Posted by Admin on February, 18, 2014
Transformers are designed for transferring electricity from power plants to several areas in voltages paced down according to the requirement. The function of the Electric Furnace Transformer is to maintain a balance in the distribution of electricity in circuits, machines and other equipment that require power for functioning. Talking specifically about the Furnace Transformers, they are basically used to reduce the voltage fluctuations that can lead to the breaking down of the electrical equipment. Their load cycles vary depending on the metallurgical requirements and size.
There are two types of Electric Arc Furnaces – direct furnaces and indirect furnaces. The difference between the two of them is direct arc furnaces have three electrodes while the indirect ones have only one.
Purpose Of Electric Furnace Transformers
At times, power supply is at very high voltages that are not suitable for the furnace arcs. Hence, the voltage must be converted according to their requirement lowering it down. Electric Furnace Transformers take high voltage current transforming it into low voltage power that is suitable for the electric arc furnaces. Hence, the transformers act as energy converters that take down the power from high to low voltage. Some of the features of Electric Furnace Transformers are listed down:
Features of Electric Furnace Transformers
Based in Mumbai, Urja Techniques (India) Pvt. Ltd. is a prominent Arc Furnace Transformer Manufacturers in India offering products including Electric Power Transformers,Electrical Distribution Transformers, Power Transformers, Furnace Transformers, Reactors Transformers, Converter Duty Transformers, etc. All its products are marked for their efficiency and quality. With an experience of more than two decades, it has earned a huge clientele for itself. For more details about the company, one can also log on to its website http://www.urjatransformers.co.in/.
This entry was posted on February, 18, 2014 at 12 : 26 pm and is filed under Electrical Transformer. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response from your own site.
August, 07, 2014 at 22 : 08 pm