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Series resonant inverter power prediction and coil design for metal surface hardening

机译:用于金属表面硬化的串联谐振逆变器功率预测和线圈设计

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摘要

In this work, we aim to predict the design of a resonant inverter with the induction coil system for metal induction hardening. Considering a rod sample metal made out of Z200C12 material, we propose to determine the required power size of the inverter and the coil specifications, which would meet the necessary heat to achieve the appropriate hardening profile according to the industrial standard. In this approach, the system should operate in the medium resonant frequency range [5 KHz to 30 KHz], and with a penetration depth spanning from 0.5-1 mm with the required supply current level.
机译:在这项工作中,我们旨在预测带有感应线圈系统的谐振逆变器的设计,以进行金属感应淬火。考虑到由Z200C12材料制成的棒状样品金属,我们建议确定逆变器所需的功率大小和线圈规格,它们将满足必要的热量以根据工业标准实现适当的淬火曲线。在这种方法中,系统应在中等谐振频率范围(5 KHz至30 KHz)中运行,并且穿透深度范围为0.5-1 mm(具有所需的电源电流水平)。

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