Servokon Step Up & Step Down Transformer

Servokon offers high quality step up and step down transformer that is used to step up or step down the voltage applied to it. The prime difference lies between both is in their primary and secondary voltage. Former has secondary voltage which is greater than its primary voltage. On the contrary, later that is step down transformer works just opposite to the former. Apart from this, the voltage ratio between both primary and secondary decides the turn ratio of the transformer. A single phase transformer of voltage 1 KVA can be easily connected to step up or step down transformer. The insulation is made up of mylar, kraft paper, nomex, varnish or other allied materials that are placed between the turns of wire to protect shorting to one another or to ground. We manufacture the transformer with quality material and ensure its delivery in the stipulated time frame.

Working

These transformers comprises of two or more coils of insulated wire that are wound around an iron core. On the application of voltage to the primary coil, the iron core gets magnetized that further induces a voltage in the secondary coil. In the end, the turns ratio determines the amount of voltage transformation.

Servokon offers high quality Step Up Transformer that is used to step up the voltage applied to it.

Our clients can avail from us a comprehensive range of Step Down Transformers. These are manufactured at our advanced manufacturing unit. We make use of premium quality components keeping in view the application requirements. Owing to their high performance and low power consumption, these are widely demanded in the market. These transformers are mainly used in the printing machines and other imported appliances.

These transformers comprise of two or more coils of insulated wire that are wound around an iron core. On the application of voltage to the primary coil, the iron core gets magnetized that further induces a voltage in the secondary coil. In the end, the turns ratio determines the amount of voltage transformation.