The utility model relates to a liquefied gas energy saver, which comprises a casting aluminum body and a gasification pipe. The first and last ends of the gasification pipe are liquid phase input ports and gas phase output ports respectively, and are drawn from the surface of the casting aluminum body. The characteristics of the gasification pipe are that the gasification pipe has at least two spiral sections, and a heating rod slot is arranged at the central gap of each spiral section of the gasification pipe corresponding to the surface of the casting aluminum body. The electric heating rod is separated from the casting aluminum body and placed outside the casting aluminum body for easy disassembly, which provides convenience for the use and maintenance of the heating device. Using electric heating rod to heat, the heating efficiency is high, and the form of wrapping with tropical zone is changed to the insertion type of electric heating rod. The same volume can increase the number and length of spiral section, improve the gasification effect, and has simple structure, low cost and wide application range. It can not only meet the use of various white steel stoves in large catering industry, but also meet the needs of many ordinary catering industries in small and medium-sized. Simultaneous use of cast iron furnaces.
【技术实现步骤摘要】
液化气节能器
本技术涉及一种液化气节能器,特别涉及一种连接有气、液两用阀钢瓶并适用于各种大、中、小型餐饮行业不同燃气炉具的多用途液化气节能器。
技术介绍
现有的液化气节能器是由铸铝本体、液相输入口和气相输出口、设在铸铝本体内与液相输入口和气相输出口相通的气化管及包裹住气化管的电加热装置组成,这种结构的液化气节能器结构相对复杂,电加热装置采用设置在铸铝本体内的伴热带,且包裹住气化管。这种结构的液化气节能器一旦电加热装置损坏,无法维修,只能整体更换液化节能器,大大增加了用户的使用成本。采用伴热带加热,加热效果不理想,影响了气化效果。
技术实现思路
本技术的目的是要解决现有技术存在的上述问题,提供一种液化气节能器,该液化气节能器的加热装置与液化气节能器分离,可以方便的拆卸,便于加热装置的维修和更换,降低了用户的使用成本,并且采用电热棒加热,加热效果好,改善了气化效果。本技术的技术解决方案是:一种液化气节能器,包括铸铝本体,在铸铝本体内设有气化管,所述气化管的首端和尾端分别为液相输入口和气相输出口且由铸铝本体表面引出,其特征在于,所述气化管具有至少二个螺旋段,在铸铝本体表面对应气化管各螺旋段的中心空隙处设有加热棒插槽。进一步地,所述加热棒插槽和对应的气化管螺旋段的数量分别为3个或4个。进一步地,在所述加热棒插槽内插装电加热棒,所述电加热棒与加热棒插槽之间过渡配合。进一步地,所述加热棒插槽底面与对应的气化管螺旋段下端平齐。进一步地,所述气化管螺旋段呈一排布置。进一步地,所述铸铝本体外部设有保温层。进一步地,所述电加热棒引线端连接温控器。本技术的有益效果是:该液化气节能器 ...
【技术保护点】
1.一种液化气节能器,包括铸铝本体,在铸铝本体内设有气化管,所述气化管的首端和尾端分别为液相输入口和气相输出口且由铸铝本体表面引出,所述气化管具有至少二个螺旋段,其特征在于,在铸铝本体表面对应气化管各螺旋段的中心空隙处设有加热棒插槽,在所述加热棒插槽内插装电加热棒,所述电加热棒与对应的加热棒插槽之间过渡配合。
【技术特征摘要】
1.一种液化气节能器,包括铸铝本体,在铸铝本体内设有气化管,所述气化管的首端和尾端分别为液相输入口和气相输出口且由铸铝本体表面引出,所述气化管具有至少二个螺旋段,其特征在于,在铸铝本体表面对应气化管各螺旋段的中心空隙处设有加热棒插槽,在所述加热棒插槽内插装电加热棒,所述电加热棒与对应的加热棒插槽之间过渡配合。2.根据权利...
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