6D114 Used Engine Assembly For Excavator PC350 - 7 PC360 - 7
Specification
| Car name: Complete Engine | Model Number: 6D114 |
| Cylinder stroke: 135 | Cylinder diameter: 114 |
| Application: Excavator | valve: 12 valve |
| Cooling: Water cooling | Injection: Direction |
Description
What Is Diesel Engine?
Diesel engines work by compressing only air or air plus residual
combustion gases from the exhaust. Air is introduced into the
chamber during the intake stroke and compressed during the
compression stroke. This increases the air temperature in the
cylinder so much that atomized diesel fuel that is injected into
the combustion chamber ignites.
Applications & Uses For Diesel Engines
Diesel engines are commonly used as mechanical engines, power
generators, and mobile drives. They find widespread use in
locomotives, construction equipment, automobiles, and countless
industrial applications. Their realm extends to almost all
industries and can be observed on a daily basis if you were to look
under the hood of everything you pass by.
Industrial diesel engines and diesel-powered generators have
construction, marine, mining, hospital, forestry,
telecommunications, underground, and agricultural applications,
just to name a few. Power generation for prime or standby backup
power is the major application of today’s diesel generators. Check
out our article on the various types of engines and generators and
their common applications for more examples.
Four-Stroke Engines:
Like a gasoline engine, a diesel engine normally works by repeating
a cycle of four stages or strokes during which the piston moves up
and down twice during the cycle (in other words, the crankshaft
rotates twice).
Intake: Air is drawn into the cylinder through the open green air
intake valve on the right as the piston moves down.
Compression: The intake valve closes, the piston moves up,
compressing and heating the air mixture. Fuel (dark blue) is
injected into the hot gas through the central fuel injection valve
and ignites spontaneously. Unlike a petrol engine, no spark plug is
required for this.
Power: As the air-fuel mixture ignites and burns, it pushes the
piston down and drives the crankshaft, which sends power to the
wheels.
Exhaust: The green exhaust valve on the left opens to release the
exhaust gases expelled by the returning piston.
