Hyundai Azera: Transaxle Control Module (TCM) Schematic Diagrams
| TCM connector and terminal function |

| TCM Terminal Function |
| Pin | Description | Pin | Description |
| 1 | ? | 51 | ? |
| 2 | ? | 52 | ? |
| 3 | ? | 53 | ? |
| 4 | ? | 54 | Sports mode down switch |
| 5 | ? | 55 | ? |
| 6 | ? | 56 | ? |
| 7 | ? | 57 | ? |
| 8 | ? | 58 | ? |
| 9 | CCP CAN(HIGH) | 59 | ? |
| 10 | CAN Communication line(HIGH) | 60 | ? |
| 11 | ? | 61 | ? |
| 12 | ? | 62 | ? |
| 13 | ? | 63 | ? |
| 14 | ? | 64 | ? |
| 15 | ? | 65 | ? |
| 16 | ? | 66 | ? |
| 17 | ? | 67 | ? |
| 18 | ? | 68 | ? |
| 19 | ? | 69 | ? |
| 20 | ? | 70 | ? |
| 21 | ? | 71 | ? |
| 22 | ? | 72 | ? |
| 23 | ? | 73 | ? |
| 24 | ? | 74 | ? |
| 25 | ? | 75 | ? |
| 26 | ? | 76 | ? |
| 27 | ? | 77 | ? |
| 28 | ? | 78 | ? |
| 29 | Sports mode up switch | 79 | Sports mode select switch |
| 30 | ? | 80 | ? |
| 31 | ? | 81 | ? |
| 32 | ? | 82 | ? |
| 33 | ? | 83 | ? |
| 34 | CCP CAN(LOW) | 84 | Shift lock solenoid |
| 35 | CAN Communication line(LOW) | 85 | ? |
| 36 | ? | 86 | ? |
| 37 | ? | 87 | ? |
| 38 | ? | 88 | ? |
| 39 | ? | 89 | ? |
| 40 | ? | 90 | ? |
| 41 | ? | 91 | ? |
| 42 | ? | 92 | ? |
| 43 | ? | 93 | ? |
| 44 | Inhibitor switch signal "S1" | 94 | ? |
| 45 | Inhibitor switch signal "S2" | 95 | ? |
| 46 | Inhibitor switch signal "S3" | 96 | ? |
| 47 | Inhibitor switch signal "S4" | 97 | ? |
| 48 | ? | 98 | ? |
| 49 | ? | 99 | ? |
| 50 | ? | 100 | ? |
| Pin | Description | Pin | Description |
| 1 | Overdrive clutch control solenoid valve (OD/C) | 51 | Line pressure control solenoid valve (L/P) |
| 2 | ? | 52 | Underdrive brake control solenoid valve (UD/B) |
| 3 | Input speed sensor signal | 53 | ON/OFF solenoid valve B(SS-B) |
| 4 | Output speed sensor signal | 54 | Output speed sensor power |
| 5 | ? | 55 | Oil temperature sensor (+) |
| 6 | ? | 56 | ? |
| 7 | ? | 57 | Oil temperature sensor (-) |
| 8 | ? | 58 | ? |
| 9 | ? | 59 | ? |
| 10 | ? | 60 | ? |
| 11 | ? | 61 | ? |
| 12 | ? | 62 | ? |
| 13 | ? | 63 | ? |
| 14 | ? | 64 | ? |
| 15 | ? | 65 | ? |
| 16 | ? | 66 | ? |
| 17 | ? | 67 | ? |
| 18 | ? | 68 | ? |
| 19 | ? | 69 | ? |
| 20 | ? | 70 | ? |
| 21 | ? | 71 | ? |
| 22 | ? | 72 | ? |
| 23 | ? | 73 | ? |
| 24 | ? | 74 | ? |
| 25 | ? | 75 | ? |
| 26 | Torque converter control solenoid valve (T/CON) | 76 | Solenoid supply power 1 |
| 27 | 35R Clutch control solenoid valve (35R/C) | 77 | Solenoid supply power 2 |
| 28 | ON/OFF solenoid valve A (SS-A) | 78 | 26 brake control solenoid valve (26/B) |
| 29 | Input speed sensor power | 79 | ? |
| 30 | ? | 80 | ? |
| 31 | ? | 81 | ? |
| 32 | ? | 82 | ? |
| 33 | ? | 83 | ? |
| 34 | ? | 84 | ? |
| 35 | ? | 85 | ? |
| 36 | ? | 86 | ? |
| 37 | ? | 87 | ? |
| 38 | ? | 88 | ? |
| 39 | ? | 89 | ? |
| 40 | ? | 90 | ? |
| 41 | ? | 91 | ? |
| 42 | ? | 92 | ? |
| 43 | ? | 93 | ? |
| 44 | ? | 94 | ? |
| 45 | ? | 95 | ? |
| 46 | ? | 96 | ? |
| 47 | ? | 97 | ? |
| 48 | ? | 98 | ? |
| 49 | ? | 99 | ? |
| 50 | ? | 100 | ? |
| TCM Terminal input/ output signal |
| Pin | Description | Condition | Input/output value | |
| Type | Level | |||
| 10 | CAN Communication line(HIGH) | - | - | - |
| 29 | Sports mode up switch | Up ON | Input | 0V/Battery voltage level |
| Other | 9V < Battery voltage level <16V | |||
| 35 | CAN Communication line(LOW) | - | - | - |
