commonly Electric steam generator What is the power of? This span will be very large. The small one is about 3KW. 6KW. 9KW. The large one is hundreds of kilowatts, or even more than kilowatts, but the latter will have few users.

Common electricity Steam generator The power size is displayed. Because the electricity charge is generally high, in case of large steam demand, a large number of users will choose to use steam machinery equipment made of other materials, such as natural gas. LPG or diesel engine is used as the energy source of gasoline and diesel natural gas steam generator.

The power of electric steam generator is usually expressed by KW. Electric steam generators of different power sizes must be equipped with different prices of electric load steam generators. Smaller single-phase power can. If high-power mechanical equipment must be used, it shall have three-phase power or higher power.

The power and energy sources of steam generators are various, and their sizes, models and specifications are also varied. Users shall fully consider the main purpose and application standard of steam when selecting. It is not necessary to use the steam generator of electric heater.

Price of steam generator: generally speaking, the price of steam generator is Electric steam generator The power size of varies from several kilowatts to several kilowatts. In addition, in addition to the basic size, model and specification, you can also customize the size, temperature and working pressure of the steam generator, with the overall goal of fully matching the user's requirements.

Electrically heated steam generator The principle may be: the whole operation process of the steam generator is divided into the total flow of the primary circuit. The primary circuit flow is to use the working pressure of about 150pa coolant to make the water reach the high temperature of 343 ℃. The high-temperature refrigerant enters the condenser refrigeration chamber from the inlet nozzle and enters the heat transfer tube according to the cylinder. After heat transfer in the heat transfer tube, it enters the condenser refrigeration chamber again. Then there are the steps of the secondary circuit. The processing process of the secondary circuit is to make the water reach the melting point of 260 ℃, which is lower than the coolant temperature of the primary circuit, according to the standard air pressure of about 70 pa for refrigeration. After the primary circuit, the cooling circulating water enters the water chamber of the secondary circuit from the inlet nozzle of the secondary circuit of the condenser, and the primary circuit cools, heats and burns according to the heat transfer tube to generate water vapor Gas steam generator Qi. At the same time, the steam flow at the inlet and outlet is much higher than the water inflow and outflow of the secondary circuit.