Great Wall Florid. Manual - part 36

GWFLORID Maintenance Manual

142

Basic Information on the Electrical System ........................ 143
Fuse Box ............................................................................ 144
Overall Vehicle’s Grounding Point Schematics .................. 150
Key Electrical Component’s Module Schematics for
the Overall Vehicle.............................................................. 151
Wire Harness Distribution Chart for the Overall Vehicle ..... 152
Wire Harness Relationship and Plug-in Connections
Numbered Diagram ............................................................ 155
Wire Harness Plug-in Connectors and
Pin Function Diagram ......................................................... 156
Electrical Wiring Diagram for the Overall Vehicle ............... 167

Vehicle Body Electrical System

143

Vehicle Body Electronic System

Basic Information on the Electrical System

Electrical system schematics reading instructions

1. Configuration introduction

The GWFLORID comes in three configurations: comfort, luxury and elite. The wire harness has two types of

configurations: One is a non jam protection comfort model, which is a combination of both comfort and luxury

type, the other type is called elite. These two configurations are universally used in most of this manual. The

parts that are only available for the non jam protection comfort type have been marked in this manual, please

pay attention to these sections while performing maintenance.

2. Fuse box and power supply introduction

The fuse box located inside the left side of the dashboard is No. 1 Fuse Box, the other one inside the left side of

the engine compartment is No. 2 Fuse Box.

•

30 represents a power cord for normal power, which is from the battery positive fuse box-60 A.

•

30a represents a power cord for normal power, which is from the battery positive fuse box-120 A.

•

30b represents a power cord for normal power, which is from the battery positive fuse box-120 A.

•

15 represents a power cord for small capacity electronics. When the ignition switch is at the "ON" position,

power is supplied by relay IG.

•

15a represents a power cord for small capacity electronics. When the ignition switch is at the "ON"

position, power is directly supplied by ignition switch IG1.

•

15b represents a power cord for small capacity electronics. When the ignition switch is at the "ON"

position, power is directly supplied by ignition switch IG2.

•

X represents a power cord for small capacity electronics. When the ignition switch is at the "ACC"

position, power is supplied by relay ACC.

4. Wire's color and sectional area (mm

)

B-Black

W-White

R-Red

Bl-Blue

Br-Brown

Y-Yellow

G-Green

P-Pink

Or-Orange

V-Violet

Lg-Light green

Gr-Gray

Mark the solid-colored wires with the letters in the above table. Double-colored wires' first letter is the primary

color, second letter is the secondary color.

For example:

Solid-colored wire: Red, marked as R.

3. Connector

(a) Negative connector pin number

Arranged from upper left to lower right.

(b) Positive connector pin number

Arranged from upper right to lower left.

Example:

Negative connector

Positive connector

connectors.

Mainly lies in their different types of interior pins.

• Every connector is indicated by its engaging part and

locked on the top.

• Please pull out the connector, insted of its wires.

Note: Before pulling out the connector, please check its

type first.

GWFLORID Maintenance Manual

144

Double-colored wire: Primary color is Red, secondary color is Blue, marked as RBl.

0.5BrGr means Brown wire with a Gray fine wire, and sectional area is 0.5 mm

Areas of importance in circuit maintenance

1. Before operating any electronic devices, and when tools or maintenance devices may easily make

contact with an uncovered electronic terminal, please make sure to turn the ignition switch to the LOCK

position, and then disconnect the battery's negative cable to avoid injury or vehicle damage. When the

ignition switch is on the ON position, please do not disconnect the battery's connecting wire or take out

the power's fuse, regardless if the engine is running or not.Otherwise it would seriously damage the

ECU and related microelectronic devices such as sensors.

2. When changing the fuse, please make sure that the new fuse possesses the proper current rating,

and is not above or below this rating.

3. When repairing the wire harnesses of the airbag and pretensioner, only specified contact points,

plugs, and wires are allowed to be used.

