Motor Control Fundamentals

 

Motor Control Fundamentals

Electromagnetism and electromagnetic induction are important electrical principles for electricians to understand, because many electrical components operate on these principles. hese electrical components include transformers, generators, and induction motors, among other devices; but the focus here is on the induction motor. he principle of electromagnetism states that when an electrical current lows through an electrical conductor, a magnetic ield will be created around that conductor.

Determining Electromagnetic Strength hree properties determine the strength of any electromagnet. hese are:
 1. Intensity of current low
 2. Number of wire turns in the coil
 3. Type of core material.

 HER>>>>Motor Control Fundamentals

 

 

 

Motor Control Fundamentals

Electromagnetism and electromagnetic induction are important electrical principles for electricians to understand, because many electrical components operate on these principles. hese electrical components include transformers, generators, and induction motors, among other devices; but the focus here is on the induction motor. he principle of electromagnetism states that when an electrical current lows through an electrical conductor, a magnetic ield will be created around that conductor.

Determining Electromagnetic Strength hree properties determine the strength of any electromagnet. hese are:
 1. Intensity of current low
 2. Number of wire turns in the coil
 3. Type of core material.

 HER>>>>Motor Control Fundamentals