The utility model relates to strengthen the self assembling experimental device of a heat transfer process, including controller, heat exchanger, steam generator, wind machine, composed of heat exchange tube and a heat exchange tube is sleeved on the outer tube heat exchanger, the outer tube is provided with an observation window, the upper part of the outer tube is provided with a non condensable gas discharge the pressure outlet, the outer tube, the lower part is provided with a steam outlet, steam entrance, entrance into the steam pipeline and the steam generator is connected with the steam outlet is arranged on the exhaust pipe of the fan through the intake pipe and the heat exchange tube is connected with the input end of the heat transfer tube, the output end is provided with a discharge pipe, the intake pipe is sequentially provided with a with a bypass valve orifice flow meter, temperature sensor A, the valve, the discharge pipe is provided with a temperature sensor B, the inner surface of the outer tube is provided with a temperature sensor C, the utility model has the advantages that the experimenter can choose different The experimental research of heat transfer tube is carried out to enrich the content of experimental test. Through the comparison of various data, the understanding of theoretical knowledge is deepened.
【技术实现步骤摘要】
传热过程强化自组装实验装置
本技术涉及一种传热过程强化自组装实验装置,用于化工原理实验教学中的传热实验。
技术介绍
化工原理实验是化工和近化工相关专业的专业基础必修课,属于工程实验范畴,具有显著的工程特点。每个实验项目都相当于化工生产中的一个单元操作,通过实验能建立起一定的工程概念,而传热实验是该课程教学中重要的环节之一。但是以往的实验都是在固定的设备上进行,所测试的内容较少,学生又只注重实验数据的测试和数据处理、实验现象的分析和实验结果的讨论,对传热强化过程的研究、实验装置的安装、调试以及实践动手等能力的培养有所欠缺。
技术实现思路
本技术的目的是针对以上不足之处,提供了一种传热过程强化自组装实验装置。本技术解决技术问题所采用的方案是,一种传热过程强化自组装实验装置,包括控制器、换热器、蒸汽发生器、风机,所述换热器为套管换热器,由换热管和套设在换热管外的外管组成,所述外管内设置有两根换热管,外管两端设置有快装接头,换热管经快装接头与外管相连接,所述外管上设置有观察窗,所述外管上部设置有不凝性气体排出口、泄压口,不凝性气体排出口上设置有排出阀,泄压口上设置有泄压阀,外 ...
【技术保护点】
一种传热过程强化自组装实验装置,其特征在于:包括控制器、换热器、蒸汽发生器、风机,所述换热器为套管换热器,由换热管和套设在换热管外的外管组成,所述外管内设置有两根换热管,外管两端设置有快装接头,换热管经快装接头与外管相连接,所述外管上设置有观察窗,所述外管上部设置有不凝性气体排出口、泄压口,不凝性气体排出口上设置有排出阀,泄压口上设置有泄压阀,外管下部设有蒸汽出口、蒸汽入口,蒸汽入口经带有蒸汽进口阀的入气管路与蒸汽发生器相连接,入气管路上设置有压力表,蒸汽出口上设置有排气管路,排气管路上设置有蒸汽回收器,所述风机经进气管路与换热管输入端相连接,换热管输出端设置有排出管,进气 ...
【技术特征摘要】
1.一种传热过程强化自组装实验装置,其特征在于:包括控制器、换热器、蒸汽发生器、风机,所述换热器为套管换热器,由换热管和套设在换热管外的外管组成,所述外管内设置有两根换热管,外管两端设置有快装接头,换热管经快装接头与外管相连接,所述外管上设置有观察窗,所述外管上部设置有不凝性气体排出口、泄压口,不凝性气体排出口上设置有排出阀,泄压口上设置有泄压阀,外管下部设有蒸汽出口、蒸汽入口,蒸汽入口经带有蒸汽进口阀的入气管路与蒸汽发生器相连接,入气管路上设置有压力表,蒸汽出口上设置有排气管路,排气管路上设置有蒸汽回收器,所述风机经进气管路与换热管输入端相连接,换热管输出端设置有排出管,进气管路上依次设置有装有调节阀的旁路、孔板流量计、温度传感器A、入气阀,排出管上设置有温度传感...
【专利技术属性】
技术研发人员:叶长燊,施小芳,林述英,杨臣,李玲,王晓达,
申请(专利权)人:福州大学,
类型:新型
国别省市:福建,35
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