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| Safety Margin In Power Semiconductors | |||||
FERmelt Furnaces works on parallel circuit design. Even at the highest power level the thyristors chosen work approximately at one third of the current. In other words the safety margins on the thyristor are very high. Service life of thyristors is extended due to consequent low heat losses and lower operating temperatures. |
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Reduced Melting Cost With Constant Power |
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| FERmelt Furnaces are designed to deliver maximum power from the beginning, which reduces the melting time, resulting in lower energy consumption. | |||||
High Electrical Efficiency |
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| FERmelt Furnaces are designed to minimise electrical losses. Electrical Efficiency is 97% (Over all) | |||||
High Power Factor |
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The reactive energy used on FERmelt Furnaces is very low and the average power factor is Better than 0.95, thus no additional precautions for improving power factor are needed. |
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1. Lowest Melting Cost, cause of highest electrical efficiency so consumes less KWH/TON of melting 2. Lowest Auxillaries Running Cost, cause of Highest thermal efficiency so melting cost in totality is reduced 3. Lowest input KVA required, cause of the best average power factor of the furnace is 0.98 to 0.99 in actual running conditions, so better utilization of Power unit 4. Reduced fixed cost/ variable cost, cause of excellent lining life at lowest power consumption, so an over all better utilizations of productive hours increase due to less patching & sintering. 5. Excellent Reliability, cause of structured and simples design of the furnace reduces the break-down. 6. Lowest investment cost, (A) Cause of Compact furnace design, covers less floor space area compare to others. (B) Cause of reasonable furnace price |
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