Remote Engine Radiator For Siemens SFGLD 560 Gas Engine

The Siemens SFGLD 560 gas engine is widely used in power generation, CHP (combined heat and power) systems, and industrial energy plants. Due to its high thermal load and continuous-duty operation, the engine requires an efficient and robust cooling system. A remote engine radiator provides the ideal solution when the engine room cannot accommodate sufficient airflow or when heat must be rejected outdoors for better performance.

 

A properly engineered remote radiator ensures stable engine coolant temperatures, improved reliability, and extended service life.

Key Features of the Remote Engine Radiator

• Dual-Circuit Cooling (HT + LT Loop)

Designed to match the exact cooling requirements of the Siemens SFGLD 560:

HT circuit: Engine jacket water

LT circuit: Intercooler / gas mixer / oil cooler (depending on configuration)

Both circuits can be integrated into a single radiator frame or supplied separately.

• High-Performance Heat Exchanger Coils

Copper tubes with aluminum fins

Optional stainless steel or epoxy-coated fins for corrosive environments

Custom fin pitch and coil geometry for maximum heat dissipation

• Industrial Axial Fans

High airflow with low power consumption

Options for VFD-controlled fan speed, low-noise blades, and high static pressure applications

Weatherproof, outdoor-duty motors

• Engineered for Harsh Environments

The radiator structure is available in:

Galvanized steel

Powder-coated steel

Stainless steel for aggressive or coastal conditions

Heavy-duty construction allows reliable operation in ambient temperatures up to 45–50°C.

• Fully Customizable to Site Requirements

Footprint and frame size

Fan quantity and diameter

Coolant in/out pipe connections

Glycol or water-based coolant systems

Horizontal or vertical airflow design

 

Typical Applications

Remote radiators for Siemens SFGLD 560 are widely used in:

Biogas and landfill gas power plants

Industrial manufacturing facilities

Utility power stations

Combined heat and power (CHP) systems

Gas engine generator packages with limited ventilation

 

Benefits for Operators

Stable engine operating temperature

Lower engine room heat load

Longer engine lifespan

Reduced maintenance needs

Improved efficiency under continuous load