Description |
• |
Monitoring the vehicle's operating conditions to determine the optimal
gear setting.
|
• |
Performing a gear change if the current gear setting differs from the
identified optimal gear setting.
|
• |
Determining the need for damper clutch (D/C) activation and engages
the clutch accordingly.
|
• |
Calculating the optimal line pressure level by constantly monitoring
the torque level and adjusts the pressure accordingly.
|
• |
Diagnosing the automatic transaxle for faults and failures.
|
1. TCM Connector and Terminal Function |
2. TCM Terminal Function |
Pin |
Description |
Pin |
Description |
22 |
Overdrive clutch control solenoid valve (OD/C_VFS) |
73 |
Inhibitor switch signal "S4" |
23 |
Pressure control solenoid (VFS-LINE) |
74 |
Inhibitor switch signal "S2" |
26 |
ON/OFF solenoid valve B (SS-B) |
75 |
Inhibitor switch signal "S3" |
37 |
Sports mode up switch |
87 |
Solenoid power 1 |
38 |
Sports mode select switch |
88 |
Solenoid power 2 |
39 |
Oil temperature sensor (-) |
89 |
ON/OFF solenoid valve A (SS-A) |
43 |
Underdrive brake control solenoid valve (UD/B_VFS) |
94 |
Inhibitor switch signal "S1" |
44 |
35R clutch control solenoid valve (35R/C_VFS) |
95 |
Output speed sensor power |
45 |
Torque converter control solenoid (T/CON_VFS) |
96 |
Input speed sensor power |
46 |
26 brake control solenoid valve (26/B_VFS) |
99 |
Input speed sensor signal |
58 |
Sports mode down switch |
100 |
Output speed sensor signal |
59 |
Oil temperature sensor (+) |
|
|
Pin |
Description |
Pin |
Description |
1 |
GND (Power) |
5 |
VB (Battery voltage) |
2 |
GND (Power) |
60 |
CAN High |
3 |
VB (Battery voltage) |
68 |
IG.1 ( Ignition key) |
4 |
Ground (Power) |
77 |
CAN Low |
TCM Terminal input/ output signal |
Pin |
Description |
Condition |
Input/output value |
|
Type |
Level |
|||
22 |
Overdrive clutch control solenoid valve (OD/C_VFS) |
- |
Output |
0V / Battery voltage level |
9V < Battery voltage level < 16V |
||||
23 |
Line pressure control solenoid valve (LINE_VFS) |
- |
Output |
0V / Battery voltage level |
9V < Battery voltage level < 16V |
||||
26 |
ON/OFF solenoid valve B (SS-B) |
High |
Output |
0V / Battery voltage level |
Low |
9V < Battery voltage level < 16V |
|||
37 |
Sports mode up switch |
Up ON |
Input |
0V / Battery voltage level |
Other |
9V < Battery voltage level < 16V |
|||
38 |
Sports mode select switch |
Sport mode |
Input |
0V / Battery voltage level |
Other |
9V < Battery voltage level < 16V |
|||
39 |
Oil temperature sensor (+) |
ON |
Input |
0V / 3.3V |
OFF |
||||
43 |
Underdrive brake control solenoid valve (UD/B_VFS) |
- |
Output |
0V / Battery voltage level |
9V < Battery voltage level < 16V |
||||
Power supply : V_SOL2 |
||||
44 |
35R clutch control solenoid valve (35R/C_VFS) |
- |
Output |
0V / Battery voltage level |
9V < Battery voltage level < 16V |
||||
45 |
Torque converter control solenoid valve (T/CON_VFS) |
- |
Output |
0V / Battery voltage level |
9V < Battery voltage level < 16V |
||||
46 |
26 brake control solenoid valve (26/B_VFS) |
- |
Output |
0V / Battery voltage level |
9V < Battery voltage level < 16V |
||||
Power supply : V_SOL2 |
||||
58 |
Sports mode down switch |
Down ON |
Input |
0V
/ Battery voltage level |
Other |
9V < Battery voltage level < 16V |
|||
59 |
Oil temperature sensor (-) |
- |
Ground |
0V |
73 |
Inhibitor switch signal "S4" |
High |
Input |
0V / Battery voltage level |
Low |
9V < Battery voltage level < 16V |
|||
74 |
Inhibitor switch signal "S2" |
High |
Input |
0V / Battery voltage level |
Low |
9V < Battery voltage level < 16V |
|||
75 |
Inhibitor switch signal "S3" |
High |
Input |
0V / Battery voltage level |
Low |
9V < Battery voltage level < 16V |
|||
89 |
ON/OFF solenoid valve A (SS-A) |
High |
Output |
0V / Battery voltage level |
Low |
9V < Battery voltage level < 16V |
|||
94 |
Inhibitor switch signal "S1" |
High |
Input |
0V / Battery voltage level |
Low |
9V < Battery voltage level < 16V |
|||
95 |
Output speed sensor power |
ON |
Power |
0V / 7.5V |
OFF |
||||
96 |
Input speed sensor power |
ON |
Power |
0V / 7.5V |
OFF |
||||
99 |
Input speed sensor signal |
High |
Input |
0.7V / 1.4V |
Low |
||||
100 |
Output speed sensor signal |
High |
Input |
0.7V / 1.4V |
Low |
Circuit Diagram |
Inspection |
1. |
TEST TCM GROUND CIRCUIT: Measure resistance between TCM and chassis
ground using the backside of TCM harness connector as TCM side check
point. If the problem is found, repair it.
|
2. |
TEST TCM CONNECTOR: Disconnect the TCM connector and visually check
the ground terminals on TCM side and harness side for bent pins or poor
contact pressure. If the problem is found, repair it.
|
3. |
If problem is not found in Step 1 and 2, the TCM could be faulty. If
so, make sure there were no DTC's before swapping the TCM with a new
one, and then check the vehicle again. If DTC's were found, examine
this first before swapping TCM.
|
4. |
RE-TEST THE ORIGINAL TCM: Install the original TCM (may be broken) into
a known-good vehicle and check the vehicle. If the problem occurs again,
replace the original TCM with a new one. If problem does not occur,
this is intermittent problem (Refer to “Intermittent Problem Inspection
Procedure” in Basic Inspection Procedure).
|
Removal |
1. |
Turn ignition switch OFF.
|
2. |
Disconnect the negative (-) battery cable.
|
3. |
Remove the battery.
|
4. |
Disconnect the TCM connector (A).
|
5. |
Remove the TCM (A) after removing the bolt and nut.
|
Installation |
1. |
Install in the reverse order of removal.
|
Hyundai Creta GS 2014-2024 Service Manual: AUX(Auxiliary) Jack
Schematic diagrams
Circuit Diagram
Description and operation
Description
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Hyundai Creta GS 2014-2024 Service Manual: Front Door Power Window Regulator
Components and components location
Components Location
1. Front door power window regulator
Repair procedures
Replacement
1.
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