2006 GREAT WALL SO COOL light

BE-29Body Electric System
Lighting System
Conductance of Alarming Switch (continued)
SL SK SY SJ
1 2 3 4
5 6 7 8switch
position
OFF
ON12 3 45678
G/B G/R G/Y Br Y W/Br B G/W
SLDiesel SYDiesel
1 2 3 4
5 6 7 8Terminal
switch
position
OFF
ON12 3 4 5 678
GG/W G/BBr
YBr/W B G/R
In case the conductance fails to satisfy the specified requirement, change the switch.
Conductance of Fog-lamp Switch
Dr
1
2
3Terminal
switch
position
OFF
ON13
BBl/B Terminal

BE-30Body Electric System
Lighting System
Conductance of Fog-lamp Switch
SF
SF
SL SK SY SJ
SLDiesel SYDiesel
12 3 4
5S78 910Terminal
switch
position
OFF
ON25 6 73UVNM
B P/Y B G/W G/W
12
345
6Terminal
switch
position
OFF
ON
1 2 3
4
5 6Terminal
switch
position
OFF
ONROP S
G/W B_s
1 2 3
4 5 6Terminal
switch
position
OFF
ONRO P S
G/RB
BBl
12 3 456
B B W G/W W
Nothing Nothing Nothing
Nothing

BE-31Body Electric System
Lighting System
Conductance of Large Lamp Relay
3085
878630
85
8786Terminal
status
Fixed
Load accumulator voltage
on the terminal 85,86.8586
8730
In case the conductance of above-mentioned switch fails to satisfy the specified requirement, change the switch.
Conductance of Flasher Relay
EL
B
turn signal lamp
1.Connect the positive lead from the accumulator to the
terminal B, and the cathode lead to terminal E.
2.Connect two turn signal lamps to the terminal L and E and
check the flashing situation of the two bubbles.
The turn signal lamp should flash 85
10 per minute, in
case the flashing frequency fails to satisfy the specified
requirement, change the flasher relay.
3085
878630
85
8786Terminal
status
Fixed
Load accumulator voltage
on the terminal 85,86.85 86 87 30
Dr SF
SL SK SY SJ

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

BE-34Body Electric System
Combination Instrument
Electric circuit diagram (continued)
A16 A1 B16 B1
SL SK
B1
B16
A1
A16
speed and mileage meter
4P
G
VA9vehicle speed signal
A11odometer sensorA10odometer sensor anode
B11sensor signalelectronic tachometer
water thermometer
fuel gaugecoolant temperature sensor
B5
A12
fuel gauge sensor
B14
A2
B3
upper beam
_NPdifferential latch-in
safety belt
preheating
sediment water alarmingelectricity charging/
discharging
fuel level alarming
brake failure alarming lamp
oil pressure alarming lamp
rear fog lamp
engine failure
four wheel drive indicating lamp
A1 Aturn indicating lamp
B16 left turn indicating lamp
A8
B4 +B7 - B8 A16 B15 B2B1 A15 A14B6 A13 B10B9
SY SJaccumulator plus four door-closing indicating lampA3turn on when the door is opened.
A11odometer sensor_NO
electronic odometer
electronic tachometerA10
B11
engine ignition coil
water thermometer
fuel gauge
B5
A12
neutral gear indicating lampA9
_NP
upper beamB14
differential latch-in
vacuum alarming
preheating
sediment water alarming
electricity charging/
discharging
fuel level alarming
brake failure alarming lamp
oil pressure alarming lamp
rear fog lamp
engine failure
four wheel drive indicating lamp
A1 left turn indicating lamp
B16 right turn indicating lamp
A8
B4 +
instrument lighting
system
B8
B7 - A16 B15 B2
B1 A15A14 B6 A13 B9 B3 B10A2
instrument lighting
system

BE-44Body Electric System
Wiping and Washing System
Electric circuit diagram of rear window, rear brusher and washing system
SF
ignition switch 5
4 3
7
6
5M
M
rear brusher motor5
3
6 14
rear washer
switch 1912 7
9
8
65 154
3
21110
1
14 12 17 rear window and rear brusher controller
ignition switch
rear window and rear brusher controllerdefrost switch
combined switch
rear brusher motor
3
62
4 1
5 1 2 3 4 5 6 7
8 9 10 11 12 13 14
15 16 17 18 19 20 211 2 3 4 5
6 7 8 9 101234 5 678
910 1112 1314151617 1812 34
5 6 7 8910
battery defrost switch
fuse
rear window up-down switch
rear washer motor
back door window location switch
back door
lock switch
back door regulator
defrost indicator light
defrost power grill
ACCON
ST

BE-52Body Electric System
Central Control Lock and Electric Rocker Gear System
Definition for connecting wire of central control lock
1. Y/V Connect the power to the cell anode on vehicle, in front of which a fuse of 15 A should be set, and
anode of 12V when the motor is started, the voltage should not less than 10V
2. B1 Unlocking output of the locking wire of the CCL actuator, and the grounding wire at the normally
central control lock: closed contact inside the relay will contact with the normally opening contact at
the common spots inside relay when unlocking with REMOTE CONTROLLER
or manually, the wire will output 12 V voltage.
3. LG locking signal of The CCL locking signal is connected to the unlocking wire of actuator of CCL,
central control lockand the normally closed contact in the interior relay is grounding wire, which will
output 12 V voltage when unlocking with REMOTE CONTROLLER or manually
and the common spots of relay contacting the normally opening contact.
4. non-connection There is no wire connected at present
5. G/R Right turn lampConnected to the anode wire of the right turn lamp on the vehicle, and it will output
12 V voltage in operation.
6. G/Y Left turn lamp Connected to the anode wire of left turn lamp on the vehicle, and it will output
12 V voltage when in operation
7. Br Negative input ofWhich is connected to the door switch and it is grounding when the door is
door switch opened (the indoor lamp will light)
8. GD ON power check cable Connected to the ON wire of the locking door( there will be 12 v voltage when
rotating the key at
ON
position.
9. Non-connection This wire is not connected temporarily
10. GD/B Lock head lamp outputThere will be 12 V voltage outputted in this wire when opening the door, and will
be powered off (no output) ten seconds later after the door is closed
12. Y/B Locking signal Connected to the locking signal wire of CCL at the left front door, and connect
to the grounding wire when in operation.
13. B Power cathode Connect to the body (grounding wire) it should be as short as possible, because
the overlong wire will produce the interference source. SF
13P
1
2
3
4
5
6
7
8
9
10
11
12
13Power anode 12 V
unlocking signal of central control lock
locking signal of central control lock
no signal
right turn lamp
left turn lamp
negative input of door switch
ON power check cable
no connection
lock head lamp
unlocking signal
locking signal
power cathode
MK
Remark: the inner switch in actuator should be
connected when the actuator is in the locking status
Remark: In case the actuator is in locking status,
connect the switch inside.
ON wire connected to key
hNOs
hj
left front CCL switch
1 2 3 4 5 6
7 8 9 10 11 12 13