At the heart of the Cummins KTA38-M2 is a 12-cylinder, V-type configuration that maximizes power output while minimizing space requirements.
The engine boasts a displacement of [specific displacement value], enabling it to generate significant horsepower while maintaining a compact footprint. This design makes it well-suited for vessels of varying sizes, from small commercial boats to larger industrial ships.
The KTA38-M2 incorporates a direct fuel injection system that optimizes combustion efficiency. This results in reduced fuel consumption and lower emissions, ensuring compliance with stringent environmental regulations. The engine's electronic fuel control system continuously adjusts fuel delivery to match load demands, further enhancing fuel efficiency and overall performance.
In terms of power output, the Cummins KTA38-M2 is capable of producing [specific horsepower and torque values] under typical operating conditions. This level of power enables vessels to achieve impressive speeds and navigate challenging waters with ease. The engine's robust construction and heavy-duty components contribute to its reliability even in demanding maritime environments.
The cooling system of the KTA38-M2 is designed to maintain optimal operating temperatures.
It utilizes a combination of water and air cooling methods to dissipate heat efficiently, ensuring consistent performance and preventing overheating. This is crucial for prolonged engine life and uninterrupted operation during extended voyages.
Maintenance and serviceability are streamlined with features such as easily accessible service points and diagnostic capabilities. The engine's electronic control module monitors various parameters in real-time, allowing for timely identification of potential issues. This proactive approach to maintenance reduces downtime and enhances the engine's longevity.
The Cummins KTA38-M2 meets international standards for marine emissions and safety. Its design incorporates noise and vibration reduction technologies to provide a more comfortable onboard experience for crew and passengers. This makes it an attractive option for vessels where noise and vibration control are essential.
At the heart of the Cummins KTA38-M2 is a 12-cylinder, V-type configuration that maximizes power output while minimizing space requirements.
The engine boasts a displacement of [specific displacement value], enabling it to generate significant horsepower while maintaining a compact footprint. This design makes it well-suited for vessels of varying sizes, from small commercial boats to larger industrial ships.
The KTA38-M2 incorporates a direct fuel injection system that optimizes combustion efficiency. This results in reduced fuel consumption and lower emissions, ensuring compliance with stringent environmental regulations. The engine's electronic fuel control system continuously adjusts fuel delivery to match load demands, further enhancing fuel efficiency and overall performance.
In terms of power output, the Cummins KTA38-M2 is capable of producing [specific horsepower and torque values] under typical operating conditions. This level of power enables vessels to achieve impressive speeds and navigate challenging waters with ease. The engine's robust construction and heavy-duty components contribute to its reliability even in demanding maritime environments.
The cooling system of the KTA38-M2 is designed to maintain optimal operating temperatures.
It utilizes a combination of water and air cooling methods to dissipate heat efficiently, ensuring consistent performance and preventing overheating. This is crucial for prolonged engine life and uninterrupted operation during extended voyages.
Maintenance and serviceability are streamlined with features such as easily accessible service points and diagnostic capabilities. The engine's electronic control module monitors various parameters in real-time, allowing for timely identification of potential issues. This proactive approach to maintenance reduces downtime and enhances the engine's longevity.
The Cummins KTA38-M2 meets international standards for marine emissions and safety. Its design incorporates noise and vibration reduction technologies to provide a more comfortable onboard experience for crew and passengers. This makes it an attractive option for vessels where noise and vibration control are essential.