Flameless combustion device for glass melting furnace working tank and feeding channel, is mainly composed of a working tank and feeding channel and the front end of the material feeding channel basin, working tank and feeding channel and pot area of the upper part of the glass liquid flame space, upper flame space installation for monitoring the temperature of thermocouple, flame the space above the kiln exhaust pressure regulation hole, installed in the tank and feeding channel of flame space on both sides of the glass liquid heating array with radiation heat diffusion angle of burner brick, installed on the outside of the burner brick and radiation heat diffusion angle to connect the number of internal mixing type flameless burner for the glass furnace working tank and feeding channel to provide combustion air blower and a driving motor, through the pipe installed in the blower outlet air flow of the air show, installation of rotor flowmeter In the air outlet end of the gas rotameter with the input interface of the air and gas mixing pipe, air and gas mixing pipe the output end of the installation of explosion-proof valve and connected the internal mixing type flameless burner air mixed gas, gas pipeline for glass furnace working tank and feeding channel to provide heat gas into the gas terminal installation flow control terminal with pneumatic diaphragm control valve, pneumatic control valve and the output end of the air mixed gas pipe gas input interface between connected through pipeline to display the gas flow in gas rotameter and pneumatic diaphragm regulating valve control terminal installed with electric control end of the electrical converter, and installed in electrical the input end of the converter compressed air filter pressure relief valve, which is characterized in that the cross section of the flame space is trapezoidal, its height is 180mm, and bottom The width is 340mm; the exhaust hole, the outlet made from vertical to horizontal direction turning can be observed emission holes; the diffusion burner brick heat radiation angle is 21 degree, its biggest export is Phi 90mm; between the thermocouple and the electrical converter control terminal electrically connected with the voltage of the thermocouple for conversion into electrical current to control the converter P.I.D regulator; the motor can still uninterruptible power supply U.P.S whose input end is connected in parallel with short-term power failure; the front end of the material feeding channel inside the basin, U type flame space plane also uniform the number of a radiation heat diffusion angle of burner brick and the number of thermal diffusion and radiation angle connected within the mixed type flameless burner.
【技术实现步骤摘要】
本技术涉及一种用于生产玻璃制品的玻璃池炉，尤其是一种玻璃池炉工作池和供料通道的无焰燃烧装置。本技术为解决公知技术中存在的技术问题而提供一种燃气耗气量更小，工作池、供料通道及其料盆区的被加热玻璃液体更加均化和制造成本更低、更安全的玻璃池炉工作池和供料通道的无焰燃烧装置。本技术为解决公知技术中存在的技术问题所采取的技术方案是一种玻璃池炉工作池和供料通道的无焰燃烧装置，主要是由工作池和供料通道及供料通道前端的料盆区、工作池和供料通道及料盆区内玻璃液体的上部的火焰空间、火焰空间上部安装的用于监控其温度的热电偶、火焰空间上面的调节窑压的废气排放孔、安装在工作池和供料通道内火焰空间两侧的对玻璃液体加热的数组带有辐射热扩散角的烧咀砖、安装在烧咀砖外侧的与辐射热扩散角连通的等数量的内混式无焰烧咀、为玻璃池炉工作池和供料通道提供助燃空气的罗茨鼓风机及其驱动电机、通过管路安装在罗茨鼓风机输出口的显示空气流量的空气转子流量计、安装在空气转子流量计出口端的带有燃气输入接口的空气燃气混合管、空气燃气混合管的输出端安装的防爆阀和连通各内混式无焰烧咀的空气燃气混合气管道、为玻璃池炉工作池...
【技术保护点】
【技术特征摘要】
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