High pressure electrothermal Steam generator There are many types of, one of which is to heat the water in the closed container through the electric heating element to generate high-pressure steam. The whole device has multiple interlocking safety protection functions, including overpressure protection of safety valve, pressure controller, etc; Low water level protection; Leakage protection, etc., to fully ensure the safety of operators and the electric steam generator itself.

In terms of the automatic protection function for water shortage of the electric steam generator, when the water level in the generator body drops to the lower water level due to unexpected reasons, it will automatically cut off the heating power supply to ensure that the heating elements will not be damaged by dry burning due to water shortage. Moreover, the electric steam generator adopts a multi chamber structure, and the steam can be processed through the transition chamber to increase its saturation and ensure the steam quality. Compared with traditional boilers, the safety performance of the electric steam generator has significantly increased, because the internal design of the electric steam generator has many safety protection functions.

Electric steam generator With 2.5KW~60KW high-performance serialization, it is a manufacturer with a complete range of products in China. Its products have stable quality, strong anti-interference ability, and high cost performance. At present, its products are popular at home and abroad, and are mainly used for power saving transformation of various industrial plastic machinery and supporting production of industrial and commercial heating equipment.

High pressure electric steam generator The higher the temperature requirement, the longer the heating time will be. If the output is large, the heating time will be longer. The ambient temperature is very low, so the heating time will be longer. It is related to the power. The heating speed will be slower if the power is small, and faster if the power is large.

The traditional heating principle of the resistance wire is that after the resistance wire itself produces high temperature, the heat of the electric hot water boiler slowly transfers from the surface of the barrel to the center of the barrel, the speed becomes slower, and the actual temperature of the plastic in the box decreases. The surface temperature of the barrel center has a large error. The working principle of the high-frequency heating system is to make the metal barrel heat itself. Heat is generated from the metal of the barrel. Temperature control is real-time and accurate.