Proceedings of the KIPE Conference (전력전자학회:학술대회논문집)
- 2001.10a
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- Pages.69-74
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- 2001
Fluid Heating System using High-Frequency Inverter Based on Electromagnetic Indirect Induction Heating
- Kim Yong-Ju (Korea Industrial Property Office) ;
- Shin Dae Cheul (Hoseo Univ.) ;
- Kim Kee Hwan (Semyung Univ.) ;
- Uchihori Y. (Seta Kosan Co., Ltd) ;
- Kawamura Y. (Seta Kosan Co., Ltd)
- Published : 2001.10.01
Abstract
In this Paper are described the indirect induction heated boiler and induction heated hot air producer using the voltage-fed series resonant high-frequency inverter which can operate in the frequency range from 20kHz to 50kHz. A specially designed induction heater, which is composed of laminated stainless assembly with many tiny holes and interconnected spot welding points between stainless plates, is inserted into the ceramic type vessel with external working coil. This working coil is connected to the inverter and turbulence fluid through this induction heater to moving fluid generates in the vessel. The operating performances of this unique appliance in next generation and its effectiveness are evaluated and discussed from a practical point of view.
Keywords
- High-Frequency Resonant Inverter Applications;
- Fluid Heating Appliance;
- Pipe-line Heating;
- Electromagnetic Induction-Fluid Heating;
- Auto-Tuning PID Temperature Control