Kurumsal

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We are involved in production of edge wise shunts. It is also termed as wall shunt OR Magnetic Shunts.

It is mainly used in Large Power Transformers. Yoke shunts are another form of magnetic shunts which are placed parallel to the yoke at top and bottom ends of the windings.

These shunts can be effective since the fluxes coming out from the 3 phases can add up to Zero in them. The Yoke shunts provide an excellent means of guiding the leakage field safely back to the core minimizing stray losses in the tank and other structural components. The shunts tend to make the leakage field in the windings axial reducing eddy losses.

We are involved in production of edge wise shunts. It is also termed as wall shunt OR Magnetic Shunts. It is mainly used in Large Power Transformers. Yoke shunts are another form of magnetic shunts which are placed parallel to the yoke at top and bottom ends of the windings. 

These shunts can be effective since the fluxes coming out from the 3 phases can add up to Zero in them. The Yoke shunts provide an excellent means of guiding the leakage field safely back to the core minimizing stray losses in the tank and other structural components. 

The shunts tend to make the leakage field in the windingsaxial reducing eddy losses.

Technical details & advantages of Edgewise shunts are as mentioned below.

TECHNICAL DETAILS ABOUT TANK SHUNTS / FLUX COLLECTORS / YOKE SHUNTS

  • Shields which are commonly used to reduce stray losses in tank are Yoke shunts, magnetic shunt & Cu/Al shield.
  • Magnetic shunts are effective in controlling structural stray losses as they offer high permeable path to the leakage flux if judiciously place on transformer tank wall.
  • Tank Shunts acts as a shield/flux collector which reflects the leakage flux of transformer winding.
  • Correctly positioned magnetic shunts ensure the collection of stray flux preventing unwanted hotspots in clamping structure & tank wall.
  • If magnetic shunts are of adequate thickness and are made of CRGO laminations with lower watts/kg characteristics, the losses in them are almost negligible.