rotor conductor to act like the permanent magnet in the Figure 9 example. As the magnetic field of the stator rotates, due to the effect of the three-phase AC power supply, the induced magnetic field of the rotor is attracted and will follow the rotation. The rotor is connected to the motor shaft, so the shaft rotates and drives the connection load.

China Yongkang Wanbo Automobile Accessories Co.,Ltd can produce the rotor laminations you need with unbeatable precision and quality, no matter how complex your design. Combining our state-of-the-art equipment, manufacturing expertise, and in-house tool and die shop enables us to turn any design into a tangible product, and our dedicated quality control team ensures that all your dimensional tolerance and quality requirements are met. Working with numerous materials, including tempered, pre-tempered, and stainless steel, and in all gauges, we deliver rotor laminations that meet any design specifications.

Induction is another characteristic of magnetism. It is a natural phenomenon, which occurs when a conductor is moved through an existing magnetic field or when a magnetic field is moved past a conductor. In either case, the relative motion of the two causes an electric current to flow in the conductor. This is referred to as "induced" current flow. In other words, in an induction motor the current flow in the rotor is not caused by any direct connection of the conductors to a voltage source, but rather the influence of the rotor conductors cutting across the lines of flux produced by the stator magnetic fields. The induced current that is produced in the rotor results in a magnetic field around the rotor conductors . This magnetic field around each rotor conductor causes each rotor conductor to act like the permanent magnet in the Figure 9 example. As the magnetic field of the stator rotates, due to the effect of the three-phase AC power supply, the induced magnetic field of the rotor is attracted and will follow the rotation. The rotor is connected to the motor shaft, so the shaft rotates and drives the connection load.