基于逆变器的热处理稳压器温度和电压控制方法

Anh-Tuan Huynh, T. Chun
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引用次数: 0

摘要

在热处理系统中,加热器温度稳定地控制在其参考值,同时为了安全起见,将加热器两端的电压限制在60 V。为了达到热处理的要求,本文提出了利用高频变压器逆变系统和单相PWM逆变系统两种功率调节器同时控制热处理加热器温度和加热器电压的方法。为了在保证安全的前提下提高加热器温度和电压控制的性能,建议采用加热器温度的滞后通断控制和加热器电压的双电源开环控制。实验结果验证了所提出的两种功率调节器控制策略的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Temperature and Voltage Control Methods of Power Regulators Based on Inverter for Heat Treatment
In a heat treatment system, the heater temperature is stably controlled to its reference value, while limiting the voltage across the heater to 60 V for safety. In order to achieve the requirements of the heat treatment, this paper proposes the method to control both the heater temperature and heater voltage for heat treatment by using two types of power regulators such as a high-frequency transformer and inverter system and a single-phase PWM inverter system. Both the hysteresis on-off control of the heater temperature and the open-loop heater voltage control for two power regulators are suggested in order to improve the performance of the heater temperature and voltage controls while ensuring safety. Experimental results are demonstrated for validating the performances of proposed control strategies of two power regulators.
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