Zero voltage fired, transformer coupled thyristor power control applied for temperature control of the tin bath in the float glass process

L. Heath, R. C. Blackmond
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Abstract

A novel thyristor-based power circuit is described which substitutes zero-voltage fired, time proportioning control, and thus allows fewer transformer taps while causing no degradation of circuit power factor. In addition, harmonic distortion usually associated with phase angle control in this application is also eliminated. A system description outlining power requirements, a comparison of power factor costs, and system design philosophy is provided, along with some operational history and an explanation of the thyristor control.<>
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零电压烧制,变压器耦合可控硅功率控制应用于浮法玻璃工艺中锡浴温度控制
本文描述了一种新型的晶闸管功率电路,它取代了零电压点火、时间比例控制,从而在不降低电路功率因数的同时减少了变压器分接。此外,在这种应用中,通常与相角控制相关的谐波失真也被消除。提供了概述功率要求的系统描述,功率因数成本的比较和系统设计理念,以及一些操作历史和晶闸管控制的解释。
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