ECU Database
Search more than 2.1 million ECU records by make, series, ECU type, part number or software version. EcuDetectV2 is a free reference tool built for professionals in the automotive software industry.
| Record | Make | Series | Model range | Variant | Feature | Output | ECU maker | ECU type | ECU part no. | OEM part no. | Software | SW version |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| View | Ford | Mondeo | Delphi | DCM3.5 | ||||||||
| View | Ford | Mondeo | Delphi | DCM3.5 | ||||||||
| View | Ford | Mondeo | Delphi | DCM3.5 | ||||||||
| View | Ford | Mondeo | Delphi | DCM3.5 | ||||||||
| View | Ford | Mondeo | Delphi | DCM3.5 | ||||||||
| View | Ford | Mondeo | 2.0 | Delphi | DCM3.5 | |||||||
| View | Ford | Mondeo | 2.0 | Delphi | DCM3.5 | |||||||
| View | Ford | Mondeo | Delphi | DCM3.5 | ||||||||
| View | Ford | Mondeo | Delphi | DCM3.5 | ||||||||
| View | Ford | Mondeo | 2.0 | Delphi | DCM3.5 | |||||||
| View | Ford | Mondeo | 2.0 | Delphi | DCM3.5 | |||||||
| View | Ford | Mondeo | Delphi | DCM3.5 | ||||||||
| View | Ford | Mondeo | Delphi | DCM3.5 | ||||||||
| View | Ford | Mondeo | 2.0 TDCi 136hp | 136.0PS 100.0kW | Delphi | DCM3.5 | BG91-12A650-RJ | BG91-12A650-NE | BG91-14C204-DJ | |||
| View | Ford | Mondeo | 2.0 tdci | 163 bhp | Delphi | DCM3.5 | ||||||
| View | Ford | Mondeo | 2.0 TDCi 163hp | 163.0PS 119.9kW | Delphi | DCM3.5 | BG91-12A650-NE | BG91-12A650-RJ | BG91-14C204-DJ | |||
| View | Ford | Mondeo | 2.0 TDCi | 115.0PS 84.6kW | Delphi | DCM3.5 | BG91-14C204-DF | DS-BG91-12A650-NC | T5A16300 | T5A163A35 | ||
| View | Ford | Mondeo | 2.0 TDCi | 163.0PS 119.9kW | Delphi | DCM3.5 | BG91-14C204-FG | AG9P14C275AD | T5A17000 | T5A170A36 | ||
| View | Ford | Mondeo | 2.0 TDCi | 155.0PS 114.0kW | Delphi | DCM3 MB | ||||||
| View | Ford | Mondeo | 2.0 TDCI 16V | 140.0PS 103.0kW | Delphi | DCM3.5 | AG91-14C204-JF | AG91-12A650-XF | T5A141A29 |
EcuDetectV2 is provided free of charge as a reference tool for the automotive software industry. Records are for information only; always verify identification against the actual control unit before reading or writing.