How Does A Steam Radiator Heat Air?

How Does a Steam Radiator Heat Air?

Steam radiators have a pair of inlets and outlets. The inlets are designed in the upper part of the equipment, and steam enters through the inlets. The steam carries a large amount of latent heat and enters the equipment. The air inside the equipment passes through the fins on the outside of the tubes. Since there is a large temperature difference between the cold air and the steam, the two work materials with different temperatures are effectively exchanged through the finned tubes.

After the steam passes through the work material, because a large amount of latent heat carried is absorbed, the high-temperature saturated steam is re-condensed into a vapor-water mixture or condensate, and discharged out of the equipment along the condensate port of the steam radiator. The air that flows through the steam radiator absorbs a large amount of steam heat and warms up from the initial temperature, turning the original ambient air into the high-temperature air required by the process conditions.

Steam radiator in the normal production process, the need for hot air temperature is usually needed to meet the process requirements, which requires us to be able to control the temperature of the new air heating, can be controlled by controlling the steam through the speed to achieve the temperature control of the new air, but also through the control of the circulation of the volume of air to achieve the control of the air temperature, which depends on the temperature of the main way.