ABS GREAT WALL SAFE 2006 Service Manual

IN-5
Body lifting height and supporting position
wrong correct
Introduction
Body Lifting Height and Supporting Position
Jack lifting position
...........................................................................................................
Front......the front the beam center
Rear.....rear differential
Supporting position

safety bracket .............................................................................................
front
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b) The raised vehicle must be supported with the bracket; it is
dangerous to conduct the repairing work on the vehicle propped
up with one jack, even though such repairing can be finished in
short time.
12. The following items shall be taken notice to avoid the parts damage:
a) Do not open the covers of ECU and various computers where not
necessary absolutely. (if the IC terminal is touched, it be leaded
into static damage) .
b) Pull the hose at its ends when dismantling it, do not pull it at the
center section.
c) Pull the wire joint instead of the wire when pulling the joint
away.
d) Take notice to avoid of the drop of electric parts such as the
sensors or repeaters. In case those parts drop to the hard ground,
they must be changed instead of being reused.
e) Do not use the striking spanner to dismantle or mount the
thermostatic switch or thermostatic sensor.
f) Plug the needles of the multi-meter into the wire connector
carefully when checking its conductance and do not bend the
terminals.
g) Do not sheath the hose of the vacuum gauge into the very large
connector when using the gauge, instead, the stage joint shall be
used because once the hose expands, it is possible to lead into
the leakage.

SA-16
Front suspension
Element figure
Suspension System and Automobile Axle (Dr/2WD)
Front Suspension







 !


torsion fork transverse
stabilizer rod
lower ball stud

Parts that cannot be reused after being used
N
m
90
110


110
1025
28
23
3
23
3torsion bar
226
25


lower arm80
10
80
10
142
10
150
10
96
10 65
70
Dr



pinch gasket of the upper arm shaft bush
rubber liner assembly for
the upper arm
guide lever








rocker arm
: specified torque shock
absorber

SA-28Suspension System and Automobile Axle(SF/2WD)
Front Suspension
locking ring
cushion block nut
locking ringcushion blockupper arm
transverse stabilizer rod
bolt
transverse stabilizer rod gasket

rubber
snubber washer
restrictor tube
Brake
caliper
steering knuckle
brake oil pipe bracket
steering
knuckle arm
brake shell
dust cover

oil seal -front hub
front wheel
bearing(inner)
front wheel hub and
front brake discstop washer
lock plate
front hub bearing
(outer)
steering knuckle nut

liner
lower
ball stud






Parts that cannot be reused after being used:specified torque
N
m
135-155
23
2925
29 70-90
132-152
20-26
180 127-147132
152123
shock absorber


steering knuckle
outer flange cap
Front wheel hub and steering knuckle
Element figures
SF2WD
stabilizer rod gasket

stabilizer rod gasket

rubber snubber
washer
stabilizer rod gasket

stabilizer rod gasket

SA-44
Front Wheel Hub and Steering Knuckle
Element Figure
Suspension System and Automobile Axle (SF/4WD)
Front Wheel Hub and Steering Knuckle
lock ring
cushion block nut
lock ring
cushion
block
shock
absorberupper arm
transverse stabilizer rod
bolt
transverse stabilizer
rod gasket

rubber snubber
washer
stabilizer rod limit tubebrake
caliper rubber
snubber
washer
constant speed
drive shaft needle
bearingsteering knuckle
steering knuckle
small sleeve
retainer ring
washer-spline of
steering knuckle
shaft thrust plate-
steering knuckle

inner oil
seal- drive shaft
brake oil pipe bracket
steering
knuckle arm
brake shell
dust cover

oil seal -
front hub
front hub bearing
(inner)
front wheel hub and
front brake discstop washer
lock plate
front hub bearing
(out)
steering knuckle
big nut
free wheel hub
noumenongasket
free wheel
hub cap
gasket


liner
lower ball stud








Parts that cannot be reused after being used
specified torque
N
m
135-155
6-12 25-29


25-29 70-90
132-152
20-26
180 127-147132-152123
SF 4WD
transverse stabilizer rod gasket

transverse stabilizer rod gasket

transverse stabilizer
rod gasket

transverse stabilizer
rod gasket

SA-97Suspension System and Vehicle Axle
Rear Suspension (Leaf Spring Type)
Rear suspension(leaf spring)
Leaf spring and shock absorber
N
m
specified torque
90
10
110
10
liner
rront ear pinrear ear pin liner
u-shaped bolt
spring seat
90
10
Dismantle of leaf spring and vibration
damper
1. Raise the vehicle body with a jack and support it with a
bracket;
(a) Raise the vehicle body with a jack and support it with a
bracket;
(b) Lower the axle housing until the leaf spring is loosened
to the degree there is no tension existing. Keep the leaf
spring in such status.
2. Tear down the vibration damper.

