What I was rambling about in the last post was the physical winding size of the teaser winding being smaller than the Main winding. That's what was getting me conserned. Seems like an easy one to fry.
The Tee connection [will need to be equally done on primary and secondary] will be more symmetrical than a Vee setup.
From what I remember about Tee's [correct me if I am wrong
![[Linked Image]](https://www.electrical-contractor.net/ubb/smile.gif)
], if each coil [transformer] is 0.557 of the total load KVA, then the total rated capacity would be 15% more than required. This would be applied to L-L-L connected equipment.
I do not remember any information regarding KVA per loads on L-N connections, as the models and analysis items I dealt with were towards L-L and L-L-L connections.
It's definitely going to work as a Wye system, it's clearly connecting similar to Wye - just not the traditional 120 degree rotation of separate coils, but 90 degree rotation.
Other than this, it's just a Wye! [as yo have stated
![[Linked Image]](https://www.electrical-contractor.net/ubb/biggrin.gif)
].
One final Q: Does the teaser winding have an 86% tap point, where the X0 line would originate?? I haven't checked the site you linked yet, so it's all relying on "memory"... which should make everyone laugh here!
Scott SET
P.S. - I'll check out the schematic later on tonight, then maybe draw it up and post it to the new forum.
