6D34 Diesel Engine Assembly For Excavator SK200 - 6 SK230 - 6E
Water Cooling
Specification
| Car name: Complete Engine |
| Model Number: 6D34 |
| Cylinder stroke: 105 |
| Application: Excavator |
| Cylinder diameter: 100 |
| valve: 12 valve |
| Cooling: Water cooling |
| Output: 114kw |
| Injection: Direction |
| Cylinders of number: 6 |
| Family: G30E76L5861062 |
Description
Which is the best definition of internal combustion engine?
Definition of 'internal combustion engine'. internal combustion
engine. An internal combustion engine is an engine that creates its
energy by burning fuel inside itself. Most cars have internal
combustion engines.
4-Stroke-Engine
An internal combustion engine is an engine in which combustion, or
the burning of fuel, occurs on the inside. There are many kinds but
the term often means the machine that Niklaus Otto invented. In
this kind, fire makes pressure increase inside a sealed box
(cylinder). The pressure pushes a rod which is attached to a wheel.
The rod pushes the wheel and makes it spin around. The spinning
wheel is attached to other wheels, such as four car wheels, with a
belt or a chain. The engine is very strong and can make all the
wheels move.
Engines need oil to make them slippery or the moving parts would
grind together and stick. Parts of a car engine are measured to
0.01 of a millimeter and some engine parts fit together very
tightly.
Internal differs from external combustion where the fire is outside
the engine, such as a steam engine.
Most road vehicles use the internal combustion engine today, and
most of those use the four-stroke engine. Another type of internal
combustion engine is the Wankel engine.
Gas turbines are internal combustion engines that work
continuously, not by strokes. Rocket engines and guns are internal
combustion engines but they do not turn wheels.
An internal combustion engine is an engine that creates its energy
by burning fuel inside itself. Most cars have internal combustion
engines.
A typical internal combustion engine harnesses only a quarter of
the specific energy of gasoline.
We can reduce oil dependence by using alternatives to the
gasoline-powered internal combustion engine, such as fuel-cell
systems, which can derive hydrogen from natural gas.
In an internal combustion engine, the fuel is burned inside the
engine rather than outside.
