Well-designed:
Horizontal inline three-return full wet-back engine design100%Wave-shaped furnace tube,Excellent thermal expansion properties. The water-in-fire overall design, with ample heating surface area and rational structural arrangement, ensures the high-efficiency operation of the boiler.
High-efficiency energy-saving:
Steam and hot water boiler series feature high thermal efficiency of97%-99%A spacious combustion chamber combined with rational structural arrangement allows for more heat to be transferred into the water, significantly enhancing the heat-exchange capabilities between fuel and steam, and fuel and hot water.
Meets environmental protection standards:
The combustion chamber is spacious, fully utilizing radiant heat exchange, and paired with high-quality and reliable imported burners, ensuring complete combustion of fuel, significantly reducing harmful emissions in flue gas. Our company's fuel (gas) steam and hot water boilers have met national environmental protection standards after being tested by authorized departments, making them ideal eco-friendly products.
Superior configuration:
Complementing world-renowned burners, the advanced control system (main components are imported) and valves, pumps all utilize national high-quality products. The excellent boiler accessories configuration provides a strong guarantee for the safe and stable operation of the boiler.
Fully automatic operation:
Users simply need to press the start button, and the boiler will operate according to the set program. Load regulation, water supply, and other functions are all fully automated, requiring no constant supervision.
Easy maintenance and repair:
Boilers are equipped with removable smoke box doors at both the front and rear, featuring observation and inspection holes at the rear for easy access to the furnace chamber for inspection and cleaning. Manholes are also provided on the boiler body, with the structural design taking into account ease of maintenance and future repairs.
Gas boilers include gas water boilers, gas hot water boilers, and gas steam boilers, among which the gas hot water boiler is also known as gas heating boiler and gas bathing boiler. Gas boilers, as the name implies, refer to boilers that use gas as fuel. Compared to oil-fired and electric boilers, gas boilers are the most economical. Therefore, most people choose gas boilers as equipment for steam, heating, and bathing.
Gas boilers include models such as the KS-Q Gas Water Boiler, CLHS (CWNS) Gas Hot Water Boiler, and LHS (WNS) Gas Steam Boiler, among others. The gas hot water boilers encompass both heating and bathing boilers. With the completion of China's "West-to-East Gas Pipeline" project, gas boilers have gradually become the top choice for many.
The "Special Equipment Safety Supervision Regulations" define boilers as equipment that uses various fuels, electricity, or other energy sources to heat the contained liquid to certain parameters and output heat energy. The scope includes pressure steam boilers with a volume of 30L or more; pressure hot water boilers with an outlet water pressure of 0.1MPa or more (gauge pressure) and a rated power of 0.1Mw or more; and organic heat carrier boilers. [1]
Burner
The construction of the gas burner consists of the following 5 systems:
1. Air Distribution System
The function of the air supply system is to deliver air with a specific wind speed and volume into the combustion chamber, its main components include: the housing, fan motor,
Fan impeller, air gun nozzle, air door controller, air door damper, cam adjustment mechanism, diffuser disc.
2. Ignition System
The function of the ignition system is to ignite the mixture of air and fuel, with main components including: ignition transformer, ignition electrode, and high-voltage ignition cable. A relatively safe type of ignition system is the electronic pulse igniter, widely used by manufacturers such as Zhuoyi Energy-Saving Gas Boilers. It is convenient and time-saving, requiring only a finger press, and offers high safety, preventing accidents caused by unexpected extinguishing. In case of extinguishing, the control system can promptly close the solenoid valve and shut off the gas pathway.
3. Monitoring System
The function of the monitoring system is to ensure the safe and stable operation of the burner, with main components including flame sensors, pressure sensors, and temperature sensors (as shown in the following figure).
4. Fuel System
The function of the fuel system is to ensure the fuel required for the burner's combustion. The fuel system of oil burners mainly includes: oil pipes and fittings, oil pumps, solenoid valves, nozzles, heavy oil preheaters. Gas burners primarily consist of filters, regulators, solenoid valve groups, ignition solenoid valve groups, and fuel butterfly valves.
5. Electric Control System
The electrical control system serves as the command and coordination center for the aforementioned systems. The main control components are programmable controllers, which are designed for different burners and come with varying programmable controllers. Common programmable controllers include the LFL series, LAL series, LOA series, and LGB series. The primary difference lies in the varying time intervals of the program steps.
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