BE-32Body Electric System
Combination Instrument
Combination instrument
Electric circuit diagram

  



^N ^NS _N _ N P
DraêaáÉëÉärear fog lamp indicating lamp
rear window/defroster indicating lamp
upper beam indicating lamp
front fog-lamp indicating lamp
A13
B3

connected
with
negative
pole
A10
connected
with
positive
pole
A2
connected
with
negative
polewater
thermometer
tachometer
speedometerconnected with sensor
connected with revolution signal
connected with sensor anode
connected with sensor
fuel gauge
connected with sensor
braking liquid level indicating lamp
parking brake indicating lamp
safety airbag indicating lamp
low oil pressure indicating lamp
engine failure indicating lamp
four wheel drive indicating lamp
generator preheating indicating lamp
fuel alarming indicating lamp
accumulator charging indicating lamp
ABS failure indicating lamp
left turn indicating lamp
right turn indicating lamp
instrument interior
lighting lamp
liquid crystal back-light lamp
A1A16 B1 A5 A6A7 A8 A9 B6 B8 B9B10 B11A12 B4
A15
A14
A10
connected
with
positive
pole
A3
A4
B12
B13
B5
A13
B3

connected
with
negative
pole
A10
connected
with
positive
pole
A2
connected
with
negative
pole
liquid crystal back-light lampinstrument interior
lighting lamp
rear fog lamp indicating lamp
upper beam indicating lamp
front fog-lamp indicating lamp
water
thermometer
tachometer
speedometer
fuel gaugeconnection with sensor
connected with revolution signal
connected with sensor anode
connected with sensor
connected with sensor
oil-water separation indicating lamp
safety belt indicating lamp
parking brake indicating lamp
braking liquid level indicating lamp
low oil pressure indicating lamp
engine failure indicating lamp
four wheel drive indicating lamp
generator preheating indicating lamp
fuel alarming indicating lamp
accumulator charging indicating lamp
ABS failure indicating lamp
left turn indicating lamp
right turn indicating lamp
A1 A16 B1
A5 A6 A7A8
A9 B6 B8
B9 B10
B11 A4A12 A14 A15B4
A10
connected
with
positive
pole
A3
B12
B13
B5

BE-33Body Electric System
Combination Instrument
Electric circuit diagram (continued)
SF
A3 connected
with negative pole
A1 connected
with positive pole
B8 connected
with negative
pole
B7connected
with positive
pole
A4 connecting
with lighting
switch
A6 connected
with negative
pole
pressure-regulating
potential deviceirect-current
power supply
5-9Vdrive power
supply
110VEL
luminous
plate
left turn indicating lamp
right turn indicating lamp
upper beam indicating lamp
rear fog lamp indicating lamp
rear window/defroster indicating lamp
front fog-lamp indicating lamp
water
thermometer
tachometer
connected with sensor
connected with revolution signal
speedometer
digital clock
fuel gaugeconnect to the cathode of sensor
connected with sensor anode
connected with sensor
connected with sensor
back door indicating lamp
parking brake indicating lamp
safety airbag indicating lamp
low oil pressure indicating lamp
engine failure indicating lamp
four wheel drive indicating lamp
generator preheating indicating lamp
fuel alarming indicating lamp
accumulator charging indicating lamp
ABS failure indicating lamp75
B9
B2 A15 B1 A9 B11 B10
A14 B4 B6 A12
B14 connected
with positive
pole
B7 connected
with positive
pole
A11 A5A7 B12B5 B13 A16A13 B16 B15
A2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
In this drawing, A stands for the white plugging
elements, B for black plugging elements, they
use the same numerical order.
instrument
plugging element

AC-9Air-conditioning System - General introduction
General introduction
Refrigeration cycle
1. The refrigerant at the lower pressure side is condensed by the
compressor into the HT and HP gaseous refrigerant.
2. These gaseous refrigerant flows into the condenser, where it is
turned into liquid refrigerant.
3. Those liquid refrigerant flows into the liquid tank, where the
liquid refrigerant is stored and filtered so as to satisfy the
requirement of evaporator.
diaschage vent indraft vent
compressor
curent direction
evaporator heat
heat expansionvalve
liquid tank
4. The liquid refrigerant is throttled by the expansion valve to reduce the pressure, so that the liquid refrigerant is turned
into the LT and LP mixture of liquid and gaseous refrigerant.
5. The cold and fog-like refrigerant flows into the evaporator, where it is vaporized with the given heat, which is
absorbed from the hot air flow by the evaporator core. All liquid refrigerants are turned into the gaseous refrigerant
in the evaporator, and only the heated gaseous refrigerant is absorbed into the compressor. Then repeat the above-
mentioned cycling approach.
The refrigerant released from
the evaporator expands and
inflows through the evapora-
tor pipe. During this process,
the refrigerant absorbs the
heat in the air around the ra-
diating rib and pipe and
vaporizes, so that the tem-
perature inside the vehicle
reduces gradually.
The condenser allows the heated gas-
eous refrigerant to release heat to the
cooling air of engine, therefore, the gas-
eous refrigerant is cooled and turned
into liquid state again.
The expansion valve is used
to measure the gaseous re-
frigerant entered into evapo-
rator core, which reduces the
pressure and temperature of
refrigerant gradually.
The liquid tank is used to exhaust
the water in system and to filter
the dust and dunghill. It serves as
the store to store the redundant
refrigerant.
The compressor absorbs the
gaseous refrigerant emitted
from the evaporator and com-
presses it. In doing so, the tem-
perature and pressure of gas-
eous refrigerant increases
rapidly.