What are the specific features and advantages of fully automatic oil-fired boilers?

The fully automatic oil-fired boiler is a quick-installed horizontal internal combustion three-return fire tube structure when in use. The whole equipment adopts its offset furnace liner wet-back arrangement. It is directly discharged into the atmosphere from the rear smoke chamber through the chimney.

The fully automatic oil-fired boiler will be effectively equipped with its world-famous burner, and adopts advanced technologies such as automatic combustion proportional adjustment, automatic adjustment of feed water, program start, automatic operation, etc. Automatic protection functions such as pressure and flameout.

The fully automatic oil-fired boiler has the characteristics of compact structure, safety and reliability, easy operation to a certain extent, less pollution, low noise and high efficiency. It is widely used in enterprises, hotels, hospitals, office buildings, civil buildings and other facilities. Industrial steam and living and heating .

The combustion chamber of the fully automatic oil-fired boiler is composed of a large-diameter full-corrugated furnace. When in use, the combustion space is large and the fuel is completely burned. When in use, it effectively absorbs thermal expansion and has a large radiation heating surface. The total heating area of the boiler is sufficient, which can fully absorb the effective heat, the exhaust gas temperature is low, the heat loss is small, and the output is sufficient and the efficiency is high.

The shell diameter of the fully automatic oil-fired boiler is large and the water capacity is large. It has strong adaptability to load changes and stable output during use. The return water system of the hot water boiler is scientifically arranged to increase the disturbance on the water side of the heating surface in the high temperature area. , to avoid the phenomenon of supercooled boiling in local areas, and completely solve the problem of cracks in the tube sheet and tube end in the high temperature area.