What makes traction induction motor special compared to industrial induction motor

[@saifdheensyed2481]

Great 👍

[@eIektrinis]

Absolutely no info on how the motors are different. Is this written by AI?

[@surgepulse2778]

This is not AI written content. If you were looking for detailed design differences then, yes that sort of information is not available. This was simplified information explaining the differences.

[@ausnorman8050]

Then downvote teh video!

[@csramakanthcsramakanth]

Great

[@bernhardm9475]

At 2:29 you show a motor that looks like it has a commutator. For an induction motor I'd expect to see slip rings if anything. Am I wrong?

[@surgepulse2778]

Slip rings appear circular sections wrt rotor cylinder and would 3 rings or 6 rings or 9 rings depending on rotor current. This illustration was showing rotor core and they are not slip rings.

[@bernhardm9475]

@@surgepulse2778 ... Is that a commutator though? (I understand and agree with your comment on the 3-, 6- or 9 rings)

[@surgepulse2778]

It is not commutator

[@slamdvw]

kinda looks like stock footage of a DC motor assembly. An induction motor can have slip rings, but not always. A couple of terms for you to look up are "wound rotor motor" and "squirrel cage motor". Both are induction motors, but work in vastly different ways.

[@PeterChapman-rg6gr]

@@surgepulse2778 @ 2.29. That is definitely a "COMMUTATOR". What you have shown is an armature from either a DC motor or a DC Generator.

[@Thirrtyeighterr]

👍👍👍

[@donalddouglas5988]

Vague theory no real info.

[@surgepulse2778]

Thanks for watching. The video description explains the contents.

[@georgezarifis7409]

5 minutes wasted for no information what so ever...

[@surgepulse2778]

We’re glad that you spent 5 minutes of time & watched the full video. Thanks a lot 😇