Below are generalized workflows. Always follow the vehicle-specific procedure in the diagnostic software.
It cannot read EEPROM chips directly to extract hidden pin codes.
The tool is available in various hardware revisions, such as single-PCB ("one-board") and double-PCB ("two-board") versions, which require different software and firmware setups.
While the DS150e is primarily known for reading fault codes and viewing live data, it also houses powerful capabilities for Immobilizer and Key Programming
Choose Special Functions → Key Programming → Read Key Count . This confirms the tool communicates with the IMMO box. If it fails, check your OBD connection or vehicle compatibility.
While the exact on-screen menus will vary by vehicle, the general process follows a standard pattern:
It cannot read data directly from desoldered EEPROM microchips on a circuit board.
Before you click "Program Key" on your DS150E:
Select the correct of the vehicle. Step 2: Navigate to the Immobilizer System
Below are generalized workflows. Always follow the vehicle-specific procedure in the diagnostic software.
It cannot read EEPROM chips directly to extract hidden pin codes.
The tool is available in various hardware revisions, such as single-PCB ("one-board") and double-PCB ("two-board") versions, which require different software and firmware setups.
While the DS150e is primarily known for reading fault codes and viewing live data, it also houses powerful capabilities for Immobilizer and Key Programming
Choose Special Functions → Key Programming → Read Key Count . This confirms the tool communicates with the IMMO box. If it fails, check your OBD connection or vehicle compatibility.
While the exact on-screen menus will vary by vehicle, the general process follows a standard pattern:
It cannot read data directly from desoldered EEPROM microchips on a circuit board.
Before you click "Program Key" on your DS150E:
Select the correct of the vehicle. Step 2: Navigate to the Immobilizer System