Price | Negotiated |
MOQ | Negotiable |
Delivery Time | 5 - 8 work days |
Brand | ISUZU |
Place of Origin | Japan |
Model Number | 4BG1 |
Packaging Details | Neutral Package or Fumigation Free |
Payment Terms | D/P, T/T |
Supply Ability | 30 pieces |
Condition | New | Engine model | 4BG1 |
Place of Origin | Japan | Packaging Details | Neutral Package or Fumigation Free |
Color | Same as pictures | Excavator model | EX120 - 5 |
Material | Steel | Model Number | 4BG1 |
Supply Ability | 30 pieces | Engine type | Diesel |
Brand Name | ISUZU | Payment Terms | D/P, T/T |
Type | Diesel Engine | Price | Negotiated |
Delivery Time | 5 - 8 work days | Product name | Diesel Engine Assmbly |
4BG1 Diesel Engine Assembly For Excavator EX120 - 5 EX120 - 6 4 Cylinders 72.7kw
Specification
Car name: Complete Engine |
Model Number: 4BG1 |
Cylinder stroke: 102 |
Application: Excavator |
Cylinder diameter: 118 |
valve: 8 valve |
Cooling: Water cooling |
Output: 72.7kw |
Injection: Direction |
Cylinders of number: 4 |
Description
What is a Diesel Engine?
The diesel engine is a type of internal combustion engine that was invented by Rudolf Diesel. He received a patent for the diesel engine in 1892 and the primary goal was to create an efficient alternative to the gasoline engine.
Diesel engines require diesel fuel.
Both gasoline engines and diesel engines work by creating a controlled explosion in a sealed piston chamber. The small explosion rapidly moves the piston which in turn rotates the output shaft. In a gasoline engine, a mixture of fuel and air are injected into the chamber and then ignited with a spark created by a sparkplug. A diesel engine, on the other hand, does not rely on a sparkplug to ignite the mixture. Fuel is forced into the chamber and the high pressure generates enough heat to ignite the fuel/air mixture.
On
a
diesel-electric
locomotive,
a
diesel
engine
with
reciprocating
pistons
provides
power
to
an
electric
traction
motor
that
turns
the
unit's
wheels.
Some
diesel
engines
rely
on
a
glow
plug
to
heat
the
chamber
to
minimize
the
amount
of
pressure
required
for
the
engine
to
turn.
Without
such
an
added
heat
source,
the
pressure
required
to
achieve
ignition
(especially
when
the
engine
is
cold)
would
be
prohibitively
high.
Diesel
engines
require
diesel
fuel
for
the
combustion
process
to
function
properly.
Diesel
fuel
is
cheaper
than
regular
gasoline
because
less
refining
is
required.
In
addition,
diesel
engines
are
more
efficient
and
therefore
diesel
cars
get
better
mileage
than
their
gasoline
counterparts.
How do you get more power from a diesel engine?
Tips
for
Increasing
Diesel
Engine
Performance
Regular
Upgrades.
Perform
periodic
upgrading
to
the
parts
of
the
diesel
engine.
...
Using
Upgraded
Diesel
Fuel
Injectors.
Periodic
Checkups.
Maximizing
Performance.
Tip
1:
Regular
Upgrades.
Tip
2:
Upgraded
Diesel
Fuel
Injectors.
Tip
3:
Periodic
Checkups.
Tip
4:
Replacing
Modules.
Tip
5:
Using
Good
Exhaust
Systems.