A Multi Winding Converter Duty Transformer i.e. upto 20 MVA, 33 kV is a specialized kind of transformer which is used with electrical power conversion systems such as rectifiers or inverters. They are designed specifically to handle the additional stress and complex power quality issues associated with these systems. Electrical power conversion systems are used to convert AC (Alternating Current) power to DC (Direct Current) power or vice versa. These systems are used in a wide range of applications, including industrial processes, electric power transmission and renewable energy systems.

The Converter Duty Transformer is a crucial component in the operation of electrical systems. These transformers are designed to handle high frequency currents and harmonics produced by power converters. The primary function of converter duty transformers is to step down the voltage of the AC output from the converter to a level that is suitable for the load. This transformer is specifically designed to withstand the high flow of current generated by the converter and provide stable voltage to the load.

• "Off Circuit Manually Operated" and "On Load Tap Changer" (OLTC) with AVR and RTCC panel


• OFWF cooling with ONAN cooling optional
• ONAN cooling with conventional pressed steel radiators


• Requisite series reactors for arc furnace transformers to reduce the short circuit stresses generated in transformer during the furnace operation


• Designed to withstand the harmonics generated due to furnace operation
• 'Tap Changer' options available in these furnace transformers, arc furnace transformers, and electric arc furnace transformers.
  
  
  
  

  Application of Transformer	Power / Distribution / Furnace etc.
  Capacity Of Transformer	kV
  Primary Voltage Ratio	kV
  Secondary Voltage Ratio	Fremycetin Sulphate B.P. 1% w/w
  Type of Transformer	Oil Cooled / Air Cooled VPI or CRT