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Description
Riello burner combustion head replacement blast tube 3000919
Riello burner combustion head blast tube 3000919 is a key component in Riello burners, directing combustion air and integrating with a diffuser to optimize air-fuel mixing (gas or oil) for efficient, clean combustion.
Riello burner combustion head blast tube 3000919 replacement
The riello burner blast tube 3000919 supports adjustable combustion head setups, maintaining consistent air-fuel ratios across operating conditions. Compatible with diverse Riello models, it functions in both residential (boilers) and industrial heating systems, aiding compact flame formation and combustion efficiency.
Functionally, the blast tube is responsible for directing air for combustion. As air travels through it, it passes over an integral diffuser plate (either part of the blast tube or a separate one). This helps in achieving an optimal mixture of air with the fuel, whether it’s gas or oil, which is essential for efficient combustion.
In gas burners, for instance, it ensures the right amount of air mixes with the gas before ignition, promoting clean and complete combustion.
The combustion head, where the blast tube is integrated, is often designed to be adaptable. In some Riello burner models, the combustion head can be adjusted according to the required output. This allows for optimal performance, ensuring good combustion quality and reducing fuel consumption.
The blast tube, as part of this setup, contributes to maintaining consistent air – fuel ratios across different operating conditions.In terms of compatibility, the blast tube 3000919 is suitable for a wide range of Riello burner applications.
It can be found in burners used in various settings, from residential heating systems (such as those in boilers for space and water heating) to industrial applications where controlled heat generation is required, like in some manufacturing processes or power generation setups.
Moreover, in Riello burners, features like the premix combustion technology in certain models influence the role of the blast tube. In these cases, the air – gas mixture is created in the burner suction line circuit and then distributed through the blast tube into the combustion head.
This results in a very compact flame and reduces the likelihood of the flame contacting the combustion chamber walls, enhancing combustion efficiency and flexibility when paired with different combustion chambers.