| 44 | Inhibitor switch signal "S1" | ON | Input | Battery voltage level |
| OFF | 9V < Battery voltage level <16V | |||
| 45 | Inhibitor switch signal "S2" | ON | Input | Battery voltage level |
| OFF | 9V < Battery voltage level <16V | |||
| 46 | Inhibitor switch signal "S3" | ON | Input | Battery voltage level |
| OFF | 9V < Battery voltage level <16V | |||
| 47 | Inhibitor switch signal "S4" | ON | Input | Battery voltage level |
| OFF | 9V < Battery voltage level <16V | |||
| 54 | Sports mode down switch | Up ON | Input | 0V/Battery voltage level |
| Other | 9V < Battery voltage level <16V | |||
| 79 | Sports mode select switch | Sport mode | Input | 0V/Battery voltage level |
| Other | 9V < Battery voltage level <16V | |||
| 84 | Shift lock solenoid | - | - | - |
| Pin | Description | Condition | Input/output value | |
| Type | Level | |||
| 1 | Overdrive clutch control solenoid valve (OD/C) | - | Output | 0V/Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| 3 | Input speed sensor signal | Rotate | Pulse | Maximum frequency : 9 kHz |
| Minimum frequency : > 0 Hz | ||||
| 4 | Output speed sensor signal | Rotate | Pulse | Minimum high pulse : ? 25 ? |
| Minimum low pulse : ? 25 ? | ||||
| 26 | Torque converter control solenoid valve (T/CON) | - | Output | 0V/Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| 27 | 35R Clutch control solenoid valve (35R/C) | - | Output | 0V/Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| 28 | ON/OFF solenoid valve A (SS-A) | - | Output | 0V/Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| 29 | Input speed sensor power | ON | Power | 0V/7.5V |
| OFF | ||||
| 51 | Line pressure control solenoid valve (L/P) | - | Output | 0V/Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| 52 | Underdrive brake control solenoid valve (UD/B) | - | Output | 0V/Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| 53 | ON/OFF solenoid valve B (SS-B) | - | Output | 0V/Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| 54 | Output speed sensor power | ON | Power | 0V/7.5V |
| OFF | ||||
| 55 | Oil temperature sensor (+) | - | Input | 5V |
| 57 | Oil temperature sensor (-) | - | Ground | 0V |
| 76 | Solenoid supply power 1 | - | Power | Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| 77 | Solenoid supply power 2 | - | Power | Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| 78 | 26 Brake control solenoid valve (26/B) | - | Output | 0V/Battery voltage level |
| 9V < Battery voltage level <16V | ||||
| Circuit Diagram |


Transaxle Control Module (TCM) Description and Operation
Transaxle Control Module (TCM) Repair proceduresContacts
Press the key
Select [Contacts]
The list of saved phone book entries is displayed. Select the
button to download the call history.
1) Contacts List :
-Displays downloaded contacts entries
- ...
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Replacement
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When prying with a flat-tip screwdriver, wrap it with
protective tape, and apply protective tape around the related parts, to
prevent damage.
•
...
Active ECO operation
Active ECO helps improve fuel efficiency by controlling certain engine and transaxle
system operating parameters. Fuel efficiency depends on the driver's driving habit
and road condition.
Wh ...