Some high-end burners also incorporate oxygen sensors, directly using the excess air coefficient in the flue gas as the control target, further improving adjustment accuracy.
In industrial production, heat is the core driving force of many processes, from metal smelting and material drying to steam generation—all of which rely on efficient heating systems.
The nozzle needs to work in conjunction with the fire hole, flame stabilizing disk and other components at the head of the combustion chamber to ensure that the mixture of fuel and air can enter the fire hole at an appropriate speed and angle.
It is necessary to confirm whether the power polarity is correct to avoid damage to the monitoring module due to reverse power supply.
For medium-speed burners, the combined design of swirler and flame stabilization disk can significantly enhance flame rigidity.
As a core component of a thermal energy system, the uniformity of a burner's flame temperature distribution is directly related to the stability of the heating process, energy efficiency, and final product quality.