The riello burner is a mechatronic equipment with a high degree of automation and involves a wide variety of parts. Let’s break down the main burner accessories below.
Burner accessories 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.
1. Main structure
This part constitutes the main structure and outline of the burner. It includes the shell and related spare parts, and other functional system products are installed on the main structure.
2. Control system
Products in this part include controllers, servo mechanisms, flame monitors, pressure or temperature switches, etc.
Controller: The core part of the burner control, including the process management controller called the proportional regulator, the gas leak detector responsible for detecting valve leaks, etc., are responsible for collecting and triggering signals for each action, which is equivalent to the burner brain.
Servo mechanism: All electric servo motors and mechanically driven hydraulic cylinders are classified into the control system. The reason is that the former and the program controller form a closed-loop control system. The power source of the latter comes from the oil pump, and its instructions for executing actions are actually It is triggered by the controller and controls the opening and closing of the damper.
Flame monitor: Only photoresistors and photoelectric tubes that can monitor flames, and ion probes that detect flame ions.
Pressure and temperature switches: Gas switches in pressure switches: Gas switches are mostly used for gas control of gas burners, and air pressure switches are used to control air. Temperature switches are mostly used to control the heating temperature of high-viscosity fuel oil, such as heavy oil or residual oil.
3. Ignition system
Products in this part include ignition transformers, ignition electrodes, and high-voltage lines.
Ignition transformer: A product used to generate high-voltage current and discharge it through the electrode tip to ignite the burner.
Ignition electrode.
High-voltage line: It is a high-temperature-resistant, high-voltage power line.
4. Power system
On a commonly used burner, only the electric motor should be relevant for power.
5. Fuel supply system
This is one of the more complicated systems. The mechanical products involved in this system are much more complicated than the electrical products in the control system. Oil pump, oil nozzle, fuel heater, oil cup, oil pipe, fuel solenoid valve, gas valve, gas pressure regulator, gas filter.
6. Combustion system
The burner accessories are a system with technical content. The level of the combustion system determines the ability of a burner. This part of the product includes combustion tubes, forced air blower impellers, flame disks, oil guns, air core tubes, and built-in or external diffusion heads. This part of the product constitutes the air-fuel premixing device.
The riello burner is a mechatronic equipment with a high degree of automation and involves a wide variety of parts. Let’s break down the main burner accessories below.
Burner accessories 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.
1. Main structure
This part constitutes the main structure and outline of the burner. It includes the shell and related spare parts, and other functional system products are installed on the main structure.
2. Control system
Products in this part include controllers, servo mechanisms, flame monitors, pressure or temperature switches, etc.
Controller: The core part of the burner control, including the process management controller called the proportional regulator, the gas leak detector responsible for detecting valve leaks, etc., are responsible for collecting and triggering signals for each action, which is equivalent to the burner brain.
Servo mechanism: All electric servo motors and mechanically driven hydraulic cylinders are classified into the control system. The reason is that the former and the program controller form a closed-loop control system. The power source of the latter comes from the oil pump, and its instructions for executing actions are actually It is triggered by the controller and controls the opening and closing of the damper.
Flame monitor: Only photoresistors and photoelectric tubes that can monitor flames, and ion probes that detect flame ions.
Pressure and temperature switches: Gas switches in pressure switches: Gas switches are mostly used for gas control of gas burners, and air pressure switches are used to control air. Temperature switches are mostly used to control the heating temperature of high-viscosity fuel oil, such as heavy oil or residual oil.
3. Ignition system
Products in this part include ignition transformers, ignition electrodes, and high-voltage lines.
Ignition transformer: A product used to generate high-voltage current and discharge it through the electrode tip to ignite the burner.
Ignition electrode.
High-voltage line: It is a high-temperature-resistant, high-voltage power line.
4. Power system
On a commonly used burner, only the electric motor should be relevant for power.
5. Fuel supply system
This is one of the more complicated systems. The mechanical products involved in this system are much more complicated than the electrical products in the control system. Oil pump, oil nozzle, fuel heater, oil cup, oil pipe, fuel solenoid valve, gas valve, gas pressure regulator, gas filter.
6. Combustion system
The burner accessories are a system with technical content. The level of the combustion system determines the ability of a burner. This part of the product includes combustion tubes, forced air blower impellers, flame disks, oil guns, air core tubes, and built-in or external diffusion heads. This part of the product constitutes the air-fuel premixing device.