采用PLC的闭式炉火焰综合控制系统

Aakanksha Taliwal, Tanvika M. Patel
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引用次数: 0

摘要

熔炉用于各种行业,如玻璃,陶瓷,钢铁,化工等,通过燃烧燃料产生热量。它们由一个绝缘的、内衬耐火材料的腔室组成,腔室中装有输送待加热工艺流体的管道。它们的设计是为了确保流体接受正确的热量,并在热区内有足够的阻力时间。同时要避免温度过高。这种过高的温度会导致产品的降解或炉膛的损坏。某些工厂的管道温度可能高达900°C,高压(例如,200 atm)和相对高温(例如,450°C)的组合并不罕见。在该系统中,我们结合PLC系统和火焰传感器及温度传感元件,控制炉膛的初始启动和后续加热,以保持炉膛内足够的温度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated flame control system in closed furnace using PLC
Furnaces are used throughout varied industries like Glass, Ceramics, Iron and Steel, Chemicals etc., for generation of heat by combustion of fuels. They consist of an insulated, refractory lined chamber containing tubes, which carry the process fluid to be heated. They are designed to ensure that the fluid receives the correct amount of heat and has sufficient resistance time within hot zone. While at the same time excess temperature is to be avoided. This excess temperature can lead to degradation of the product or damage of the furnace. Tube temperatures in some plant may be as high as 900 °C, and combinations of high pressure (e.g., 200 atm) and relatively high temperatures (e.g., 450 °C) are not uncommon. In this system, we control the initial start-up and subsequent heating of the furnace in order to maintain adequate temperature inside the furnace by incorporating PLC system and flame sensors and temperature sensing elements.
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