Understanding The Basic Differences between Stator and Rotor
In the electric motor industry, these two components, stator and rotor, play a crucial role. Every rotating electrical machinery consists of these two major components to create motion or generate electricity. Stator rotor manufacturing often work together to serve distinct functions within the system. This blog will explore the basics of Stator and Rotors, along with some key differences between them.
What is Stator?
The stator is the stationary part of an electrical motor or machine. Its main function is to create a magnetic field that connects with the rotor to produce motion. This part of the electric motor consists of coils of wire that carry an electric current, which generates a magnetic field in the machine.
What is Rotor?
It is the rotatory component of an electrical machine. This moving part is made of a rotor core, rotor shaft, and rotor winding. Rotor manufacturers in India fit the rotor on a shaft, which turns the magnetic field into mechanical motion.
Difference between Stator and Rotor
Key Differences
Internal Components
Location
Stator
The stator consists of three parts: a stator frame, a stator core, and a winding.
The stator remains as the motionless part of the motor. The stator slots are cut on the inner slab of the stator core.
Types There is no classification of stators, as every machine uses the same construction.
Weight
Function in Motor
The weight of this component is comparatively heavier than the rotor.
Its role in an electric motor is to convert electrical energy into a magnetic field that drives the rotor.
Rotor
The rotor is also made with three major parts including rotor core, winding and shaft.
In the case of the rotor, the slabs are cut into the outer part of the rotor core.
They are divided into two categories: squirrel cage rotors and wound rotors.
This is less weighted than the stator.
This converts the magnetic field into energy, which causes the motor to spin.
Function in Generator In a generator, it is responsible for capturing the energy from the rotor's motion and transforming it back into electrical energy.
Conclusion
The main function of the rotor in a generator is to connect a magnetic field that enables electrical power.
The stator and rotor are integral parts of electric motors and generators, each playing crucial roles in the device's operation. The stator generates or harnesses the magnetic field, while the rotor moves or generates mechanical force. Uttam Strips is one of the most reliable rotor manufacturers in India, redefining the standards of providing steel solutions.
Vatika Mindscape, Block - B, 3rd Floor, 12/3 Mathura Road, NH - 2, Sector27 D, Faridabad - 121003.
Phone +91 129 4323650
Mail ;info@uttamstrips.com