Induction Furnace
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Article about Induction Furnace INDUCTION FURNACE – THE ENVIRONMENT FRIENDLY MELTING EQUIPMENT Today preserving the Environment is the primary duty of all word citizens. Nature has supported all human development activities over the year. However man’s greed for more and more has tilted the balance to such an extent that survival of making on the planet has. Become a big question mark. Extraction of metals from primary sources (ores) is a very energy intensive activity and thus recycling of metals has gained great importance considering the above fact. Even here use of Coal and other hydrocarbons cause energy sources cause immense environmental pollution and it is in this context. What is an Induction Furnace? A water cooled Copper coil carrying High Frequency Current, produces eddy current in the charge / metal inside the coil. This phenomenon hearts up the shared metal and melts it. The machine working on such a principle is known as an INDUCTION FURNACE. The main components of an Induction Furnace: Medium frequency furnaces operate at frequencies ranging form 150 to 10,000 HZ. Such furnaces prove concentrated High Power in small volumes with a definitely higher melt rate. Today the Coreless Medium Frequency Induction Furnace is more widely used than its Channel type counterpart. In an Induction Furnace, Electrical Energy is transformed into Magnetic Energy and again back to Electrical Energy which is converted into Heat by the Joule Effect Crucible: Structurally it consists of three independent but interdependent sections:
The melting basin positioned inside the inductor (coil) is isolated by a thick refractory lining in between. ADVANTAGE OF THE INDUCTION FURNACE
A Typical installation includes
Solid State Power Converter: Converts the line / mains frequency into a medium frequency essential for efficient operation.
THEORETICAL ENERGY CONSUMPTION OF DIFFERENT METALS @ POURING TEMPERATURE:
LOSSES IN AN INDUCTION FURNACE The theoretical energy require to melt one Ton of steel is 383 KWH/Ton. THE POWER LOSSES IN AN INDUCTION FURNACE SYSTEM Above figures may very, depending on 1. Furnace Design parameters 2. Size of the furnace 3. Scrap quality 4. Plant operating parameters ESTIMATION OF ACTUAL FINISH TIME OF MELTING OPERATION: Energy To Melt Steel Scrap 383 kwh + Induction System Losses 105 kwh + Additional Losses 35 kwh = Total Energy For melting 523 kwh Total Time 1 hrs 45 min B/4Sakariba Estate, G.I.D.C. Phase - IV, Vatva, Ahmedabad - 382445 Gujarat (INDIA) Phone No. :+91-79-25840023 / 25840024 / 32917163 / 65120554 Telefax :+91 - 79 - 25841065 Web Site: http://www.magnalenzindia.com/ E-mail:contact@magnalenz.com About the Author
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