09/2015-08/2020 Jaguar F-Pace (X761) 2.0 TD4 AWD SUV Diesel PM Sensor Particulate Matter Sensor HJ32-5H310-AA 204DTD
09/2015-08/2020 Jaguar F-Pace (X761) 2.0 TD4 AWD SUV Diesel PM Sensor Particulate Matter Sensor HJ32-5H310-AA 204DTD
Includes:
1x Particulate Matter (PM) Sensor, 4-Pin Connector
Fits Models:
Jaguar E-Pace (X540), Jaguar F-Pace (X761), Jaguar XE (X760)
Model Years:
2015 - 2020
Submodels:
E-Pace 2.0 D150 FWD/AWD, E-Pace 2.0 D180 AWD, F-Pace 2.0 TD4 RWD/AWD, XE 2.0 Diesel
Engine Options:
204DTD (AJ20D4) - 2.0L Diesel
Description:
OEM replacement particulate matter sensor engineered for Jaguar diesel SUVs and sedans. This direct-fit PM sensor (HJ32-5H310-AA) monitors diesel particulate filter function, ensuring optimal emissions control and engine performance. Precision-engineered ABS plastic and metal construction with 4-pin connector for seamless installation. Compatible with 2015-2020 Jaguar E-Pace, F-Pace, and XE models equipped with 2.0L TD4/D150/D180 diesel engines. Restores accurate DPF monitoring after sensor failure, preventing check engine lights and maintaining fuel efficiency. Direct replacementÑno modifications required.
| Includes | 1x Particulate Matter (PM) Sensor, 4-Pin Connector |
| Fits Models | Jaguar E-Pace (X540), Jaguar F-Pace (X761), Jaguar XE (X760) |
| Model Years | 2015 - 2020 |
| Submodels | E-Pace 2.0 D150 FWD/AWD, E-Pace 2.0 D180 AWD, F-Pace 2.0 TD4 RWD/AWD, XE 2.0 Diesel |
| Engine Options | 204DTD (AJ20D4) - 2.0L Diesel |
| Description | OEM replacement particulate matter sensor engineered for Jaguar diesel SUVs and sedans. This direct-fit PM sensor (HJ32-5H310-AA) monitors diesel particulate filter function, ensuring optimal emissions control and engine performance. Precision-engineered ABS plastic and metal construction with 4-pin connector for seamless installation. Compatible with 2015-2020 Jaguar E-Pace, F-Pace, and XE models equipped with 2.0L TD4/D150/D180 diesel engines. Restores accurate DPF monitoring after sensor failure, preventing check engine lights and maintaining fuel efficiency. Direct replacementÑno modifications required. |