How to maximize the power output of wall mounted boilers

Impurities in radiators have a significant impact on boilers. Water containing impurities and acidic properties can corrode the inner walls of wall mounted boilers to some extent. Radiators are mostly made of cast iron, making them more susceptible to corrosion. When installing a wall mounted boiler, it is impossible to completely flush out the sand mold residue inside the radiator. In addition, the heating part of the boiler does not have a filter screen and is always in a closed cycle. Impurities gradually decompose into scale and adhere to the inner wall of the heat exchanger under high temperature conditions, causing the pressure of the circulating water pump to increase and seriously affecting the service life of the wall mounted boiler. Therefore, the best solution is to add a filter screen at the inlet of the heating part, and it is necessary to clean it as much as possible during installation.

The water inside the radiator should not be replaced frequently, which is also very important for wall mounted boiler heating. Generally, the dirty water in the radiator should be drained after one year of use. Due to the large amount of impurities in the radiator during initial use, replacing the water at the same time can bring in a large amount of water alkali. It is important to remember that the water in the heating system should not be replaced frequently, and the cleaning and maintenance of the wall mounted boiler can be carried out separately afterwards. When performing maintenance on wall mounted boilers, it is important to seek advice and understanding from professional wall mounted boiler personnel in advance, in order to have a better understanding of common problems that may arise with wall mounted boilers and to quickly solve them to fully utilize their maximum functionality.

For wall mounted boiler heating, the outlet temperature is determined by three factors: equipment power, flow rate, and return water temperature. When selecting equipment, power can be chosen based on the load of the room, and flow can be determined based on pipelines and pumps. So, how do we know the return water temperature? The control of return water temperature is widely used in high-end boilers such as condensing products, but it seems that not many people care about the majority of ordinary gas wall mounted boiler products in the Chinese market.