流体防爆电加热器应用及电加热器功率如何计算？网站中的产品，今天还将是这方面，以及电加热器其中的防爆电加热器，因此对我们来讲，这又是一次学习的好机会。那么，我们可以从中学到哪些呢？下面小编就先来进行一下概括，为：
内容一：流体防爆电加热器的应用场合。
内容二：电加热器的功率计算。
既然上面进行了概括总结，那么接下来，就针对这两个方面，小编来展开具体的论述，希望能让大家有所收获。
流体防爆电加热器的应用场合，其一般来讲主要有以下这些，为：
化工行业：物料的升温加热，以及一些粉末的干燥等。
其它应用场合：碳氢化合物的加热，以及流体的升温加热，比如工艺用水、过热蒸汽、熔盐、氮气、空气及水煤气等。
电加热器的功率，其一般来讲主要是涉及到三个方面，为：运行时的功率、起动时的功率以及系统中的热损失。我们在进行相应的计算时，应考虑到恶劣的情况，因此其考虑的方面有：最低的环境温度、最短的运行周期、最高的运行运行温度，还有就是加热介质的最大重量，这几个是缺一不可的，都要考虑在内才行。Products on the website, today also will be the electric heaters, and electric heater of explosion-proof electric heater, so for us, it was a good opportunity to learn. So, we can learn what? Below small make up first to make a summary, as follows:
A: fluid explosion-proof electric heater.
Content: electric heater power calculation.
Since the above summarization, so next, in view of these two aspects, small make up to a specific statement, hope can let everybody gains.
Fluid explosion-proof electric heater applications, its basically has the following these, generally as follows:
Chemical industry: heating heating material, and some dry powder etc.
Other applications: heating of hydrocarbon, as well as the fluid temperature heating, such as process water, superheated steam, molten salt, nitrogen, air, water gas and so on.
Electric heater power, which generally is mainly involves three aspects, as follows: the power of the runtime, starting when the power and heat loss in the system. When we are in the corresponding calculation, consideration should be given to the poor, so its considering aspects are: the lowest environment temperature, the shortest running cycle, the operation of the highest operating temperature, as well as the maximum weight of heating medium, this a few is be short of one cannot, should be taken into consideration.
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