The energy-saving burner has functions such as microcomputer programmed automatic control, automatic ignition, automatic flame tracking, automatic flameout protection, and fault alarm. The energy-saving burner has sufficient combustion and stable operation. According to user needs, two-stage and proportional adjustment of combustion can be selected. The energy-saving burner has high integration and small size, and the control system and burner are integrated design. The touch digital display screen of the energy-saving burner is concise and easy to operate. Safety, energy saving, high combustion efficiency. Energy-saving burners can be divided into six functional systems according to their functions: main structure, control system, ignition system, fuel supply system, combustion system, and power system.
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1. Main structure: This part constitutes the main structure and outline of the energy-saving burner. It includes a shell and related spare parts. Products on other functional systems are installed on the main structure of the energy-saving burner.
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2. Control system: This part of the energy-saving burner includes controllers, servo mechanisms (motor and hydraulic cylinders), flame monitors, pressure or temperature switches, etc.
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3. Ignition system: This part of the energy-saving burner includes ignition transformers, ignition electrodes, and high-voltage lines.
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4. Power system: On commonly used energy-saving burners, only the electric motor should be related to power.
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5. Fuel supply system: On the energy-saving burner, this is one of the more complicated systems. In fact, the mechanical products related to this system are far more complicated than the electrical products on the control system.
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6. Combustion system: a system with the most technical content in the energy-saving burner industry. In fact, no matter how technical the electrical products responsible for the control are, or how well the oil pump is manufactured, these technical levels have nothing to do with the energy-saving burner manufacturers' own capabilities, but they must be self-reliant in the design of the combustion system. of. Therefore, the level of the combustion system determines the ability of an energy-saving burner. This part of the product includes combustion tubes, forced air blower impellers, flame discs, oil guns, air core tubes, and built-in or external diffusers. The energy-saving burner is part of the product, which constitutes the air-fuel premixing device.
The energy-saving burner has functions such as microcomputer programmed automatic control, automatic ignition, automatic flame tracking, automatic flameout protection, and fault alarm. The energy-saving burner has sufficient combustion and stable operation. According to user needs, two-stage and proportional adjustment of combustion can be selected. The energy-saving burner has high integration and small size, and the control system and burner are integrated design. The touch digital display screen of the energy-saving burner is concise and easy to operate. Safety, energy saving, high combustion efficiency. Energy-saving burners can be divided into six functional systems according to their functions: main structure, control system, ignition system, fuel supply system, combustion system, and power system.
the
1. Main structure: This part constitutes the main structure and outline of the energy-saving burner. It includes a shell and related spare parts. Products on other functional systems are installed on the main structure of the energy-saving burner.
the
2. Control system: This part of the energy-saving burner includes controllers, servo mechanisms (motor and hydraulic cylinders), flame monitors, pressure or temperature switches, etc.
the
3. Ignition system: This part of the energy-saving burner includes ignition transformers, ignition electrodes, and high-voltage lines.
the
4. Power system: On commonly used energy-saving burners, only the electric motor should be related to power.
the
5. Fuel supply system: On the energy-saving burner, this is one of the more complicated systems. In fact, the mechanical products related to this system are far more complicated than the electrical products on the control system.
the
6. Combustion system: a system with the most technical content in the energy-saving burner industry. In fact, no matter how technical the electrical products responsible for the control are, or how well the oil pump is manufactured, these technical levels have nothing to do with the energy-saving burner manufacturers' own capabilities, but they must be self-reliant in the design of the combustion system. of. Therefore, the level of the combustion system determines the ability of an energy-saving burner. This part of the product includes combustion tubes, forced air blower impellers, flame discs, oil guns, air core tubes, and built-in or external diffusers. The energy-saving burner is part of the product, which constitutes the air-fuel premixing device.