The Core is Made of High-Permeable Grain-Orientated Top Quality Cold-Rolled Silicon Sheet and The Material is Cut With Advanced Germany Geoge Gmbh Automatic Shear Line with The Cut Burs Controlled Within 0.02mm; High Performance and Reduces Noises
The High-Voltage (Hv) Coil Adopts An Interleaved-Continuous Structure to Improve The Voltage Characteristics Under Impact Voltage,in The Transformer Winding There is A Zigzag Oil Guide Structure
The Tank Wall Adopts Wide Steel Sheet, Which Will Be Folded Into Corrugated Structure Without Splicing, in This Way Welds are Decreased And Mechanical Strength is Enhanced, Meanwhile, The Corrugated Wall Has Diverging Effect, And Thus Plays A Role in Decrease Of Noise
Effectively upgrade transformer's no-load performance by below methods:
1) The core is made of high-permeable grain-orientated top quality cold-rolled silicon sheet and the material is cut with advanced Germany Geoge GmbH automatic shear line with the cut burs controlled within 0.02mm.
2) The silicon sheet fabrication adopts " no-upper yoke lapped' technology and all lapped joints of the silicon sheet are 45 full-miters. The laminated core sheets are integrally pressed and adhered with epoxy resin to make the three leg two-yoke core a strong and flat integral one with good verticality precision, this effectively improves no-load. performance and reduces noises.
1) The high-voltage (HV) coil adopts an interleaved-continuous structure to improve the voltage characteristics under impact voltage and make voltage evenly distributed. All stays and pads are chamfered to keep highly reliable insulation.
2) In the transformer winding there is a zigzag oil guide structure so as to fully cool all areas inside the winding, lower the temperature rise of the winding and the hot points of the winding and prolong the service life of insulation. The HV and MV regulation system are independently provided with voltage-regulating winding to balance the ampere turn of each winding, effectively lower the axial electrodynamic force generated at short-circuit of transformer and improve abrupt short-circuit withstanding capacity.
Oil tank and accessories:
1) The tank wall adopts wide steel sheet, which will be folded into corrugated structure without splicing, in this way welds are decreased and mechanical strength is enhanced, meanwhile, the corrugated wall has diverging effect, and thus plays a role in decrease of noise. The routing troughs and control cabinets of the secondary circuit are all made of stainless steel, so the entire transformer has a simple and good looking.
2) All sealing surface use quality sealing material and are precision-machined.
|Rated Capacity||Voltage Ratio (kV)||Vector Group||Impedance||Losses||No-load Current||Weight||Dimension|
|(kVA)||HV||LV||No load||Load||(%)||Machine weight||Oil||Gross||(L*W*H)|
Note: Tapping range of high voltage: ±5%, ±2*2.5%; Frequency 50Hz
|Rated Capacity||Voltage Ratio (kV)||Tapping Range||LV||Losses||Weight|
|(kVA)||High voltage||(%)||(KV)||No load||Full load Loss||Oil||Gross|
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