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How to Do DPF Regen on 2012 VW Passat TDI with Launch X431 Pro5

The Diesel Particulate Filter (DPF) is an essential component of modern diesel vehicles, including the 2012 VW Passat TDI. Over time, the DPF can become clogged with soot and other particles, leading to decreased engine performance and increased emissions. To restore optimal functionality, a process called DPF regeneration is required. In this article, we will guide you through the steps of performing DPF regeneration using the Launch X431 Pro5 diagnostic tool.

Launch X431 Pro5 with the “Intelligent diagnose” function can do DPF Regen. on a 2012 VW Passat TDI perfectly. This article will show How to Do DPF Regen on 2012 VW Passat TDI with Launch X431 Pro5.

Check the details below.

Step 1: Enable vehicle communication
Connect SmartBox 3.0 and vehicle’s DLC via the OBDII extension cable
Connect X-431 Pro5 diagnostic tool and SmartBox 3.0 via Bluetooth

Step 2: Identify vehicle info
Enter X431 Pro5 main menu
Tap Intelligent Diagnose

It will connect VCI…read VIN…decode VIN.

Automatically detect the vehicle info successfully. It’s 2012 VOLKSWAGEN Passat.

Click “Diagnostic”

Step 3: Regen DPF
Select Special Function>> DPF Regeneration
X-431 Prog 5 will identify vehicle characteristics…
Select the engine type and tap “Start”
Tap “01-Particle Filter Service Regeneration (Repair Group 26)”

1.Note on function test:
It will perform the following steps:
Evaluation of event memory entries that prevent regeneration service regeneration of diesel particulate filter

Test Requirement:

  1. Fuel Tank level: At Least 1/4 Full
  2. Vehicles with automatic transmission: Selection Lever in position P
  3. Vehicles with Manual Transmission: Selection lever in a neutral position
  4. Activate Parking Brake!
  5. Hood Closed!
  6. Switch on electrical consumers

Click “Continue/Complete”

Confirm if the Neutral gear engaged (manual transmission) and the selector lever in position P (Automatic transmission)
Click “Yes”
Confirm if the parking brake applied
Click “Yes”
Confirm if hood is closed
Click “Yes”
Confirm if the electrical consumer is switched on
Click “Yes”

2.Read the safety instructions
Click “Continue/Complete”

3.Check event memory
Click “Continue/Complete”
There are no entries in the engine control module- J623 that require a regeneration of the particulate filter. End the test?

Click “No”

4.Evaluation during idling
Allow the engine to run at idle…
Release accelerator pedal
Test successfully
Click “Continue/Complete”

5.Heat up exhaust system
Click “Continue/Complete”

6.Note
It is not necessary to permanently press the pedals during the following basic setting.
Remain at the vehicle during the entire duration of the basic setting for safety reasons.
Click “Continue/Complete”

7.Initiate Regeneration
Depress Brake Pedal
Depress Accelerator Pedal Fully
Regeneration is running
The regeneration can be canceled by pressing the Continue button
Done!

Conclusion:
Performing DPF regeneration on a 2012 VW Passat TDI using the Launch X431 Pro5 diagnostic tool is a straightforward process that can help restore optimal performance to your vehicle. By following the steps outlined in this guide, you can efficiently and effectively clear the DPF of accumulated soot, ensuring a smoother and more environmentally-friendly driving experience. More informaiton about VW, please visit VW Trouble Repair.

Communication Error with Vehicle ECU On 2006 Nissan Pathfinder 2.5dci ?

Hey everyone, hoping someone here can help!
I recently bought a Launch CRP919XBT and I’m trying to do injector coding on my 2006 Nissan Pathfinder 2.5dci but I keep getting this error!
I’ve double-checked everything — ignition is on, cables are all properly connected — but the message still pops up and won’t let me proceed.
Other functions on the tool seem to work fine. Just wondering…
👉 Has anyone successfully done injector coding on this model using the CRP919XBT?
👉 Is it supported at all? Do I need a firmware update or use a different menu/procedure?
Would appreciate any tips or confirmation before I go in circles again! 😅
Thanks in advance!

Solution:

1.When you choose Nissan it will ask for Market. Choose the Market the vehicle was originally sold in (not where you think it was made) then when selecting a Model you’ll have Navara (Spa), Navara (Thai), Pick Up, and some others. You’ll just have to keep trying models till you find the one that’s works.

2.More than likely incorrect model selected. These can be a PITA because you have Spanish Built and Thai Built both with different systems. I have done D40 Navara before with Pro3 (same software) but it took a bit of playing around to get the right software version.

