There are many types of steam boilers. Taking the typical 4-ton steam boiler quick installation wall panel as an example, the function of the boiler ignition device is to ignite the mixture of gas and fuel. Its key components include: ignition transformer, ignition platform, and high-voltage cable. The corresponding ignition device is called an electronic pulse igniter, which is widely used by environmentally friendly and energy-saving natural gas boiler manufacturers.

There are many ways to use steam boilers. Taking the typical 4-ton steam boiler quick installation wall panel as an example, the function of the boiler ignition device is to ignite the mixture of gas and fuel. Its key components include: ignition transformer, ignition platform, and high-voltage cable. The corresponding ignition device is called an electronic pulse igniter, which is widely used by environmentally friendly and energy-saving natural gas boiler manufacturers. It is convenient and time-saving; just a gentle press with a finger increases the coefficient, making it less likely to cause safety production accidents due to accidental extinguishing. In the event of a fire, the automatic control system can immediately shut down the relay and cut off the gas supply. The water is equipped with an electronic computer boiler control panel, and all functions are stored in an intelligent chip, thus completing the intelligent system of the boiler, intelligence, automation technology, and personalization. The boiler's intelligent control system regulates the temperature, automatically terminating the heating when the temperature is reached.

The temperature information is displayed on the screen in a font size that makes the boiler temperature clear at a glance. Biomass boilers include vertical biomass boilers and biomass natural gas thermal oil boilers, biomass steam boilers, and biomass thermal oil boilers. The principle of the boiler is that water is heated in the cylinder and converted into steam, with heat released in the boiler. First, the boiler, then the pot. This type of boiler is a water-cooled, split-type boiler, with two return smoke pipes set on the upper and lower sides of a cylindrical mesh window. The smoke box in front of the cylindrical mesh window rotates backward. There is a descending pipe and a water-cooled heat dissipation pipe between the auxiliary cylinder and the lower end of the boiler, forming the structure of the combustion chamber. The steam separation device is set at the upper end of the steam cylinder to reduce the steam output. The hot surface of the pot is the bottom of the furnace wall, with water-cooled pipes and smoke pipes. The ignition part consists of a chain grate and driving equipment. The combustion chamber is composed of the boiler itself on the grate frame, surrounded by refractory and insulating materials. Raw coal enters from the coal bin, and the thickness of the coal lane is controlled by the coal-water sluice gate, with the front gas sealed.

Below the combustion chamber is the area where explosions can occur. This type of boiler has a lot of friction resistance and requires forced engineering blasting. The ash produced after combustion is discharged from the furnace through the iron mouth on the back side of the grate and is removed from the furnace by the ash discharge machine. From the back side of the boiler, through the return water pipe of the boiler, from the secondary return water pipe to the back side, it then enters the dust removal equipment for ash content, and is discharged from the chimney by the centrifugal fan. The centrifugal fan is not only for the discharge of smoke and dust but also the mechanical equipment required for the negative pressure operation of the steam boiler. Steam is a high-pressure container, and safety devices are indispensable, including basic boiler liquid level gauges, pressure gauges, valves, thermometers, electric pumps for pressure-maintaining water replenishment, and steam pumps that can be used during power outages. The water used in steam boilers must be softened, and water purification equipment must also be softened.