What should we pay attention to when using low nitrogen burners?
First of all, we should know the strength of the flame. The stronger the flame, the higher the temperature of the furnace, the greater the temperature difference between the furnace and the oil flow, and the greater the heat transfer. The strength of the flame can be adjusted by controlling the nozzle;
The heating performance is related to the surface area of the furnace tube. The larger the area of the furnace tube where the flame is in contact with the flue gas, the more heat transfer;
In addition, the total heat transfer coefficient is very important. The better the total heat transfer coefficient of the furnace tube, the more reasonable the furnace structure and the more heat transfer.
In actual use, poor flame combustion and coking of the furnace tube will affect the heating capacity of the burner, so attention should be paid to controlling the burner to make it burn completely, and to prevent local furnace tube temperature from being too high and coking.
Low nitrogen burner manufacturers tell us how to do the daily maintenance of the machine:
1. Clean the flame stabilization plate (cleaning for 3-15 days according to the cleanliness of the fuel oil and the usage rate of the burner)
Method: Remove the burner, clean the flame stabilization plate with carburetor cleaning agent, remove carbon deposits and coking, and keep the gaps on the plate surface unobstructed. At the same time, check the ignition electrode gap (2.5 mm). The gap between the electrode and other components. (no grounding)
2. Clean the fuel injector and oil pipe (clean once every three months) Method: Blow high-pressure air at the fuel injector to clear the oil passage. (Do not use carburetor cleaner to clean the injector)
3. Clean the filter screen, photoreceptor, and oil spill tank (clean in time according to the usage)
What should we pay attention to when using low nitrogen burners?
First of all, we should know the strength of the flame. The stronger the flame, the higher the temperature of the furnace, the greater the temperature difference between the furnace and the oil flow, and the greater the heat transfer. The strength of the flame can be adjusted by controlling the nozzle;
The heating performance is related to the surface area of the furnace tube. The larger the area of the furnace tube where the flame is in contact with the flue gas, the more heat transfer;
In addition, the total heat transfer coefficient is very important. The better the total heat transfer coefficient of the furnace tube, the more reasonable the furnace structure and the more heat transfer.
In actual use, poor flame combustion and coking of the furnace tube will affect the heating capacity of the burner, so attention should be paid to controlling the burner to make it burn completely, and to prevent local furnace tube temperature from being too high and coking.
Low nitrogen burner manufacturers tell us how to do the daily maintenance of the machine:
1. Clean the flame stabilization plate (cleaning for 3-15 days according to the cleanliness of the fuel oil and the usage rate of the burner)
Method: Remove the burner, clean the flame stabilization plate with carburetor cleaning agent, remove carbon deposits and coking, and keep the gaps on the plate surface unobstructed. At the same time, check the ignition electrode gap (2.5 mm). The gap between the electrode and other components. (no grounding)
2. Clean the fuel injector and oil pipe (clean once every three months) Method: Blow high-pressure air at the fuel injector to clear the oil passage. (Do not use carburetor cleaner to clean the injector)
3. Clean the filter screen, photoreceptor, and oil spill tank (clean in time according to the usage)