A burner is a thermal device that delivers fuel and air into a furnace at the required concentration, velocity, turbulence and mixture to enable the fuel to stabilize the fire and burn in the furnace. Fuel is mainly fuel and gas. Generally used for small and medium-sized fuel or gas boilers.
Gas burners are divided into natural gas burners, city gas burners, etc.
According to the combustion control method of the combustion chamber, it is divided into: single-stage flame combustion chamber, double-stage flame combustion chamber, and proportional adjustment combustion chamber.
According to the fuel atomization method, it is divided into mechanical atomization burner and medium atomization burner;
According to the structure, it is divided into: integral burner and split burner. Among them, the split burner can be mainly used in industrial production. Its main feature is that the combustion information system, air supply system, control management system, etc. are all disassembled and installed. This kind of machine learning is mainly suitable for special education, work and life such as large mechanical equipment or high temperature. environment.
The gas burner structure consists of five systems:
1. Air supply system
The function of the air delivery system is to send a fixed wind speed and air volume into the combustion chamber. The main components are: housing, fan motor, fan overhead, wind gun fire tube, door controller, door gear plate, cam adjustment mechanism, diffuser plate.
2. Ignition system
The purpose of the ignition system is to ignite the mixture of air and fuel. The main components of the ignition system are: ignition transformer, ignition electrode and high voltage cable.
3. Monitoring system
The role of the monitoring system is to ensure the safe and stable operation of the burner. Its main components are flame monitors, pressure monitors and temperature monitors.
4. Fuel system
The function of the fuel management system is mainly to ensure that the burner burns the fuel it needs. The research on the fuel cell system of the oil burner mainly includes: oil pipes and joints, oil pumps, solenoid valves, nozzles, and heavy oil preheaters. Gas burner technology mainly includes two filters, a pressure regulator, a solenoid valve group, an ignition control solenoid valve group, and a fuel butterfly valve.
5. Electric control system
The electronic control system is the command center and contact center of the above systems.
A burner is a thermal device that delivers fuel and air into a furnace at the required concentration, velocity, turbulence and mixture to enable the fuel to stabilize the fire and burn in the furnace. Fuel is mainly fuel and gas. Generally used for small and medium-sized fuel or gas boilers.
Gas burners are divided into natural gas burners, city gas burners, etc.
According to the combustion control method of the combustion chamber, it is divided into: single-stage flame combustion chamber, double-stage flame combustion chamber, and proportional adjustment combustion chamber.
According to the fuel atomization method, it is divided into mechanical atomization burner and medium atomization burner;
According to the structure, it is divided into: integral burner and split burner. Among them, the split burner can be mainly used in industrial production. Its main feature is that the combustion information system, air supply system, control management system, etc. are all disassembled and installed. This kind of machine learning is mainly suitable for special education, work and life such as large mechanical equipment or high temperature. environment.
The gas burner structure consists of five systems:
1. Air supply system
The function of the air delivery system is to send a fixed wind speed and air volume into the combustion chamber. The main components are: housing, fan motor, fan overhead, wind gun fire tube, door controller, door gear plate, cam adjustment mechanism, diffuser plate.
2. Ignition system
The purpose of the ignition system is to ignite the mixture of air and fuel. The main components of the ignition system are: ignition transformer, ignition electrode and high voltage cable.
3. Monitoring system
The role of the monitoring system is to ensure the safe and stable operation of the burner. Its main components are flame monitors, pressure monitors and temperature monitors.
4. Fuel system
The function of the fuel management system is mainly to ensure that the burner burns the fuel it needs. The research on the fuel cell system of the oil burner mainly includes: oil pipes and joints, oil pumps, solenoid valves, nozzles, and heavy oil preheaters. Gas burner technology mainly includes two filters, a pressure regulator, a solenoid valve group, an ignition control solenoid valve group, and a fuel butterfly valve.
5. Electric control system
The electronic control system is the command center and contact center of the above systems.