Application:
The induction heating system for continuous rolling bars is utilized prior to the middle or rough rolling stages of billets and rounds. This technology heats the billets during the continuous casting process, ensuring that:
The thickness of the oxidized scale is reduced to meet the necessary rolling standards.
Technical Features:
High Temperature Control Accuracy: Online temperature monitoring ensures uniform heat across the billet, preventing quality issues like cracks and inconsistent rolling thickness.
Energy-Efficient and Eco-Friendly: Induction heating boasts a 70% energy utilization rate, making it a sustainable choice.
Increased Yield: Induction heating reduces the heating time for billets, decreasing oxygen consumption. Traditional heating methods have an oxygen consumption rate of about 1%-1.5%, whereas induction heating reduces this to just 0.3%-0.5%.
Extended Roller Lifespan: By reducing scale buildup, induction heating extends the life of the rollers by 20% to 30%.
This induction heating system is an advanced solution for the steel industry, offering precise temperature control, energy savings, increased production efficiency, and extended equipment life.
Technical parameters sheet of induction heating system | ||||
No. | Item | Technical parameters | ||
1 | Type | Structure with upper and lower iron core separated | ||
2 | Cooling method | Compound cooling method of air cooling + Aerosol cooling | ||
3 | Voltage | 2400V | ||
4 | Power | 1200-1600KW | ||
5 | Frequency | 40~150HZ adjustable frequency conversion | ||
6 | Phase | Single phase | ||
7 | Insulation Class | Class C | ||
8 | Self weight of the inductor body | The total weight is about 4000kgs |
Workshop:
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