What is the difference between a router and a stator

Squirrel cage and the phase wound rotor are the types of the rotor. The rotor winding is excited by the DC supply. The field winding induces the constant magnetic field in the core of the rotor. Basis for Comparison Stator Rotor Definition It is a stationary part of the machine It is the rotating part of the motor. Parts Outer frame, stator core and stator winding. The stator is the static part of the motor. The main function of the stator is to generate the rotating magnetic field.

The stator frame, stator core and stator winding are the three parts of the stator. The stator core support and protect the three-phase winding of the stator. High-grade silicon steel stamping makes the core of the stator. The rotating part of the motor is known as the rotor. The rotor core and the rotor winding are the part of the rotor. The winding of the rotor is excited by the DC supply. The squirrel cage and the phase wound are the types of the rotor. The core of the squirrel cage rotor is made of the cylindrical iron core.

The core has a semi-circular slot on their outer surface on which the copper or aluminium conductors are placed. The conductors are short-circuited at the ends with the help of the aluminium or copper rings. The stator generates the rotating magnetic field because of the three-phase supply.

If the rotor is in the standstill condition, then the electromagnetic force induces in them because of the electromagnetic induction phenomena. The electromagnetic induction is the phenomena in which the emf induced in the current carrying conductor because of the variable magnetic field.

The current induces in the rotor which causes the rotor to move. The static part of the machine is known stator. And the rotating part of the machine is known as the rotor.

The rotor is placed inside the core of the stator. The rotor core and the rotor winding are the rotor part. The rotor winding is excited by the DC supply. The squirrel cage and the phase wound are the rotor types. This current circulates through the bars and creates magnetic fields around each rotor bar. As the magnetic field in the stator keeps changing, so does the field in the rotor. This interaction is what causes the rotor to move.

Like the stator, the rotor is made of a lamination stack. Contrary to the stator, which is filled with copper wire, the rotor is filled with cast aluminium or silumin bars, that acts as conductors. You must be logged in to post a comment. Home Forum Tool Contact Us. Facebook Twitter Linkedin Youtube. Primary Menu AutomationForum. Search for: Search. Home Electrical Difference between the Rotor and the Stator.

Difference between Fuses and Circuit breakers. Related posts. What is inductor? What is power system stability and how can we improve it?