At its core, the NTA855-C310 is built around a 14-liter displacement inline-six cylinder configuration.
This design not only ensures a smooth and consistent power delivery but also allows for optimal fuel efficiency and reduced emissions. The engine is equipped with advanced technologies to meet stringent emissions regulations, making it environmentally friendly while still delivering the robust performance required by construction machinery.
With a power rating of 310 horsepower, the NTA855-C310 offers ample power for various construction equipment, such as excavators, loaders, bulldozers, and more. Its high torque output further enhances its capability to handle heavy workloads, ensuring efficient operation in demanding construction environments.
The engine's construction is a testament to Cummins' commitment to quality and longevity. Featuring a cast-iron block and cylinder head, the NTA855-C310 is engineered to withstand the rigors of continuous heavy-duty use. Its design incorporates features like piston cooling, improved lubrication, and efficient air handling to ensure optimal operating temperatures and extended component life.
Maintenance and service are made more convenient through user-friendly access points and service intervals.
Cummins' global service network ensures that customers have access to expert assistance and genuine parts, promoting the engine's longevity and minimizing downtime.
The engine's electronic control system plays a vital role in optimizing performance and fuel efficiency. It continuously monitors various parameters and adjusts fuel injection, timing, and other variables to ensure efficient combustion and reduced fuel consumption. This control system also aids in diagnostics, simplifying troubleshooting and minimizing maintenance delays.
The Cummins NTA855-C310 adheres to industry-leading standards for emissions, noise reduction, and overall environmental impact. Through the integration of advanced aftertreatment technologies and exhaust gas recirculation systems, the engine achieves emissions compliance without compromising its power output.
At its core, the NTA855-C310 is built around a 14-liter displacement inline-six cylinder configuration.
This design not only ensures a smooth and consistent power delivery but also allows for optimal fuel efficiency and reduced emissions. The engine is equipped with advanced technologies to meet stringent emissions regulations, making it environmentally friendly while still delivering the robust performance required by construction machinery.
With a power rating of 310 horsepower, the NTA855-C310 offers ample power for various construction equipment, such as excavators, loaders, bulldozers, and more. Its high torque output further enhances its capability to handle heavy workloads, ensuring efficient operation in demanding construction environments.
The engine's construction is a testament to Cummins' commitment to quality and longevity. Featuring a cast-iron block and cylinder head, the NTA855-C310 is engineered to withstand the rigors of continuous heavy-duty use. Its design incorporates features like piston cooling, improved lubrication, and efficient air handling to ensure optimal operating temperatures and extended component life.
Maintenance and service are made more convenient through user-friendly access points and service intervals.
Cummins' global service network ensures that customers have access to expert assistance and genuine parts, promoting the engine's longevity and minimizing downtime.
The engine's electronic control system plays a vital role in optimizing performance and fuel efficiency. It continuously monitors various parameters and adjusts fuel injection, timing, and other variables to ensure efficient combustion and reduced fuel consumption. This control system also aids in diagnostics, simplifying troubleshooting and minimizing maintenance delays.
The Cummins NTA855-C310 adheres to industry-leading standards for emissions, noise reduction, and overall environmental impact. Through the integration of advanced aftertreatment technologies and exhaust gas recirculation systems, the engine achieves emissions compliance without compromising its power output.