Two Stage Pressure Jump Diesel Burners are designed to provide high efficiency for industrial steam boilers, hot water systems and heat transfer processes. With optimized combustion control, they reduce fuel consumption, ensure stable flame performance and offer an environmentally friendly solution with low emission values. Thanks to their durable body structure, they provide long lasting and reliable operation in demanding industrial environments.
Fuel Consumption (Kg/h): 2 – 5
Thermal Power (kW): 23,7 – 59,3
G 1.22 2001 FBR model is a Two Stage Pressure Jump Diesel Burner designed for hot water boilers, steam boilers and industrial heating systems. It reduces energy consumption through high combustion efficiency and optimized fuel control. Its robust construction and quiet operation provide long lasting and reliable performance.
Fuel Consumption (Kg/h): 4 – 9,8
Thermal Power (kW): 47,4 – 116
G 2.22 MAXI FBR model is a Two Stage Pressure Jump Diesel Burner designed for high capacity steam boilers, hot water boilers and industrial process heating systems. Burner enhances combustion stability while optimizing fuel consumption. Quiet operation, low emissions and durable components ensure long lasting and reliable performance.
Fuel Consumption (Kg/h): 7 – 15
Thermal Power (kW): 83 – 178
G X3.22 TC FBR model Two Stage Pressure Jump Diesel Burner is designed for high capacity steam boilers, hot water systems and industrial heating applications. Two Stage Pressure Jump Diesel Burner increases combustion efficiency, balances fuel consumption and reduces energy costs. With its compact design, quiet operation and durable structure, it provides maximum performance even under demanding operating conditions.
Fuel Consumption (Kg/h): 7 – 15
Thermal Power (kW): 83 – 178
G X3.22 TL FBR Two Stage Pressure Jump Diesel Burner model is designed for medium and large capacity hot water boilers, steam boilers and industrial heating systems. The Two Stage Pressure Jump Diesel Burner increases combustion efficiency while optimizing fuel consumption. With its low emission level, quiet operation and durable mechanical components, it provides long lasting and reliable performance.
Fuel Consumption (Kg/h): 10 – 20
Thermal Power (kW): 118 – 237
G X4.22 TC FBR Two Stage Pressure Jump Diesel Burner model is specially designed for high capacity steam boilers, hot water boilers and industrial heat transfer systems. Two Stage Pressure Jump Diesel Burner ensures stable flame operation, increases energy efficiency and optimizes fuel consumption. With its robust construction, low emission levels and quiet operation, it provides a long lasting and reliable performance.
Fuel Consumption (Kg/h):10 – 20
Thermal Power (kW): 118 – 237
G X4.22 TL FBR Two Stage Pressure Jump Diesel Burner model is designed for steam boilers, hot water systems and industrial heat transfer processes that require high performance. The Two Stage Pressure Jump Diesel Burner maintains combustion stability, increases energy efficiency and minimizes fuel consumption. With its robust structure, quiet operation and long service life, it provides a reliable solution for industrial facilities.
Fuel Consumption (Kg/h): 12 – 30
Thermal Power (kW): 142 – 356
G X5.22 TC FBR Two Stage Pressure Jump Diesel Burner model is designed for high efficiency steam boilers, hot water boilers and industrial heating plants. The Two Stage Pressure Jump Diesel Burner system maintains stable combustion quality, ensures fuel economy and minimizes energy losses. With its durable body structure, quiet operation and low emission levels, it provides long term reliability in industrial applications.
Fuel Consumption (Kg/h): 12 – 30
Thermal Power (kW): 142 – 356
G X5.22 TL FBR Two Stage Pressure Jump Diesel Burner model is a two stage pressure jump burner designed for high capacity steam boilers, hot water boilers, and industrial heating systems. Its wide modulation range ensures stable combustion efficiency, optimizes fuel consumption, and reduces energy costs. With a durable body structure and low emission levels, it provides long-lasting, efficient, and environmentally friendly operation.
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Two stage pressure jump diesel burner are designed for industrial heating systems that require high safety, low emissions, and long service life.
The pressure jump mechanism ensures a balanced air fuel mixture distribution in the combustion chamber, providing a stable flame and consistent combustion quality.
This enables continuous efficiency in both steam boilers and hot water boilers.
The ability to quickly respond to varying heat loads in industrial plants increases overall energy efficiency and optimizes fuel consumption.
The two-stage operation allows the burner to function efficiently at both low and high firing rates.
This provides energy savings in systems operating under steady load conditions while ensuring maximum output during peak demand periods.
It also promotes balanced heat transfer, improving performance when used with heat exchangers or heat recovery systems.
Models in this series are available in a broad power range from 23 kW up to 350 kW.
Smooth transition between stages reduces vibration and noise, resulting in quiet operation.
This makes the burners suitable not only for industrial facilities but also for commercial buildings requiring comfort and reliability.
With high-quality components, a durable body structure, and easy-to-access maintenance points, these burners ensure long-term, trouble-free use.
They are compatible with diesel, natural gas, or dual-fuel systems, providing a safe and flexible solution for facilities with different energy infrastructures.
Today, compliance with environmental standards is more critical than ever.
Models in this series are also available in Low NOx versions, ensuring reduced nitrogen oxide emissions.
This not only creates an eco-friendly operation advantage but also helps meet legal requirements for emissions.
Equipped with combustion control systems, pressure sensors, and modular flame monitoring, these burners maintain high safety standards while precisely managing the energy balance.
As a result, system life is extended and maintenance costs are minimized.
Two-stage pressure jump burners can be used in steam boilers, hot water boilers, heat exchangers, industrial furnaces, and heat generators.
Unlike single-stage burners, they offer greater flexibility and stable combustion quality, even during sudden load changes.
This product group is designed to operate in full compatibility with other FBR products.
While single-stage models are preferred for smaller facilities, these two-stage pressure jump burners offer the optimum solution for large-scale, continuous operations.
A two-stage pressure jump burner is a system capable of operating at two different power levels while delivering the air-fuel mixture to the combustion chamber through a pressure balancing mechanism.
This technology ensures high efficiency, low emissions, and stable combustion.
It is particularly preferred for steam boilers, hot water boilers, and heat generators.
The pressure jump system balances sudden pressure differences that occur when the burner starts up.
This creates a homogeneous air-fuel mixture in the combustion chamber and improves flame stability.
As a result, heat transfer efficiency increases, and the system operates safely even in diesel burners where fuel characteristics can vary.
Single-stage burners operate at a fixed output, while two-stage burners can work at two power levels (e.g., 60% and 100%).
This allows for energy savings, reduced fuel consumption, and extended equipment life.
It also helps maintain thermal balance in heat exchangers and steam boilers.
Models in this series are compatible with diesel, natural gas, and dual-fuel systems.
Depending on the fuel type, different nozzles, pressure settings, and control components can be used.
Optional Low NOx versions are also available, offering lower emission values that meet environmental standards.
These burners are commonly used in industrial plants, production lines, hotels, hospitals, food processing facilities, and central heating applications.
They are fully compatible with steam boilers, hot water boilers, and heat exchanger systems.
Yes. All two-stage pressure jump burners are designed with a modular structure to facilitate easy maintenance and inspection.
Components such as the electrical connection box, air intake damper, and combustion head are easily accessible.
This minimizes downtime and ensures continuous operation.
Low NOx technology minimizes the formation of nitrogen oxides (NOx) during combustion.
This helps the system comply with environmental standards while reducing the carbon footprint of the facility.
Moreover, Low NOx two-stage burners deliver maximum efficiency when used with modern steam and hot water systems.
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