Questions&Answers

Correct using of the burner can not only prolong the service life of the burner, but also ensure the efficient and stable operation of the burner, and prevent the risk of illegal operation in the initial stage.

Turn on the power, start the burner motor, generate electric sparks between the ignition electrodes. After about 13 seconds of pre blowing, the oil pump solenoid valve opens automatically, and the oil mist emitted by the nozzle is ignited by the electric spark to form a flame. At this time, the flame detector senses the flame brightness and the controller enters the locked state.

nition electrode will delay ignition for about 5 seconds and stop ignition, and the burner will enter normal working state. If the ignition is not successful, no flame is formed, or the flame detector does not feel the flame brightness, after about 3 seconds of safety time, the safety alarm system acts, the start-up working procedure of the burner is cut off, and the red light is on.

When the burner is just started, if the flame detector has felt the brightness, the safety system will act, the controller will not enter the normal program, the solenoid valve will not open, the nozzle will not inject oil, after about 2 minutes of safety time, the fault red light will be on.

When starting the burner in the bright place, it is necessary to cover the flame detector first, and release the flame detector immediately after the burner sprays flame, otherwise the burner cannot work normally. When the red light of burner failure is on, press the reset button to restart the burner.

Burner is the core component in the field of thermal engineering. Before all, you must establish a certain understanding of the concept and type of burner, if you want to engage in burner related work.

According to different properties, there is a variety of classification methods of burners.

Divided by fuel mode: oil burner, gas burner, dual fuel burner

Divided by combustion control mode: single stage fire burner, double stage fire burner, proportional control burner

Divided by fuel atomization mode: mechanical atomizing burner and medium atomizing burner

Divided by structure: Monoblock burner, Split-type burner

According to the more detailed classification standard, fuel oil combustion can be further divided into light oil burner, heavy oil burner, etc.; gas burner can be further divided into natural gas burner, liquefied gas burner, biogas burner, etc.

he split burner is mainly used in industrial production. Its main features are air supply system, combustion system, fuel delivery system and intelligent control system. Each system operates independently and is installed separately. Compared with the integral burner, the split burner is more suitable for large-scale equipment, high temperature and high pressure and other special conditions.

The maintenance of the EBICO burner is very simple. Depending on the model, there are skylights or full doors in the fuselage and control system. Just open the door or sunroof to maintain it. This is fast and efficient. Maintenance work thanks to the design experience of the EBICO integrated module system

EBICO can provide you with a wide range of burners ranging from 85kw to 86000kw.

1.The air pressure switch is not adjusted or damaged and needs to be adjusted or replaced.

2.The pressure switch pressure measuring tube is blocked and needs to be cleaned.

3.burner back pressure is too high, need to check whether the flue is blocked.

4.The flame detection circuit is faulty and the control box needs to be replaced.

5.The fan is dirty and needs to be cleaned.

The burner in the gas heat conduction oil furnace is an important combustion equipment, and the choice should be determined by the structural characteristics and performance requirements of the boiler body and the fuel characteristics. If necessary, user condition should be considered.

The role of the burner in the gas heat conduction oil furnace is as follows:

1.Provide gas for the boiler and increase the contact area between the fuel and the air. For gas, a good combustion method is very important.

2.Provide the air needed for combustion to ensure complete combustion.

3.To achieve automatic control of the program ignition and combustion process, and to ensure rapid ignition and stable combustion.

EBICO Burner adheres to the three design concepts of “safety, environmental protection and energy saving”, and is designed according to the current market environment and the specificity of fuel. The product is scientific and reasonable in design, compact in size, complete in structure, low in failure rate, high in combustion efficiency and low in energy consumption. At the same time, it is rainproof, dustproof and explosion-proof. The oil and gas path safety devices comply with EU mandatory safety regulations and match the electronic intelligent. Compared with operation and adjustment, it is an excellent product that can be adapted with thermal equipment.

The supporting equipment of the EBICO burner includes the inheritance control system, the fuel delivery system, the air supply system, and various high-end accessories that are safe, high-precision, and professional.

The EBICO burner products are composed of the burner body, control system, air supply system and various accessories.

EBICO uses cutting-edge separation technology to adapt to very harsh environments and meet the requirements of boilers, power plants, industrial boilers, heat transfer oil boilers, asphalt mixing plant drying cylinders and asphalt heating and heat transfer oil furnaces.

EBICO has a wide application space, suitable for many industries, including petrochemical industry, heating industry, food industry, brewing industry, textile industry, power industry, pharmaceutical industry, highway engineering industry, maritime industry, etc.

EBICO can provide you with conventional fuel burners, non-standard custom burners, low nitrogen burners, pulverized coal pellet burners, multi-fuel burners, and low calorific value fuel burners.