Induction furnace Transformer

The Induction furnace constructed with heavy copper tubing to its coil and it's designed with an inverter circuit that transfers the medium voltage to the coil. The magnetic voltage produced by induction coil induces eddy current and heats it. Medium frequency is important to reinforce the speed of heat generation. The inverter circuit needs D.C voltage for its operations which is obtained by converting available three-phase A.C voltage. Transformers which are used for converting existing three-phase A.C. voltage to Required voltage for converter circuit of the Induction Furnace is mentioned as Induction Furnace Transformers. Thus they are essentially Rectifier/ Converter Duty Transformers.

Depending on the rating of the rectifier transformers, input voltage springs from standard three-phase AC distribution voltages like 433 V, 3.3 kV, 6.6 kV, 11 kV, 22 kV, 33 kV, etc. These become the first (or line side) voltage of the transformer. Secondary (or cell side) voltage is often between 400 to 1000 V decided by the specified D.C. output Voltage.

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Esennar Transformers
Plot no2, Phase I, IDA
Pashamailaram, Sangareddy District.
Telangana-502307.

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