The utility model relates to an efficient energy-saving hot water boiler, which relates to an atmospheric pressure hot water boiler. The utility model comprises a shell body, an insulating layer, an inner shell, a water ladle of the furnace body, a furnace chamber, a coal feeding port, a water pipe grate, a ash chamber, a water feeding port, a hot water outlet and a blower. The utility model is characterized by a longitudinal hot water receiving pipe bundle at the middle and lower parts of the furnace, which is connected with the water ladle of the front and rear sides of the furnace body, and a transverse hot water receiving pipe bundle on the longitudinal hot water receiving pipe bundle, which is connected with the water ladle of the left and right sides of the furnace body. The utility model has the beneficial effect that the longitudinal hot water receiving pipe bundles are arranged in the middle and lower parts of the furnace, and the transverse hot water receiving pipe bundles are arranged on the longitudinal hot water receiving pipe bundles, which are connected with the water ladles of the front and rear sides of the furnace. At the same time, the top water ladle and the water pipe grate are also connected with the water ladle of the furnace body. The heat generated by coal combustion in the furnace will be absorbed by the water ladle of the surrounding furnace body, the vertical and horizontal water pipe bundles on the top of the furnace, the water ladle on the top of the furnace and the bottom water pipe grate in turn. The heat generated will be fully absorbed to heat the water, with high thermal efficiency, energy saving and coal saving.
【技术实现步骤摘要】
一种高效节能热水锅炉
：本技术涉及锅炉，具体涉及一种常压高效节能热水锅炉。
技术介绍
：目前的常压热水锅炉多是由炉壳体、保温层、炉胆、炉膛、炉排、灰渣室、烟囱、加水口和出水口构成，其缺陷是对煤燃烧热量吸收不完全充分，热效率低，节能效果差。
技术实现思路
：本技术的目的，是提供一种高效节能热水锅炉，它热量被吸收充分，节能、热效率高。本技术的技术方案是，一种高效节能热水锅炉，包括外壳体1、保温层2、内壳体1′、炉体水包3、炉膛4、加煤口5、水管炉排6、灰渣室7、灰渣门7′、加水口10、热水出口11和鼓风机14，特征是于炉膛中下部设有纵向受热水管管束8，剖面呈弧形布置，其与前后侧炉体水包3联通。弧形布置的纵向受热水管管束其上设置有横向受热水管管束9，其与左右侧炉体水包3联通。本技术进一步优选的是，炉顶部设有与炉体水包3相联通的炉顶水包3′。水管炉排6与炉体水包联通。本技术所产生的有益效果：本技术于炉膛中下部设有纵向受热水管管束8，其与前后侧炉体水包3联通，围绕炉膛中心呈弧形布置。弧形布置的纵向受热水管管束其上设置有横向受热水管管束9，其与左右侧炉体水包3联通。同时还设有炉顶水包和水管炉排，它们均与炉体水包联通。炉膛内煤燃烧产生的热量，依次可被周围炉体水包、其上纵横向水管管束和炉顶水包以及其下水管炉排热交换吸收，热交换充分，热效率高，节能省煤。附图说明：附图1本技术构造主视图具体实施方式：说明书附图表达了本技术的一种具体实施方式。图中标记1、炉体外壳体，1′、内壳体，2、保温层，3、炉体水包，3′、炉顶水包，4、炉膛，5、加煤口，6、水管炉排，7、灰渣室，7′、灰渣室门，...
【技术保护点】
1.一种高效节能热水锅炉，包括外壳体(1)、保温层(2)、内壳体(1′)、炉体水包(3)、炉膛(4)、加煤口(5)、水管炉排(6)、灰渣室(7)、灰渣门(7′)、加水口(10)、热水出口(11)和鼓风机(14)，其特征是，于炉膛中下部设有纵向受热水管管束(8)，剖面呈弧形布置，其与前后侧炉体水包(3)联通，弧形布置的纵向受热水管管束其上设置有横向受热水管管束(9)，其与左右侧炉体水包(3)联通。
【技术特征摘要】
1.一种高效节能热水锅炉，包括外壳体(1)、保温层(2)、内壳体(1′)、炉体水包(3)、炉膛(4)、加煤口(5)、水管炉排(6)、灰渣室(7)、灰渣门(7′)、加水口(10)、热水出口(11)和鼓风机(14)，其特征是，于炉膛中下部设有纵向受热水管...
【专利技术属性】
技术研发人员：林平，
申请(专利权)人：青岛傲烽节能设备有限公司，
类型：新型
国别省市：山东,37
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