Induction Transformer
An Induction Transformer is a special-purpose transformer designed to provide a continuously variable output voltage without changing the input supply frequency. It operates on the principle of electromagnetic induction and consists of stationary and rotating windings. By mechanically adjusting the position of the rotor winding relative to the stator winding, the output voltage can be varied smoothly over a specific range.
Induction transformers are widely used in testing laboratories, industrial plants, research facilities, and electrical equipment manufacturing units where precise voltage control is required. They are particularly suitable for high-capacity applications that demand reliable and continuous voltage adjustment under load conditions.
These transformers offer excellent voltage regulation, smooth output variation, high efficiency, and robust construction. They can handle significant power loads while maintaining stable performance. Induction transformers are commonly utilized for testing motors, transformers, switchgear, cables, and other electrical equipment. Their ability to provide accurate and stepless voltage control makes them an essential component in various industrial and engineering applications.