𝗔𝘄𝗲𝘀𝗼𝗺𝗲 𝗨𝗽𝗱𝗮𝘁𝗲 𝗳𝗼𝗿 𝗕𝗠𝗪 𝗜𝗠𝗠𝗢 𝗦𝗼𝗳𝘁𝘄𝗮𝗿𝗲&Latest Update for SUBARU, PERODUA and VINFAST

First Update:key adding function for BMW F/G chassis models and free on X431 IMMO Scanners

Just upgrade your software with a single tap to enjoy the function!

Second Update: New software updates for SUBARU, PERODUA and VINFAST.

How to Clone BMW MSD81.2 DME Using Launch X431 IMMO Plus

If you need to replace a BMW MSD81.2 engine ECU (DME) with a used one, you can do so using the Launch X431 IMMO Plus/IMMO Elite. This guide walks you through reading the ISN (Individual Serial Number) from the original ECU, modifying the flash data, and writing the ISN to the replacement ECU to ensure compatibility with the vehicle.

The same procedure applies to MSD80, MSD85, MSV80, and similar models.

Step-by-Step Procedure

  1. Access the ECU Replacement Function
    Navigate to: BMW Function → Main Function → Engine Module Replacement → Bench Mode → MSD81_TC1796.
    Check the wiring diagram.
  2. Connect the Original ECU
    Use the X-Prog3 programmer and follow the provided wiring diagram.
    Establish a connection with the ECU.
    Wait for the security login process to complete.
  3. Read & Backup Flash Data
    Read the chip ID.
    Back up the flash data from the original ECU.
    Save the flash data.
  4. Retrieve the ISN Code
    Select “FLASH Data Decryption” to extract the 32-digit ISN code from the original ECU.
    Record the ISN code.
    Disconnect the original ECU.
  5. Prepare the Replacement ECU
    Connect the replacement ECU to the Launch X431 IMMO Plus/X-Prog3, following the same wiring diagram.
    Establish a secure connection and log in.
    Back up the flash data from the replacement ECU.
    Extract the ISN from the replacement ECU’s flash data.
  6. Modify the ISN Code
    Select “Change ISN”.
    Input the 32-digit ISN from the original ECU.
    Successfully modify the ISN and save the updated flash data.
    Verify that the modified ISN matches the original ECU’s ISN.
  7. Write the Updated Flash Data to the Replacement ECU
    Select “Restore Flash Data”.
    Choose the latest modified flash data and write it back to the replacement ECU.
    Confirm that the flash write process is successful.
  8. Install & Test the Replacement ECU
    Disconnect the ECU.
    Install the replacement ECU back into the vehicle.
    Test to ensure proper operation.

Done! The replacement ECU is now successfully cloned and functional in the vehicle.

How to Repair the BMW FRM3 Module Using Launch X431 IMMO Plus and X-Prog3

In this guide, we’ll walk you through the process of repairing the BMW FRM3 module (footwell module) using the Launch X431 IMMO Plus. This tool now supports one-click repair for FRM modules, including the FRM3R module (9S12XEQ384 3M25J) used in BMW E87, E92, and E93 models.

Tools Required:

Step 1: Prepare the Connections

Ensure all your tools are connected properly:

  1. Solder the cable to the FRM3 module.
  2. Connect the cable to the X-Prog3 programmer, and then to the Launch X431 IMMO Plus.

Step 2: Read the Chip ID

Once the connections are set up, power on the system:

  1. Select “Read Chip ID” on the Launch X431 IMMO Plus.
  2. The ID should read successfully, confirming the connection is correct.

Step 3: Check the EEPROM Data

The FRM3 module often loses EEPROM data due to low or insufficient battery voltage. Follow these steps:

  1. Navigate to the “Backup EEPROM Data” option.
  2. You’ll notice the partition shows as zero, indicating the EEPROM is empty and corrupted.

Step 4: Repair the EEPROM

Now it’s time to repair the corrupted EEPROM data:

  1. Click on the “Repair” function in the Launch X431 IMMO Plus.
  2. The tool will read the flash data and create a new EEPROM file automatically.

Step 5: Confirm the Repair

Once the repair is completed:

  1. Check the EEPROM data again. You should now see valid data populated in the EEPROM section.
  2. The FRM3 module is now repaired and should function correctly.

Conclusion

With the repair process complete, your BMW FRM3 module is now restored and operational. Using the Launch X431 IMMO Plus and X-Prog3 programmer, you’ve successfully repaired the module with minimal effort.

How to Connect the Launch X431 Pro Elite to X-Prog3

Q: The Launch X431 Pro Elite is said to be compatible with the X-Prog3 programmer. Do I need a DBScar VII to run X-Prog3 on the Launch X431 Pro Elite? How do I connect the Pro Elite to X-Prog3?

A: Yes, the Launch X431 Pro Elite is compatible with the X-Prog3 programmer and the IMMO software for key programming functions.

