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6BTAA5.9-C205
Cummins
Product Description: Cummins 6BTAA5.9-C205 Diesel Engine
Robust Power for Demanding Applications
The Cummins 6BTAA5.9-C205 is a high-performance, heavy-duty diesel engine engineered for reliability and efficiency in critical operations. Part of the renowned Cummins B Series, this 6-cylinder, inline engine delivers 151 kW (205 HP) of prime power, making it an ideal power source for a variety of industrial and emergency equipment. Its robust design ensures durable performance in continuous, high-load environments.
Core Applications: Built to Drive Essential Systems
This engine is specifically designed to provide dependable power for:
Water Pump Systems: The primary application, providing robust drive for firefighting, irrigation, drainage, and industrial water transfer pump sets.
Construction Machinery: Powers equipment such as loaders, excavators, and other heavy construction vehicles requiring consistent torque and power.
Industrial Power Units: Serves as a reliable prime mover for various stationary and mobile industrial power packs.
Generator Sets: Suitable for driving commercial and industrial generator units, providing prime or standby electrical power.
Advanced Engineering and Core Technologies
The 6BTAA5.9-C205 integrates several key technologies that define its performance:
Turbocharged & Intercooled Aspiration: Features a turbocharger paired with an Air-to-Air intercooler (ATAAC). This system dramatically improves power density and fuel efficiency by cooling the intake air, allowing for more complete combustion.
High-Pressure Direct Injection: Utilizes a precision mechanical fuel system (BYC P7100 / RSV Governor) for optimal fuel atomization, ensuring excellent fuel economy, lower emissions, and reliable cold starts.
Durable Engine Architecture: Built with a rugged cylinder block, forged steel crankshaft, and a platform honing design for cylinder bores. This design enhances oil retention, reduces blow-by, and significantly extends engine life while minimizing oil consumption.
Enhanced Reliability Design: Engineered with approximately 40% fewer parts than comparable engines in its class, which reduces potential failure points, lowers maintenance costs, and simplifies serviceability.
Key Specifications at a Glance
Product Description: Cummins 6BTAA5.9-C205 Diesel Engine
Robust Power for Demanding Applications
The Cummins 6BTAA5.9-C205 is a high-performance, heavy-duty diesel engine engineered for reliability and efficiency in critical operations. Part of the renowned Cummins B Series, this 6-cylinder, inline engine delivers 151 kW (205 HP) of prime power, making it an ideal power source for a variety of industrial and emergency equipment. Its robust design ensures durable performance in continuous, high-load environments.
Core Applications: Built to Drive Essential Systems
This engine is specifically designed to provide dependable power for:
Water Pump Systems: The primary application, providing robust drive for firefighting, irrigation, drainage, and industrial water transfer pump sets.
Construction Machinery: Powers equipment such as loaders, excavators, and other heavy construction vehicles requiring consistent torque and power.
Industrial Power Units: Serves as a reliable prime mover for various stationary and mobile industrial power packs.
Generator Sets: Suitable for driving commercial and industrial generator units, providing prime or standby electrical power.
Advanced Engineering and Core Technologies
The 6BTAA5.9-C205 integrates several key technologies that define its performance:
Turbocharged & Intercooled Aspiration: Features a turbocharger paired with an Air-to-Air intercooler (ATAAC). This system dramatically improves power density and fuel efficiency by cooling the intake air, allowing for more complete combustion.
High-Pressure Direct Injection: Utilizes a precision mechanical fuel system (BYC P7100 / RSV Governor) for optimal fuel atomization, ensuring excellent fuel economy, lower emissions, and reliable cold starts.
Durable Engine Architecture: Built with a rugged cylinder block, forged steel crankshaft, and a platform honing design for cylinder bores. This design enhances oil retention, reduces blow-by, and significantly extends engine life while minimizing oil consumption.
Enhanced Reliability Design: Engineered with approximately 40% fewer parts than comparable engines in its class, which reduces potential failure points, lowers maintenance costs, and simplifies serviceability.
Key Specifications at a Glance