EURO III Vehicle Engine CA6DM series

EURO III Vehicle Engine CA6DM series

Higher injection pressure, higher atomization rate, and more sufficient in combustion;

With reinforcement design on motion friction pair, structure components and double-layer water jacket with four-valve cylinder cover, explosion pressure is high;

Initially use four-valve overhead camshaft technology at home, with high inlet and exhaust efficiency;

EURO III CA6DM series

Model

CA6DM2-35E3

CA6DM2-37E3

CA6DM2-39E3

CA6DM2-42E3

Type

6-cylinder in-line, direct injection, turbocharged&intercooling, common rail

Bore×Stroke (mm)

123×155

Valves/cylinder

4

Displacement (L)

11.04

Rated power (kW)

261.5

279.5

290.5

312.5

Net power (kW)

258

276

287

309

Rated speed (r/min)

1900

Maximum torque (Nm)

1600

1650

1750

1900

Maximum torque speed (r/min)

1300

Fuel consumption (g/kW·h)

190

Noise dB (A)

≤9 4.6

Technical Route

common rail

Emission Compliant (TAS)

EURO Ⅲ

Net Mass (kg)

1050

Length×Width×Height (mm)

1365×775×1180

Technical Characteristics

Fuel Efficient:

Higher injection pressure, higher atomization rate, and more sufficient in combustion;

With reinforcement design on motion friction pair, structure components and double-layer water jacket with four-valve cylinder cover, explosion pressure is high;

Initially use four-valve overhead camshaft technology at home, with high inlet and exhaust efficiency;

Optional integrate VCU device (polymorphic switch and etc.) that is researched and developed independently, and oil supply can be adjusted according to vehicle load;

Low rated speed, low fuel consumption of the vehicle with wide rotating speed area.

 

Reliable:

Use inter Euro first-class brand products for the key spare parts such as piston, piston ring, crank, bearing bush and high strength bolt;

With symmetrical drum-structure of cylinder body and reliable structure; Whole set B10 life span is 1, 000, 000 km.

Comments

Post a Comment

Popular posts from this blog

The Evolution of Vehicle Engines

Image
  Vehicle engines have come a long way since the early days of the automobile industry. From rudimentary designs to highly sophisticated powerhouses, the evolution of vehicle engines has been a fascinating journey. In this article, we will explore the major milestones in engine development and how they have shaped the automotive landscape.   The Birth of the Internal Combustion Engine: The internal combustion engine  (ICE) revolutionized the transportation industry. In the late 19th century, inventors like Karl Benz and Gottlieb Daimler pioneered the development of reliable gasoline-powered engines. These early ICEs relied on a four-stroke cycle, consisting of intake, compression, combustion, and exhaust, which laid the foundation for future engine designs.   Mass Production and the V8 Era: Henry Ford's implementation of assembly line production techniques in the early 20th century led to the mass production of automobiles. During this time, the V8 engine gained popu...
Read more

What are the advantages of diesel engines?

Image
Among car and truck enthusiasts, there is an ongoing debate about petrol and diesel engines. For many years it was thought that petrol engines were superior to diesel engines, but this attitude is changing. Once the domain of only trains, semi-trailers, farm equipment and heavy pick-up trucks, diesel engines are enjoying a renaissance in the 21st century. Environmental concerns are one of the driving factors, as incredible as it sounds. Diesel engines burn cleaner and are more efficient than petrol engines. As a diesel engine manufacturer , I next explore what the advantages of diesel engines are. Less maintenance There are fewer moving parts in a diesel engine compared to a petrol engine. Fewer parts means fewer things to wear out and break. Diesel engines don't have spark plugs or distributor caps like gas engines, which means they never need replacing or repairing. Diesel engines are inherently stronger, more durable and last longer. Diesel engines have just broken down in about...
Read more

Which engine is used on a tractor?

Image
  Tractors are an indispensable piece of machinery and equipment in agriculture, and the core part of them is the engine. So, what engine is used on a tractor? This article will delve into the characteristics and applications of tractor engines.   Types of Tractor Engines Diesel engines usually power tractors. This engine type is widely used in agriculture for several reasons. First and foremost, diesel engines are known for their efficiency, durability, and powerful torque, precisely the characteristics that tractors need for agricultural operations.   How the engine works These diesel engines generate mechanical motion power by compressing and igniting fuel. This process allows tractors to tackle various agricultural tasks, including plowing, planting, harvesting, etc. Their construction is designed to provide high power and long life for agricultural operations' complexity and durability requirements.   Engine construction The diesel engine  has a very comple...
Read more