The FL912W is a low-pollution, air-cooled diesel engine developed on the basis of the proven 912 series platform. It retains the core mechanical simplicity and durability of the original design while optimizing combustion efficiency and emission performance. Through improvements in piston structure, fuel injection timing, and air-fuel mixing, the FL912W achieves cleaner exhaust output and reduced fuel consumption. It is suitable for markets and equipment that require reliable performance with lower environmental impact.
Technical Features
The FL912W uses a direct injection fuel system, ensuring precise fuel delivery and efficient combustion. The air-cooled system eliminates the need for radiators and coolant, reducing maintenance requirements and improving reliability in high-temperature and dusty working environments. The engine is designed with strong structural durability, enabling long service life under continuous heavy-load conditions. Its compact size and simplified structure allow flexible installation in various types of machinery and equipment.
Environmental Performance
Compared with earlier models of the 912 series, the FL912W incorporates optimized combustion chamber geometry and improved injector design to lower particulate emissions and visible smoke. The engine meets low-pollution standards for use in agricultural, construction, and generator-set applications, particularly in regions with moderate emission requirements. This makes it a practical choice for users seeking a balance between affordability, reliability, and environmental responsibility.
Applications
The FL912W engine is widely used in agricultural machinery such as tractors, irrigation pumps, and harvesters, where stable power and reduced downtime are essential. In the construction industry, it can be found in road rollers, loaders, air compressors, and other mobile equipment operating in harsh field conditions. Additionally, the engine is commonly applied in generator sets, providing dependable power supply in remote areas, industrial sites, and emergency backup operations. Its adaptability and low maintenance needs make it particularly valuable in developing regions and environments lacking stable technical support resources.
Conclusion
With its proven structure, improved combustion performance, and lower emission characteristics, the FL912W engine provides a reliable and environmentally conscious power solution. It delivers long-term operational stability while reducing environmental impact, making it an excellent choice for agricultural, industrial, and power generation applications.