However, the Pro Elite/ProS Elite tablet does not use the DBScar VII Bluetooth adapter for X-Prog3, as it lacks the DBScar module. Instead, the connection is done directly through a USB interface.

How to Connect the Launch X431 Pro Elite/ProS Elite to X-Prog3:
1.USB to OBD Converter:
The X-Prog3 package includes a USB to OBD converter.
Connect one end of the converter to the tablet and the other end to the vehicle’s OBD port.


2.Direct USB Connection:
The Launch Pro Elite/ProS Elite also supports the Launch X431 Key Programmer Remote Maker. To use this, connect the key programmer to the tablet via its USB Type-C port.

By following these steps, you can successfully connect the X-Prog3 to your Launch X431 Pro Elite for key programming and other functions.

How to Bind Launch X431 TSGUN WAND with X431 Scanner

Launch X431 TSGUN WAND is a Bluetooth TPMS service tool which supports tire pressure sensor activation, reading, diagnosis, relearn and programming. It should work together with X431 scanner such as X431 V, X431 V+, X431 Pro, X431 Pro3, X431 Pro5, X431 Pro Mini, X431 PAD III, X431 PAD V,X431 PAD VII

What is in X431 TSGUN package?

  1. X431 TSGUN Wand;
  2. Charging Cable(for charging the X431 TSGUN);
  3. Password Envelope, a piece of paper with serial number(SN) and activation code, which is required when binding the X431 TSGUN to diagnostic tool;
  4. User Manual.

Function of the buttons display

How to bind X431 TSGUN with a diagnostic tool?

Turn on X431 diagnostic tool & TSGUN, press

TPMS >> Swipeleft, Next >> Bind >> Enter serial number(SN), password, Bind

(Note: please tear off the envelope seal to get SN & password.)

Press “Return” when the screen displays SN.

It will download the TPMS software automatically.

Follow the prompts to operate, just wait for Bluetooth pairing…

The X431 TSGUN will connect to the scanner automatically.

It will take some while for updating firmware…

Press “OK” when completed.

Bluetooth connection is successful.

Now you can start to do TPMS service.

for more informations, please visit following link

https://www.carobd.de/wholesale/launch-x431-i-tpms-service-tool-support-315mhz-433mhz-sensors.html

Whatsapp: +86 19947637411
Email: Sales@Carobd.de

How to Connect the Launch X431 Pro Elite to X-Prog3

How to Connect the Launch X431 Pro Elite to X-Prog3

Q: The Launch X431 Pro Elite is said to be compatible with the X-Prog3 programmer. Do I need a DBScar VII to run X-Prog3 on the Launch X431 Pro Elite? How do I connect the Pro Elite to X-Prog3?

A: Yes, the Launch X431 Pro Elite is compatible with the X-Prog3 programmer and the IMMO software for key programming functions.

However, the Pro Elite/ProS Elite tablet does not use the DBScar VII Bluetooth adapter for X-Prog3, as it lacks the DBScar module. Instead, the connection is done directly through a USB interface.

1.USB to OBD Converter:
The X-Prog3 package includes a USB to OBD converter.
Connect one end of the converter to the tablet and the other end to the vehicle’s OBD port.
2.Direct USB Connection:
The Launch Pro Elite/ProS Elite also supports the Launch X431 Key Programmer Remote Maker. To use this, connect the key programmer to the tablet via its USB Type-C port.

How-to-Connect-the-Launch-X431-Pro-Elite-to-X-Prog3-1

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By following these steps, you can successfully connect the X-Prog3 to your Launch X431 Pro Elite for key programming and other functions.

Connection Methods for Launch X431 Diagnostic Tools

Connection Methods for Launch X431 Diagnostic Tools

Method 1: Connection for Launch X431 Pro5

Connection-Methods-for-Launch-X431-Diagnostic-Tools-1

Device: Launch X431 Pro5
Connection: Micro USB to tablet
Details: For older X431 Pro5 models using the Smartlink VCI, connect via a USB cable (Type A to Type B).
Note: An additional DoIP cable is required for this method.
Method 2: Connection for Launch X431 Pro3 LINK

Connection-Methods-for-Launch-X431-Diagnostic-Tools-2

Device: Launch X431 Pro3 LINK
Connection: Standard Link connection
Details: Uses the default connection setup provided with the device. Ensure all necessary cables are present.

Method 3: Connection for Launch PAD VIII V2 LINK

Connection-Methods-for-Launch-X431-Diagnostic-Tools-3

Device: Launch PAD VIII V2
Connection: Standard Link connection
Details: For models like the PAD VIII V2, no extra DoIP cable is required. The device supports built-in communication protocols.

