Hyundai Santa Fe (TM): Indicators And Gauges / Instrument Cluster. Repair procedures

Hyundai Santa Fe (TM) 2019-2023 Service and Repair Manual / Body Electrical System / Indicators And Gauges / Instrument Cluster. Repair procedures

Removal
1.
Disconnect the negative (-) battery terminal.
2.
Remove the cluster fascia panel (A).
(Refer to Body - "Cluster Fascia Panel")
3.
Remove the cluster (A) from the housing after removing 2 screws.
4.
Disconnect the cluster connecter (A) and then remove the cluster (B).
Installation
1.
Connect the cluster connector.
2.
Install the cluster assembly.
3.
Install the cluster facia panel.
4.
Connect the negative (-) battery terminal.
  
•
Perform variant coding after exchanging the instrument cluster.
•
Check the instrument cluster works properly.
Inspection
1.
Check point (Warning indicator)
No
Ref
Symbol
Color
Name
Signal Input
Signal Control
(Unit / Sensor)
Check Point
1

Green
 Turn Left
 C-CAN
 BCM
1)
CAN line failure
2

Green
 Turn Right
 C-CAN
3

Green
 Front Fog
 C-CAN
 BCM
1)
CAN line failure
4

Blue
 High Beam
 C-CAN
 BCM
1)
CAN line failure
5

Green
 Low Beam
 C-CAN
 BCM
1)
CAN Line failure
6

Green
 Tail Lamp
 C-CAN
 BCM
1)
CAN Line failure
7

Green
 Cruise
 C-CAN
 EMS
1)
CAN line failure
8

Green
 SET
 C-CAN
 EMS
1)
CAN line failure
9

Red
 Seat Belt
 C-CAN
 BCM
1)
CAN line failure
10

Red
 Air Bag
 C-CAN
 ACU
1)
CAN line failure
11

Yellow
 Trunk Open
 C-CAN
 BCM
1)
CAN line failure
12

Red
 Door Open
 C-CAN
 BCM
1)
CAN line failure
13

Red
 High Temperature
 C-CAN
 EMS
1)
CAN line failure
14

Yellow
 Immobilizer
 C-CAN
 SMK
1)
CAN line failure
15

Yellow
 ABS
 C-CAN
 ESC
1)
CAN line failure
16

Yellow
 EPB
 C-CAN
 EPB
1)
CAN line failure
17

Yellow
 ESC
 C-CAN
 ESC
1)
CAN line failure
18

Yellow
 ESC OFF
 C-CAN
 ESC
1)
CAN line failure
19

Yellow
 TPMS
(Tread & Fail)
 C-CAN
 TPMS
1)
CAN line failure
20

Yellow
 Fuel Low
 Hardwire
 Fuel Sender
1)
Fuel sender failure
2)
Wiring failure
21

Red
 Parking Brake
 C-CAN
 BCM
TCS
EPB
1)
CAN line failure
22

Yellow
 Oil Pressure
 Hardwire
 Oil Pressure Sensor
1)
Wiring failure
23

Red
 Battery Charge
 Hardwire
 Battery Sensor
1)
Wiring failure
24

Yellow
 Check Engine
 C-CAN
 EMS
1)
CAN line failure
25

Yellow
 Low Washer
 Hardwire
 Water Level Sensor
1)
Wiring failure
26

Green
 AUTOHOLD
(Green)
 C-CAN
 ESC
1)
CAN line failure

Yellow
 AUTOHOLD
(Yellow)
 C-CAN
 ESC
1)
CAN line failure

White
 AUTOHOLD
(White)
 C-CAN
 ESC
1)
CAN line failure
27

Green
White
Yellow
 LDWS
 C-CAN
 LDWS
1)
CAN line failure
28

Green
 Active ECO
 Hardwire
 ECO ON/OFF Switch
1)
Switch failure
2)
Wiring failure
29

Yellow
 4WD Diagnosis
 C-CAN
 4WD Unit
1)
4WD unit failure
2)
CAN line failure
30

Yellow
 4WD LOCK
 C-CAN
 4WD ECU
1)
4WD ECU failure
2)
CAN line failure
31

Yellow
 Glow
 C-CAN
 Glow Plug
1)
Glow plug failure
2)
CAN line failure
32

Red
 EPS
 C-CAN
 EPS Unit
1)
EPS unit failure
2)
CAN line failure
33

Red
 Water Seperator
 C-CAN
 Fuel filter water seperator sensor
1)
Water seperator sensor failure
2)
CAN line failure
34

Green
Yellow
 DBC
 C-CAN
 TCU
1)
TCU failure
2)
CAN line failure

2.
Check point (Gauge)
No
Name
Signal Input
Signal Control
(Unit/Sensor)
Check Point
1
 Speedometer
 C-CAN
 TCU, ABS
1)
CAN Line failure
2
 Tachometer
 C-CAN
 EMS
1)
CAN Line failure
3
 Cooling water temperature
 C-CAN
 EMS
1)
CAN Line failure
4
 Fuel
 Hardwire
 Fuel sender
1)
Fuel sender failure
2)
Wiring failure

Diagnosis with Diagnostic Tool
1.
In the body electrical system, failure can be quickly diagnosed by using the vehicle diagnostic system.
The diagnostic system provides the following information.
(1)
Fault Code Searching : Checking failure and code number (DTC)
(2)
Data Analysis : Checking the system input/output data state
(3)
Actuation test : Checking the system operation condition
(4)
S/W Management : Controlling other features including system option setting and zero point adjustment
2.
If diagnose the vehicle by diagnostic tool, select "DTC Analysis" and "Vehicle".
3.
If check current status, select the "Data Analysis" and "Car model".
4.
Select the 'CLU' to search the current state of the input/output data.
CLU Variant Coding
As we have more options (ESC, TPMS, SCC, etc.) in the car, the dashboard now have more information to display depending on the chosen options.
For this reason, we need to learn which options the current vehicle when we replace the dashboard.
To address this issue, a course of learning based on the option required for the vehicle when replacing the dashboard should be carried out.
This is called Variant Coding.
1.
Connect the cable of diagnostic tool to the data link connector in driver side crash pad lower panel.
2.
Select the 'S/W Management' and 'Car model'.
3.
Select the 'Cluster Module' and 'CLU Variant Coding'.
Variant Coding (BackUP & Input)
  
•
If the dashboard is newly replaced, it is necessary to back up the relevant information before replacing the dashboard to see what options are installed in the existing vehicle. And enter the existing dashboard information after replacing the dashboard, so make sure to perform variant coding.
1.
Back up the variable coding value before replacing the cluster.
2.
Connect the cable of diagnostic tool to the data link connector in driver side crash pad lower panel.
3.
Select the 'S/W Management' and 'Car model'.
4.
Select the 'Variant coding (Backup & Input).
5.
After checking purpose and enable condition, press the ‘OK’ button.
6.
Press the ‘OK’ button.
7.
Select ‘BackUP’ to back up the variable coding value before replacing the cluster.
8.
When the ‘Backup’ operation is completed, press the ‘OK’ button.
9.
Replacement the new instrument cluster.
(Refer to Body Electrical System - "Instrument Cluster")
  
•
If the variant code is not automatically entered, enter it manually.
10.
Connect the cable of diagnostic tool to the data link connector in driver side crash pad lower panel.
11.
Select the 'S/W Management' and 'Car model'.
12.
Select the 'Variant coding (Backup & Input).
13.
After checking purpose and enable condition, press the ‘OK’ button.

14.
Press the ‘OK’ button.
15.
Select ‘Input’ to input the coding values.
16.
When the ‘Input’ operation is completed, press the ‘OK’ button.

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