Engine Specifications:

Engine Type: The Komatsu 6D95 is a liquid-cooled, four-stroke diesel engine.

Cylinders: The 6D95 engine series comes in various cylinder configurations, including 4-cylinder and 6-cylinder variants, depending on the specific model and application.

Displacement: The engine's displacement varies depending on the specific model and variant within the 6D95 series.

Aspiration: The 6D95 engine series is typically naturally aspirated or turbocharged, depending on the specific model and application.

Power Output: The Komatsu 6D95 engine series is available in different power outputs, ranging from several dozen horsepower to over 150 horsepower, depending on the specific model and application. Specific power ratings may vary across different models and variants.

Speed: The engine's rated speed typically falls in the range of around 2200 to 2600 revolutions per minute (RPM), depending on the specific model and application.

Fuel: The engine operates on diesel fuel, which is commonly used in various industrial and construction applications.

Emissions: The Komatsu 6D95 engine series complies with relevant emissions standards, ensuring environmental compliance.

Serviceability: Komatsu engines are known for their durability and ease of maintenance, allowing for streamlined servicing and reduced downtime.

Features:

Versatility: The 6D95 engine series is designed to power a wide range of construction and industrial equipment, making it suitable for various applications.

Efficiency: The engine series is designed to offer high fuel efficiency, meeting environmental regulations while providing reliable performance.

Reliability: Komatsu engines are known for their reliability and robust construction, making them suitable for demanding construction and industrial applications.

Advanced Technology: Depending on the specific model, the 6D95 series may feature advanced engine management systems for optimal performance and fuel efficiency.

Power and Performance: The Komatsu 6D95 engine series is known for its reliable power and performance. It comes in various cylinder configurations, including 4-cylinder and 6-cylinder variants. The engines offer a range of power outputs, ranging from several dozen horsepower to over 150 horsepower, depending on the specific model and application. The rated speed of the engines typically falls in the range of around 2200 to 2600 revolutions per minute (RPM), depending on the specific model and application. The engines are designed to provide ample torque and power for the demanding requirements of construction and industrial applications. Fuel Efficiency and Emissions: The 6D95 engines are designed to offer good fuel efficiency and meet relevant emissions standards. Komatsu has employed advanced technologies in these engines to optimize fuel consumption and minimize emissions, ensuring environmental compliance. Durability and Reliability: Komatsu engines, including the 6D95 series, are known for their durability and reliability. These engines are built with high-quality components and undergo rigorous testing to ensure they can withstand the tough conditions of construction and industrial applications. Their robust construction and excellent engineering contribute to their long service life and minimal downtime. Applications: The Komatsu 6D95 diesel engine series is commonly used to power various construction and industrial equipment, including: Excavators: Komatsu excavators equipped with the 6D95 engine series are used in various earth-moving and digging tasks on construction sites. Bulldozers: Komatsu bulldozers powered by the 6D95 engines handle tasks such as grading and leveling terrain. Other Construction Equipment: The 6D95 series engines may also be found in other types of construction equipment, such as wheel loaders and motor graders. Industrial Machinery: In addition to construction equipment, the 6D95 series engines can be used in other industrial applications, such as generators and compressors. Serviceability and Maintenance: Komatsu places emphasis on serviceability and ease of maintenance in their engines. The design and accessibility of key components make routine maintenance and servicing more straightforward, reducing downtime and improving overall productivity.