Method 4: Connection for Launch X431 Pro3, ACE, and Pro3 APEX

Connection-Methods-for-Launch-X431-Diagnostic-Tools-4

Device: Launch X431 Pro3, ACE, Pro3 APEX
Connection: DBScar VII+ adapter cable
Details: This method applies to newer tablets equipped with the DBScar VII adapter.
Method 5: Connection for Launch X431 PAD III/PAD VIII V2
Device: Launch X431 PAD III, PAD VIII V2
Connection: Y-splitter cable to RJ45
Details: This method integrates the DoIP protocol using the PCS 4 system. No additional DoIP cable is required.
General Information:
DoIP (Diagnostics over Internet Protocol) uses Ethernet as the communication medium, offering high-speed vehicle diagnostics.
Supported by manufacturers like BMW, Jaguar, and Volvo.

2019 VW Magotan MQB Key Matching By X431 IMMO Plus or PAD/PAD VII

Function description: 2019 VW Magotan MQB key matching
Supported products: Launch X-431 IMMO Plus/PAD
Tested models: 2019 VW Magotan MQB, VIN: LFV3A23C6J32***

Procedure:
1.Take IMMO Pro as an example. Enter the VW immobilizer and choose [Anti-Theft Key Matching], as shown in Figure 1.

VW-Magotan-MQB-Key-Matching-1

2.Choose [Key Learning], as shown in Figure 2.

VW-Magotan-MQB-Key-Matching-2

3.Connect the X-431 PROGIII and the connector, and choose OK, as shown in Figure 3.

VW-Magotan-MQB-Key-Matching-3

4.Choose [MQB Anti-theft System], as shown in Figure 4.

VW-Magotan-MQB-Key-Matching-4

5.Choose [Platform Mode], as shown in Figure 5.

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6.Choose [Dismantle and read anti-theft data], as shown in Figure 6.

VW-Magotan-MQB-Key-Matching-6

7.Choose [View Wiring diagram], as shown in Figure 7.

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8.Choose [D70F3529], as shown in Figure 8.

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The chip model D70F3529 is on the back of the instrument, as shown in Figure 8-1.

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9.Choose [Pin-up wiring diagram], as shown in Figure 9.

VW-Magotan-MQB-Key-Matching-10

10.Use USB to connect the diagnostic connector and tablet device, connect according to the wiring diagram, and select OK, as shown in Figure 11.

VW-Magotan-MQB-Key-Matching-11

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11.After the wiring is successful, choose [Read Chip ID], as shown in Figure 12.

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12. The chip ID is successfully read and the wiring is normal. Select OK, as shown in Figure 13.

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13.Choose [Back Up Complete Data], as shown in Figure 14.

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14. Reading the data…Please wait, as shown in Figure 15.

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15. It will read FLASH and EEPROM data in turn, please wait, as shown in Figure 16.

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16. After the data is read successfully, enter the name of the saved file and select OK, as shown in Figure 17 (the Chinese name is not supported for the time being).

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17. Select the save path and select OK, as shown in Figure 18.

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18. Confirm the save path and select OK, as shown in Figure 19.

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19. Select [Flash&Eeprom Data Decryption], as shown in Figure 20.

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20. Select the instrument data read before and select OK, as shown in Figure 21.

VW-Magotan-MQB-Key-Matching-23

21. The parsing is successful. Record the CS code of the car and select Confirm, as shown in Figure 22.

VW-Magotan-MQB-Key-Matching-24

22.Choose [Generate Dealer Key], as shown in Figure 23.

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23. Put the original car key into the programmer and select OK, as shown in Figure 24.

VW-Magotan-MQB-Key-Matching-26

VW-Magotan-MQB-Key-Matching-27

24. The original car key is successfully read. Put in the blank key that needs to be matched and select OK, as shown in Figure 16.

VW-Magotan-MQB-Key-Matching-28

25.Choose [VW], as shown in Figure 26.

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26. The dealer key is successfully generated. Select OK, as shown in Figure 27.

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27. After restoring the instrument, install it on the car, connect the device to the car, and choose [Learn Key], as shown in Figure 28.

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28. Enter the number of keys to be learned and select OK, as shown in Figure 29.

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29.The current key is a smart key. Select Yes, as shown in Figure 30.

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30. Keep the key in the sensing area on the right side of the steering column and select OK, as shown in Figure 31.VW-Magotan-MQB-Key-Matching-34

31. The instrument displays 0-2 and enters the learning mode, as shown in Figure 32.

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32. The first key is successfully learned, and the instrument displays 1-2, as shown in Figure 33.

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33. After the first key is successfully learned, directly replace it with the second key and paste the second key on the sensing area, as shown in Figure 34.

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34. The second key is successfully learned, and the instrument displays 2-2, as shown in Figure 35.

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35. After the data is saved, the function is completed, as shown in Figure 36.

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