DTC ›
AMS2
| Code | Heading | Variants |
|---|---|---|
| 001133 | The communication with the EMS control unit is lost | — |
| 001134 | The communication with the EMS control unit is lost | — |
| 001203 | Reductant pump motor speed is too high. | — |
| 001210 | Reductant tank temperature, too high. | — |
| 001212 | Reductant doser pressure sensor, short circuit to battery. | — |
| 001216 | Reductant pump motor speed indicates that the motorboard interrupts the pump operation too much | — |
| 001217 | Reductant pump motor has turned itself of due to too high reductant pressure | — |
| 001234 | Downstream reductant dosing unit injection valve, short circuit to battery. | — |
| 001235 | Reductant level low. | — |
| 001236 | Reductant hose 1 heater H25, short circuit to battery. | — |
| 001237 | Reductant hose 2 heater H26, short circuit to battery. | — |
| 001238 | Reductant dosing unit heater control, too high power consumption. | — |
| 001239 | Reductant hose 3 heater H27, short circuit to battery. | — |
| 001240 | Reductant hose 4 heater H28, short circuit to ground. | — |
| 001242 | Reductant hose 4 heater H28, open load. | — |
| 001243 | Reductant hose 4 heater H28, short circuit to battery. | — |
| 001260 | CAN based reductant tank pickup, short circuit to battery | — |
| 001307 | Upstream reductant pressure sensor, short circuit to battery | — |
| 001308 | Upstream reductant pressure sensor, short circuit to ground | — |
| 001309 | Upstream reductant pressure sensor, short circuit to ground | — |
| 001311 | Upstream reductant dosing module, open load | — |
| 001312 | Upstream reductant dosing module, short circuit to ground. | — |
| 001313 | Upstream reductant dosing module, short circuit to battery. | — |
| 001315 | Upstream reductant pressure is too high when the pump is not running. | — |
| 001316 | Upstream reductant pressure is too low when the pump is not running. | — |
| 0013E8 | Upstream reductant pressure is too low | — |
| 0013E9 | Upstream reductant pressure is too high | — |
| 0013F1 | CAN based reductant tank pickup, open load | — |
| 0013F2 | Upstream NOx sensor supply, short circuit to battery | — |
| 0013F3 | Upstream NOx sensor supply, open load. | — |
| 0013F4 | Downstream NOx sensor supply, short circuit to battery. | — |
| 0013F5 | Downstream NOx sensor supply, open load. | — |
| 0013F6 | PM sensor power supply, short circuit to battery | — |
| 0013F7 | PM sensor power supply, short circuit to ground | — |
| 0013F8 | PM sensor power supply, open load | — |
| 0013F9 | Downstream NOx sensor supply, short circuit to ground. | — |
| 001500 | The reductant pressure is unstable during closed loop pressure control | — |
| 001604 | Hardware watchdog error | — |
| 001608 | EEC control unit, default or wrong EOL data in E2 | — |
| 001609 | Default calibration found in EEC application software. | — |
| 00160A | EEC restarted by a watchdog that is monitoring software activities | — |
| 00160B | Triple CAN exhaust temperature sensor, timeout | — |
| 001620 | CAN based reductant tank pickup, short circuit to ground | — |
| 001621 | Reductant tank pickup, CAN timeout | — |
| 001625 | Blocked reductant concentration sensor | — |
| 001626 | Reductant tank pickup, CAN timeout | — |
| 001627 | CAN based reductant tank pickup, level sensor is blocked | — |
| 001628 | Blocked reductant concentration sensor | — |
| 001900 | Exhaust 1 temp sensor (TE09/T158-1) electrical fault | — |
| 001901 | Exhaust 2 temp sensor (TE10/T158-2) electrical fault | — |