The invention discloses a shell and tube heat exchanger, which includes an inlet port, a head, a water outlet interface, a tube body, a wave tube, a water inlet interface, a tube plate and an outgassing interface. A hole is set on both sides of the top of the circular circumference of the cylinder, a water outlet interface is set on the hole, and the hole two is connected to the inlet interface, the left and right ends of the cylinder are respectively set up the head and left end, respectively. The hole three of the head of the head is connected with the inlet interface, the hole three of the right end head is connected with the outlet, the cross section of the left end of the cylinder and the end section of the right end of the cylinder and the end of the head are arranged on each tube plate, and the pipe plate is connected with the connecting hole, and a set of connection holes is connected with the outer circumference of a wave tube at the two ends of a gas transmission hole. The inner cavity of the head at both ends of the cylinder is connected by the gas path of the air vent of the wave tube. The invention is a shell tube type water cooling type, which is used to heat the cooling water at the same time when the input high pressure gas is sent out. The heat exchange area is large and the heat exchange efficiency is high.
【技术实现步骤摘要】
壳管式热交换器
本专利技术涉及一种热交换装置类
,尤其是壳管式热交换器。
技术介绍
高压气体在工业制造中应用广泛,有些应用为消耗性(如气动工具的应用),有些应用在气路中流通循环利用,但是,高压气体在应用过程中会带走设备、环境及其它的热能温度会升高,重复再利用需要用热交换器进行降温,现有的热交换器为平板式,占用空间大,降温效率低,并不能做到能源再利用。
技术实现思路
本专利技术的目的在于克服上述现有技术的不足,提供壳管式热交换器,包含进气接口、封头、出水接口、筒体、波形管、进水接口、管板、出气接口,筒体的圆周顶部两侧分别设孔一、孔二,孔一设出水接口,孔二连接进水接口,筒体左、右两端分别设封头,左端的封头的孔三连接进气接口,右端的封头的孔三连接出气接口,筒体左端与设封头的连接端截面和筒体右端与设封头的连接端截面各设管板,管板均布连接孔,对应的一组连接孔与一件内设输气孔的波形管两端的外圆周连接,筒体两端的封头内腔通过波形管的输气孔气路连通,本专利技术为壳管型水冷式,把输入的高压气体降温后送出的同时把冷却水升温利用,用热交换的方式进行热能循环利用,热交换面积大,热交换效率高。为达到上述目的,本专利技术的技术方案是:壳管式热交换器,包含进气接口、封头、出水接口、筒体、波形管、进水接口、管板、出气接口,所述筒体的圆周顶部两侧分别设孔一、孔二,所述孔一设出水接口,所述孔二连接进水接口,筒体左、右两端分别设封头,左端的封头的孔三连接进气接口,右端的封头的孔三连接出气接口,筒体左端与设封头的连接端截面和筒体右端与设封头的连接端截面各设管板,所述管板均布连接孔,对应的一组连 ...
【技术保护点】
壳管式热交换器,其特征在于:包含进气接口(1)、封头(2)、出水接口(3)、筒体(4)、波形管(5)、进水接口(6)、管板(7)、出气接口(8),所述筒体(4)的圆周顶部两侧分别设孔一(401)、孔二(402),所述孔一(401)设出水接口(3),所述孔二(402)连接进水接口(6),筒体(4)左、右两端分别设封头(2),左端的封头(2)的孔三(201)连接进气接口(1),右端的封头(2)的孔三(201)连接出气接口(8),筒体(4)左端与设封头(2)的连接端截面和筒体(4)右端与设封头(2)的连接端截面各设管板(7),所述管板(7)均布连接孔(701),对应的一组连接孔(701)与一件内设输气孔(501)的波形管(5)两端的外圆周连接。
【技术特征摘要】
1.壳管式热交换器,其特征在于:包含进气接口(1)、封头(2)、出水接口(3)、筒体(4)、波形管(5)、进水接口(6)、管板(7)、出气接口(8),所述筒体(4)的圆周顶部两侧分别设孔一(401)、孔二(402),所述孔一(401)设出水接口(3),所述孔二(402)连接进水接口(6),筒体(4)左、右两端分别设封头(2),左端的封头(2)的孔三(201)连接进气接口(1),右端的封...
【专利技术属性】
技术研发人员:孔珍珍,
申请(专利权)人:宁波中倚机电科技发展有限公司,
类型:发明
国别省市:浙江,33
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