What are the components of the burner? I'm afraid that even the staff who use the burner every day may not be able to fully answer this question, so why not listen to the editor's introduction.
The burner is nothing more than a wind system that provides auxiliary gas-air, a fuel system that provides fuel, and a control system that is generally electronically controlled, also known as an electrical system. The fuel must have physical uniformity and be able to fluidize. It can be divided into: solid biomass particles, coal powder, liquid diesel, kerosene, heavy oil, alcohol oil, miscellaneous oil, waste oil, natural gas, liquefied gas, city gas, dimethyl ether, etc., water-coal slurry, etc. Different fuels have very different burner accessories.
Take a typical diesel burner as an example: in addition to the casing, the air system accessories include: combustion cylinder head, flame stabilizing disc, fan blade, connecting shaft, etc.; the oil system wearing parts include: oil pump, oil nozzle, filter, oil pipe, oil valve core, etc.; the electronic control system wearing parts include: program controller, electric eye, igniter, high-voltage wire, ignition needle, solenoid valve, etc.; the essential wearing parts include: oil pump, oil nozzle, electric eye, high-voltage wire, ignition needle, program controller, igniter.
According to the combustion characteristics of gas in the furnace, the control requirements mainly include pre-blowing, automatic ignition, combustion state monitoring, protection of biomass pellet burner from ignition failure, protection of flameout, gas pressure high and low limit protection, air pressure insufficient protection, power off protection, measures to prevent gas leakage accidents, etc. Before igniting the biomass burner, there must be a period of pre-blowing, and the biomass boiler is modified to purify or dilute the residual gas in the furnace and flue. Because there is inevitably residual gas in the working furnace of the burner, if pre-blowing is not performed, there is a risk of explosion when igniting. The residual gas must be blown away or diluted to ensure that the gas concentration is not within the explosion limit. The pre-blowing time is related to the furnace structure and the blowing volume, and is generally set to 15-60 seconds.
What are the components of the burner? I'm afraid that even the staff who use the burner every day may not be able to fully answer this question, so why not listen to the editor's introduction.
The burner is nothing more than a wind system that provides auxiliary gas-air, a fuel system that provides fuel, and a control system that is generally electronically controlled, also known as an electrical system. The fuel must have physical uniformity and be able to fluidize. It can be divided into: solid biomass particles, coal powder, liquid diesel, kerosene, heavy oil, alcohol oil, miscellaneous oil, waste oil, natural gas, liquefied gas, city gas, dimethyl ether, etc., water-coal slurry, etc. Different fuels have very different burner accessories.
Take a typical diesel burner as an example: in addition to the casing, the air system accessories include: combustion cylinder head, flame stabilizing disc, fan blade, connecting shaft, etc.; the oil system wearing parts include: oil pump, oil nozzle, filter, oil pipe, oil valve core, etc.; the electronic control system wearing parts include: program controller, electric eye, igniter, high-voltage wire, ignition needle, solenoid valve, etc.; the essential wearing parts include: oil pump, oil nozzle, electric eye, high-voltage wire, ignition needle, program controller, igniter.
According to the combustion characteristics of gas in the furnace, the control requirements mainly include pre-blowing, automatic ignition, combustion state monitoring, protection of biomass pellet burner from ignition failure, protection of flameout, gas pressure high and low limit protection, air pressure insufficient protection, power off protection, measures to prevent gas leakage accidents, etc. Before igniting the biomass burner, there must be a period of pre-blowing, and the biomass boiler is modified to purify or dilute the residual gas in the furnace and flue. Because there is inevitably residual gas in the working furnace of the burner, if pre-blowing is not performed, there is a risk of explosion when igniting. The residual gas must be blown away or diluted to ensure that the gas concentration is not within the explosion limit. The pre-blowing time is related to the furnace structure and the blowing volume, and is generally set to 15-60 seconds.