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Eclipse
Eclipse's Air Heat burner is a linear burner that is particularly suitable for applications that require high capacity clean hot air, including kilns, dryers, incinerators, and similar industrial equipment.
The characteristic of Ah is the installation of a * * * combustion fan at the rear of the steel shell of the burner. By providing appropriate air supply and pressure, the fan can operate stably without the need to install a flow rate plate around the burner when the flow rate in the air duct changes within a large range.
model | Heat Output KW(kcal/h) | width mm | height mm | thickness mm | weight kg |
RAH-240 | 698(600,000) | 920 | 160 | 315 | 38.0 |
I. Product Overview
The Eclipse RAH-240 is a high-performance linear burner designed and produced by Eclipse (Tianshi) Company in the United States. This burner is specifically designed for industrial applications requiring large volumes of clean hot air and is widely used in processes such as paint drying, material drying, direct-fired gas air conditioning, and food baking.
II. Product Features
Linear Design:
The RAH-240 adopts a linear burner design with gas nozzles arranged in a linear fashion, which evenly distributes thermal energy within the hot air system, enhancing thermal efficiency.
High Power Output:
With a standard output of 698 kW (approximately 600,000 kcal/h), it can meet the demands of large-scale industrial heating.
Fuel Adaptability:
It can use various fuels such as natural gas, propane, and butane, providing flexibility to adapt to different industrial environments.
High Efficiency and Energy Saving:
The high-ratio stepless power adjustment function allows for precise temperature control and rapid heating, while also achieving energy savings.
Environmentally Friendly and Low Emissions:
With complete combustion, it produces low emissions of carbon monoxide and nitrogen oxides, complying with environmental requirements.
III. Technical Characteristics
Integrated Combustion Air Blower:
A complete combustion air blower is installed at the rear of the burner's steel casing, providing the appropriate airflow and pressure to ensure stable operation of the burner even when there are significant changes in airflow velocity within the duct.
Wide Range Turndown Ratio:
With a turndown ratio of up to 40:1, it can flexibly adjust the heating power according to production needs.
Stable and Reliable:
The burner features a compact structure, reasonable design, high-quality materials, and advanced manufacturing processes, ensuring long-term stable operation.
Easy Installation and Maintenance:
The burner design considers ease of installation and is also easy to maintain, reducing operating costs.
IV. Typical Applications
Paint Drying:
Used in paint production lines for industries such as automotive, furniture, and electronics, achieving efficient and uniform drying effects.
Material Drying:
Suitable for material drying processes in industries such as chemicals, food, and pharmaceuticals, improving production efficiency.
Direct-Fired Gas Air Conditioning:
Used in heating and cooling systems for large commercial buildings and industrial factories, providing a stable heat source.
Food Baking:
Used in the baking process for bread, pastries, and other food items, ensuring product quality and taste.
Eclipse's Air Heat burner is a linear burner that is particularly suitable for applications that require high capacity clean hot air, including kilns, dryers, incinerators, and similar industrial equipment.
The characteristic of Ah is the installation of a * * * combustion fan at the rear of the steel shell of the burner. By providing appropriate air supply and pressure, the fan can operate stably without the need to install a flow rate plate around the burner when the flow rate in the air duct changes within a large range.
model | Heat Output KW(kcal/h) | width mm | height mm | thickness mm | weight kg |
RAH-240 | 698(600,000) | 920 | 160 | 315 | 38.0 |
I. Product Overview
The Eclipse RAH-240 is a high-performance linear burner designed and produced by Eclipse (Tianshi) Company in the United States. This burner is specifically designed for industrial applications requiring large volumes of clean hot air and is widely used in processes such as paint drying, material drying, direct-fired gas air conditioning, and food baking.
II. Product Features
Linear Design:
The RAH-240 adopts a linear burner design with gas nozzles arranged in a linear fashion, which evenly distributes thermal energy within the hot air system, enhancing thermal efficiency.
High Power Output:
With a standard output of 698 kW (approximately 600,000 kcal/h), it can meet the demands of large-scale industrial heating.
Fuel Adaptability:
It can use various fuels such as natural gas, propane, and butane, providing flexibility to adapt to different industrial environments.
High Efficiency and Energy Saving:
The high-ratio stepless power adjustment function allows for precise temperature control and rapid heating, while also achieving energy savings.
Environmentally Friendly and Low Emissions:
With complete combustion, it produces low emissions of carbon monoxide and nitrogen oxides, complying with environmental requirements.
III. Technical Characteristics
Integrated Combustion Air Blower:
A complete combustion air blower is installed at the rear of the burner's steel casing, providing the appropriate airflow and pressure to ensure stable operation of the burner even when there are significant changes in airflow velocity within the duct.
Wide Range Turndown Ratio:
With a turndown ratio of up to 40:1, it can flexibly adjust the heating power according to production needs.
Stable and Reliable:
The burner features a compact structure, reasonable design, high-quality materials, and advanced manufacturing processes, ensuring long-term stable operation.
Easy Installation and Maintenance:
The burner design considers ease of installation and is also easy to maintain, reducing operating costs.
IV. Typical Applications
Paint Drying:
Used in paint production lines for industries such as automotive, furniture, and electronics, achieving efficient and uniform drying effects.
Material Drying:
Suitable for material drying processes in industries such as chemicals, food, and pharmaceuticals, improving production efficiency.
Direct-Fired Gas Air Conditioning:
Used in heating and cooling systems for large commercial buildings and industrial factories, providing a stable heat source.
Food Baking:
Used in the baking process for bread, pastries, and other food items, ensuring product quality and taste.