4. Before repairing the wire harness, make sure to eliminate any factor that might cause damage,

for example, the edge of a vehicle body part is too sharp, or the used electronics are damaged or

corroded.

5. Shielded wire should not be repaired, it must be replaced entirely once it is damaged.

6. Unless it is specified during the test, please do not use an analog multimeter to test the ECU and

sensor, instead use a high-impedance digital multimeter (internal resistance should be ≥10 kΩ) or a

vehicle multimeter for inspection.

7. When inspecting the connector with a digital multimeter, take the waterproof rubber cover off the

connector, and tightly insert the test pen along the connecting terminal. Don't use too much force, as

to avoid cracking the connector.

Circuit inspection steps

The principle of troubleshooting is to confirm the "possible cause". Once the possible cause is confirmed, the

components that need to be inspected are limited to the components that are related to the possible cause. The

confirmed possible cause should be based on theory and be supported by facts, but not just by intuition. If

one tries to solve the problem but does not adopt the proper troubleshooting steps, it may make the problem

worse. Then the possible cause not only can't be confirmed, but also maintenance can't be performed properly.

Troubleshooting should adhere to the four steps below:

1. Observe the symptoms carefully, inspect if there is anything else abnormal, and record it.

2. While confirming the possible causes, study the circuit diagram carefully, and regard it as a whole

system in order to understand the circuit. Thorough knowledge of switches, relays, and other

electronic components is obligatory for proper analysis.

3. Inspect and eliminate the problems one by one until the cause is found.

4. After the malfunction is fixed, make sure to check if the inspected system is working properly, and also

check if the maintenance may have caused any new problems.

Compres-

sor relay

Reserve

Sunroof (Elite)

Lamplet

Reserve

Door and window Reserve

Blower

Lamplet

relay

Flasher relay

Blower high

speed relay

(Elite)

Door and

window relay

(Comfort,

Luxury)

Blower relay

Reserve

Front fog lamp

Combination meter

Interior lighting

central door lock

brake lamp

CD player

Reserve

Cigarette lighter

Rearview mirror

Front wiper

Char

Airbag

Reserve

Reverse lamp

Rear fog lamp

Rear wiper

Defroster

Compressor

ACC relay

IG relay

Rear wiper

relay

Defroster

relay

Front fog

lamp relay

Rear fog

lamp relay

arning lamp

Turn signal lamp

Cab No.1 fuse box

Fuse Box

145

Vehicle Body Electronic System

Fuse number Current rating

Fuse type

Power

Bearer circuit

F01

Reserve

AutoFuse

30 Battery (+)

F02

25 A

Sunroof (Elite)

F03

10 A

Parking lamp relay, front fog lamp

switch, rear fog lamp switch

F04

15 A

F05

Reserve

F06

15 A

Hazard warning lamp

F07

10 A

15a IG1

Turn signal lamp

F08

15 A

30 Battery (+)

Front fog lamp relay

F09

10 A

Rear fog lamp relay

F10

10 A

Compressor relay

F11

10 A

Rear wiper relay

F12

25 A

Rear defroster, rearview mirror defroster

F13

10 A

Combination meter

F14

10 A

Internal lighting

F15

20 A

Central lock controller

F16

10 A

Brake lamp switch

F17

15 A

Stereo

F18

Reserve

F19

Reserve

F20

Reserve

F21

25 A

X Attached

ACC

Front cigarette lighter, rear cigarette

lighter, backup power supply

F22

15 A

Power rearview mirror

F23

15 A

15a IG1

Front wiper motor, front and rear washer motor

F24

10 A

Combination meter indicator lamp power

F25

10 A

ABS ECU

F26

15 A

Airbag

F27

Reserve

F28

10 A

Reverse lamp, air conditioner controller

S/B1

Reserve

Slow burn fuse 30 Battery (+)

S/B2

30 A

Door and window relay (Non Jam Protection)

S/B3

Reserve

S/B4

40 A

Blower relay

S/B5

Reserve

Fuse number and bearer circuit

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