Glycol electric heater
Working principle
Glycol electric heaterworking principle is mainly based on the process of converting electrical energy into heat. Specifically, the electric heater contains an electric heating element, usually a high-temperature resistance wire, which heats up when the current passes through, and the resulting heat is transferred to the fluid medium, thus heating the fluid.
The electric heater is also equipped with a control system, including temperature sensors, digital temperature regulators and solid-state relays, which together form a measurement, regulation and control loop. The temperature sensor detects the temperature of the fluid outlet and transmits the signal to the digital temperature regulator, which adjusts the output of the solid state relay according to the set temperature value, and then controls the power of the electric heater to maintain the temperature stability of the fluid medium.
In addition, the electric heater may also be equipped with an overheat protection device to prevent the heating element from overtemperature, avoid medium deterioration or equipment damage due to high temperature, thereby improving safety and equipment life.
Product details display
Working condition application overview
The material selection of the heating acid lye mainly depends on the heating temperature and heating medium. When heating acid lye, it is necessary to choose a material that can resist acid and alkali corrosion to avoid the heating tube being oxidized and burned, thereby extending its service life. Specifically, the material of the electric heating tube should be selected according to the nature of the heating medium, for example, when heating corrosive liquids such as lye, it is necessary to choose an electric heating tube made of a material with corrosion resistance.
The principle of the pipeline heater is to use the heat exchange of electric energy to achieve the heating of the liquid. The function of heating and heat preservation is realized through the heat exchange between the electric heating tube and the fluid medium. The electric heating wire in the electric heating tube heats up, and the heat emitted by the electric heating tube is conducted and finally absorbed by the fluid medium to heat up, so as to achieve the effect of liquid heating.
In summary, when selecting the material of electric pipeline heater heating acid lye, factors such as the nature of heating medium, heating temperature and heating efficiency should be considered. For corrosive media such as acid lye, materials with corrosion resistance should be selected to ensure the long-term stable operation of the heater.
Product application
Pipeline heater widely used in aerospace, weapons industry, chemical industry and colleges and universities and many other scientific research and production laboratory. It is especially suitable for automatic temperature control and large flow high temperature combined system and accessory test, the heating medium of the product is non-conductive, non-burning, non-explosion, no chemical corrosion, no pollution, safe and reliable, and the heating space is fast (controllable).
Classification of heating medium
Customer use case
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Certificate and qualification
Product packaging and transportation
Equipment packaging
1) Packing in imported wooden cases
2) The tray can be customized according to customer needs
Transport of goods
1) Express (sample order) or sea (bulk order)
2) Global shipping services
