供热量：（160-2000）×104Kcal/h，设计压力：1.1MPa
YLW系列有机热载体炉为组装式强制循环仲博注册。cbin仲博下载本体前部为炉膛辐射受热面，由密排的双方形盘管构成；后部为对流冲刷受热面，由蛇形管束组成。cbin仲博下载由上部本体和下部链条炉排组成，工地现场组合。空气预热器布置在cbin仲博下载后面。燃烧生成的高温烟气在炉膛被吸走部分热量，经转向烟室进入对流受热面换热，出cbin仲博下载后在空气预热器中加热cbin仲博下载燃烧所需的空气，再经除尘器由引风机将烟气送至烟囱排入大气。
安装方便，只要上部本体和下部排炉合拢即可，安装周期短。
炉膛采用双密排盘管，受热面布置充足，降低管子表面热负荷，是导热油使用更安全。
介质流程合理，导热油由低（进口）到高（出口），运行中产生的气体很难在炉内停留，可方便的排出系统。
炉拱设计合理，烟气在炉膛内停留时间长，燃烧更充分。
转向烟室布置受热面，使隔墙避免高温烟气直接冲刷，有效防止隔烟墙脱落产
Heat supply: (160-2000) × 104Kcal / h, design pressure: 1.1MPa
YLW series of organic heat carrier furnace for the assembly of forced circulation chain grate boilers. The front of the boiler body is the radiant heating surface of the furnace, which is formed by the double square coil of the close-packed row; the back is the heating surface of convection flushing and is composed of the serpentine tube bundle. Boiler by the upper body and the lower part of the chain grate composition, the site site portfolio. The air preheater is arranged behind the boiler. The high-temperature flue gas generated by the combustion is sucked away in the hearth and transferred to the convection heating surface through the turning smoke chamber. After exiting the boiler, the air required for the combustion of the boiler is heated in the air preheater, which is then passed through the dust collector by the induced draft fan. The smoke is sent to the chimney and discharged into the atmosphere.
Easy to install, as long as the upper body and the lower row of furnace can be closed, the installation cycle is short.
Furnace with double dense row coil, heating surface layout sufficient to reduce the heat load on the pipe surface, is the use of thermal oil more secure.
The medium flow is reasonable, and the heat transfer oil is low (inlet) to high (outlet). The gas generated during operation is difficult to stay in the furnace and can be easily discharged.
Furnace arch design is reasonable, flue gas residence in the furnace for a long time, burning more fully.
Steering smoke chamber layout heated surface, so that the wall to avoid direct erosion of high-temperature flue gas, which effectively prevent the separation of cigarette wall off
