engine SSANGYONG KYRON 2010 User Guide

ENGINE FUEL SYSTEM
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6. CIRCUIT DIAGRAM

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ENGINE FUEL SYSTEM

ENGINE FUEL SYSTEM
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ENGINE INTAKE SYSTEM
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GENERAL
1. ENGINE INTAKE SPECIFICATIONS
1) Specifications
Element Type Dry-Element Type
Service Interval- Initial cleaning: 5,000 km, Clean or change every 10,000 km as
required. However, change every 30,000 km.
- If the vehicle is operated under severe condition (short distance
driving, extensive ldling or driving in dusty condition): More frequent
maintenance is required.
2321-01ENGINE INTAKE SYSTEM

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ENGINE INTAKE SYSTEM
VGT Turbocharger
OVERVIEW AND OPERATION PROCESS
1. INTAKE SYSTEM LAYOUT
1) Work Flow of Intake System
HFM Sensor
The HFM sensor is installed in the air intake
passage between the air cleaner and the intake
manifold. It measures the air volume supplied to
the combustion chamber and the ai
r
temperature.
Major Functions
It controls the EGR feedback.
It controls the pressure control valve for the
turbocharger booster. -
-
1. Plug-in sensor
2. Cylinder housing
3. Protection grid
4. Hybrid cover
5. Measuring duct cover
6. Housing
7. Hybrid
8. Sensor
9. Mounting plate
10. O-ring
11. Temperature sensor
Turbocharger
actuator
Intake
(air cleaner)
Com
pressed air
(intercooler)
Exhaust gasExhaust pipe
(diesel catalytic
converter)
Plug-in
sensor
Temperature
sensorProtection grid
Front Air Duct Air Cleaner

ENGINE INTAKE SYSTEM
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EGR Valve and Its Location
(* For details, refer to "EGR" section.)
Vacuum Modulator
Turbocharger Intercooler
The charging efficiency may be lowered or the
knocking may happen as the intake air is
heated and the density of air is lowered. The
intercooler is the device which cools the
supercharged air.
Intake
manifoldIntake
air
Exhaust
gasExhaust gasIntake manifold
Vacuum modulator
for turbocharger
actuator
EGR vacuum
modulator
Vacuum
pump EGR
valve
IP interior fuse (RH)
No.63-7.5AEngine ECU
No. 96
Intake Manifold
Intake air

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ENGINE INTAKE SYSTEM
2) Layout

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ENGINE INTAKE SYSTEM
1. EGR pipe (RH) 5. Exhaust gas
2. EGR pipe (center) 6. EGR pipe (LH)
3. Coolant emission port 7. Vacuum modulator to the EGR valve
4. Intake air (intercooler)
Intake Manifold
Incoming of intake air and
exhaust gas (Operation o
f
EGR valve) Incoming of intake air (No
operation of EGR valve)
Coolant
emission port
Coolant
emission port The SUS + Rubber coating is applied to the intake manifold gasket to prevent the air leakage
and optimize the sealing effect.
Intake airIntake air
Exhaust gas

ENGINE INTAKE SYSTEM
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(2) Turbocharger Intercooler Assembly
The turbocharger is designed to improve the engine power by introducing more air (oxygen)
into the engine.
However, the intake air is heated during the compression process in the turbocharge
r
compressor and the density is lowered.
The intercooler is the device which cools (50 ~
the air entering the engine from
high temperature (100 ~
to maintain the turbocharging efficiency.
Thus, more air is entered the cylinder than the engine only with the turbocharger to give more
power.
Intercooler
For removal and installation procedures, refer to the "Cooling system" section in DI engine
service manual. -

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ENGINE INTAKE SYSTEM
2. AIR FLOWS
1) Work Flow of Intake System