Hyundai i-30: Power windows / Automatic reverse

If a window senses any obstacle
whilst it is closing automatically, it will
stop and lower approximately 30 cm
(12 inches) to allow the object to be
cleared.
If the window detects the resistance
whilst the power window switch is
pulled up continuously, the window
will stop upward movement then
lower approximately 2.5 cm (1 inch).
If the power window switch is pulled
up continuously again within 5 seconds
after the window is lowered by
the automatic window reverse feature,
the automatic window reverse
will not operate.
Information
The automatic reverse feature is only
active when the “Auto Up” feature is
used by fully pulling up the switch to
the second detent.
WARNING
Make sure body parts or other
objects are safely out of the way
before closing the windows to
avoid injuries or vehicle damage.
Objects less than 4 mm (0.16
inch) in diameter caught between
the window glass and the upper
window channel may not be
detected by the automatic reverse
window and the window will not
stop and reverse direction.
NOTICE
Do not install any accessories on
the windows. The automatic
reverse feature may not operate.
(1) Driver’s door power window
switch
(2) Front passenger’s door power
window switch
(3) Rear door (right) power window
switch
(4) Rear door (left) power window
switch
(5) Window opening and closing
(6) Automatic power window
(7) Power window lock switch
The ignition switch must be in the ON
position to be able to raise or lower
the windows...
The driver can disable the power
window switches on the rear passengers'
doors by pressing the power
window lock switch.
When the power window lock switch
is pressed:
The driver's master control can
operate all the power windows...
Other information:
Components and components location
Components
TFT LCD Cluster (Standard)
TFT LCD Cluster (7Inch)
Connector Pin Information
Connector Pin Information
No.
Description
No.
Description
1
Ground
21
Trip switch (-)
2
Illumination (-)
22
Trip switch 1 (+)
3
Rheostat switch (Down)_Input
23
Trip switch 2 (+)
4
Rheostat switch (Up)_Input
24
M/T N switch
5
Dentent
25
Driver mode switch
6
P
26
-
7
R
27
-
8
N
28
Low washer level sensor
9
D
29
M-CAN (Low)
10
S
30
M-CAN (High)
11
Immobillizer
31
-
12
Vehicle speed_Output
32
C-CAN (High)
13
Alternator_Input
33
C-CAN(Low)
14
Fuel sender (+)_Input
34
-
15
-
35
-
16
Fuel sender (-)_Input
36
-
17
Water separator (+)
37
Ground
18
Airbag (+)_Input
38
-
19
Oil press switch (-)_Input
39
IGN 1
20
Tail_input
40
Battery (+)
Schematic diagrams
Circuit Diagram
TFT LCD Cluster (Standard)
TFT LCD Cluster (7Inch)
Description and operation
Description
Communication Network Diagram
Abbreviation
Expalnation
ECM
Engine Control Module
TCU
Transmission Control Unit
MDPS
Motor Driven Power Steering
AEB
Autonomous Emergency Braking
LKAS
Lane Keeping Assist System
FPS
Fuel Pump Control module
RR CAMERA
Rear View Carmera
VACUUM
Vacuum Pump
CLUSTER
Cluster Module
ACU
Airbag Control Unit
DATC
Dual Automatic Temp Control
MTC
Temp Control
OCS
Occupant Classification System
VDC
Vehicle Dynamic Control
BSD
Blind Spot Detection
AMP
Amplifier
AVN
Head Unit (Audio / AVN)
SMK
Smart Key Unit
WPC
Wireless Power Charger
IMS
Integrated Memory System
DDM
Driver Door Module
ADM
Assist Door Module
BCM
Body Control Module
B-CAN
Body Controller Area Network
P-CAN
Powertrain Controller Area Network
M-CAN
Multi media Controller Area Network
C-CAN
Chassis Controller Area Network
Cluster Variant Coding
As we have more options (ESC, MDPS etc...
Description and Operation
Wireless Power Charger System
During ACC or IG ON, battery voltage is supplied to the wireless power charger
system to transmit an output of 5 W to mobile phone.
Mobile phones certified with the wireless charging standard WPC (Qi 1...