Oil burners are divided into yellow flame and blue flame burners, depending on the flame colour. In the case of yellow flame burners, the heating oil is only atomized before combustion; in the case of blue flame burners, the heating oil is evaporated and some of the hot exhaust gases are returned to the root of the burner flame. In blue flame burners, combustion takes place in a gaseous state, which produces the blue flame. This results in cleaner combustion with a lower nitrogen oxide content and very low carbon monoxide content in the exhaust gas.
The HL 352.01 Oil burner is a commercially available blue flame burner in the power range that is commonly used for residential buildings.
The HL 352 test stand can be used to measure important temperatures and pressures, which are then available for further calculations. A thermal balance can be created from the measurement data and the energy efficiency can be determined.
Oil burner
Oil burners are divided into yellow flame and blue flame burners, depending on the flame colour. In the case of yellow flame burners, the heating oil is only atomized before combustion; in the case of blue flame burners, the heating oil is evaporated and some of the hot exhaust gases are returned to the root of the burner flame. In blue flame burners, combustion takes place in a gaseous state, which produces the blue flame. This results in cleaner combustion with a lower nitrogen oxide content and very low carbon monoxide content in the exhaust gas.
The HL 352.01 Oil burner is a commercially available blue flame burner in the power range that is commonly used for residential buildings.
The HL 352 test stand can be used to measure important temperatures and pressures, which are then available for further calculations. A thermal balance can be created from the measurement data and the energy efficiency can be determined.
