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本文介绍侧烟道远红外烘芯炉的结构、有关设计参数的选择与计算。该炉炉体全部采用红砖砌筑，因而降低了炉子造价；烟道入口设置在靠近炉底的炉墙内，从而增加了炉气环流途径，改善了炉内传热、传质过程，提高了炉子下部的温度，使炉内温度分布均匀。同时，在炉顶设置一个防爆门与防爆烟囱，增加了运行安全性。辐射板的加热元件采用星形联接中点接地方式，方便了电气安装与维修。经多年使用表明，该炉结构合理、耗电省，炉内温度分布均匀，经烘干的各层泥芯色泽一致，满足柴油机铸件泥芯烘干的要求。
This article describes the structure of the side flue far-infrared drying furnace, the design parameters of the selection and calculation. The furnace body is entirely of red brick, thus reducing the cost of the furnace; flue inlet is set near the bottom of the furnace wall, thereby increasing the way furnace gas circulation to improve the furnace heat transfer, mass transfer process and improve The temperature of the lower part of the furnace, the furnace temperature distribution. At the same time, set up an explosion-proof door and explosion-proof chimney at the top of the furnace, increasing the operational safety. Radiation plate heating element using star connection midpoint grounding, to facilitate the electrical installation and maintenance. After years of use shows that the furnace structure is reasonable, power-saving province, the furnace temperature distribution, drying the mud core layers consistent, to meet the diesel engine casting mud core drying requirements.