LU5-100-750

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LU5-100-750 is a liquefied petroleum gas integrated boiler which is a multi-functional boiler. This kind of integrated boiler relies on the furnace gasifying burning to achieve the heat transfer of flue gas can exchange the heat with the air in the heat exchange chamber. The heat energy up to the rated thermal load of existence in the form of heat energy exchange with air, the gas from the fire in the furnace is to guarantee efficient gasification burning, make the flue gas heat exchange temperature and the air temperature that realizes aheat exchange chamber, and it is convenient to control the process of heat energy exchange rate and space size.

The biggest feature of the LU5-100-750 integrated boiler is that it uses a unique combustion structure, making it able to reach a high thermal efficiency. Due to this, the boiler has low fuel consumption and reducing emissions. It is also easy to operate and maintain thanks to the automatic control system, and it has higher safety performance due to characteristics like the explosion-proof interlock.

The application field of the LU5-100-750 is wide ranging. It is widely used in areas like various chemical processes, metallurgy, petroleum, food, hospital, papermaking, construction, textile, etc. This integrated boiler is also suitable for high-efficiency and low-consumption cooling and heating systems. For industrial enterprises, such as industrial furnaces, fuel gas or central heating can be used in the various processes of the system. In terms of low temperature usage, as it can meet the requirements of the large area, the boiler can also be used in water heating, hot water heating, air conditioning heat supplying systems. All this combines to make it a multifunctional energy equipment.

The working principle of the LU5-100-750 integrated boiler is spilt into three stages. The first stage is the ignition process. In this stage, the burner begins to combustion of liquefied petroleum gas in the combustion chamber. When working on this stage, the particular oxygen content of the boiler must to be monitored. This ensures a stable level of flame. The second stage is the heat transfer process. Through the exchange of heat between the flame and the air, the air in the heat exchange chamber is heated, and thus achieving the supply of heat in different processes. The third stage is the discharge process, which is known as the flue gas. As the air cools in the chamber, it is discharged as steam.

In conclusion, the LU5-100-750 is a highly efficient integrated boiler. Thanks to its unique combustion and heat exchange structure, it has lower fuel consumption and can work in an environment of low oxygen content. This integrated boiler has a wide range of applications as it can be used in markets like household heating, and commercial industries in terms of low temperature usage, such as chemical processes, metallurgy, petroleum, papermaking, and more. Additionally, the working principle is split into three stages: ignition, heat transfer, and discharge.

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