Is Chord Factor the same thing as Winding Factor?

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SUMMARY

Chord Factor and Winding Factor refer to the same concept in electrical engineering, specifically relating to the electromotive force (Emf) produced in coils. The Chord Factor is defined as the ratio of the Emf generated in a coil that is not full pitch compared to the Emf that would be produced if it were full pitch. This terminology can vary, as many sources prefer the term "Winding Factor." Understanding this relationship is crucial for those involved in electric motor repair and design.

PREREQUISITES
  • Basic understanding of electromotive force (Emf)
  • Familiarity with electric motor design principles
  • Knowledge of coil winding techniques
  • Understanding of electrical engineering terminology
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  • Research the mathematical formulation of Winding Factor in electric motors
  • Study the impact of Chord Factor on motor efficiency and performance
  • Explore resources on coil design and winding techniques
  • Examine case studies of electric motor repairs focusing on Chord and Winding Factors
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Electrical engineers, electric motor technicians, and students studying electrical engineering concepts will benefit from this discussion, particularly those focusing on motor design and performance optimization.

EverGreen1231
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My Father's friend repairs electric motors and, occasionally, he comes to me with questions that require more of an "engineering knowledge." He asked me this past Sunday if I could explain to him what are Chord and Chording Factor, and, as has happened to me before, I felt I had a pretty good understanding of what they were until I made an attempt to explain it in "plain talk," away from the relative comfort of engineering text vernacular.

As I understand it Chord Factor and Winding Factor are the same thing, yes? The chord factor being the ratio of the Emf produced in the coil that is not full pitch over what the Emf would be if it were full pitch; is this correct?

I have looked online to see if I could discover decrypting information, but the theme seems to trend that many people do not refer to the entity I talking about as "Chord" factor, but, rather, "Winding" factor.

If someone could help explain what Chord factor if it is the same as Winding factor, I would be very appreciative.
 
Engineering news on Phys.org
http://www.electrical4u.com/winding-factor-pitch-factor-distribution-factor/

and here - p 534

I have memories of sitting through lectures about all this many years ago .
 
Last edited:
Nidum said:
http://www.electrical4u.com/winding-factor-pitch-factor-distribution-factor/

and here - p 534

I have memories of sitting through lectures about all this many years ago .
The page was unavailable and the link was one of the first things I found in a Google search. I saw him Monday evening and explained in more detail as best I could. I don't know that I did justice to the topic, but whatever I said seemed to have cleared whatever confusion he was having. I'm going to look through one of my old Electric Machine's book and see if I can find a more concrete description.

Thank you for your reply. :)
 

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