Search by vehicle
Search by KBA
Search by engine
Choose your car manufacturer, model and engine type. This will allow our system to find parts for your vehicle.
Choose a car by KBA.
Choose an engine.
View search
Hide search
Items for cross-reference number 92 09 4077
General information
| Code: | 7.12196.33.0 |
| Brand: | PIERBURG |
| Title: | Sensor, exhaust gas temperature |
| Weight : | 0,01 kg |
Criteria
| Operating Mode: | Electric |
| Voltage [V]: | 5 V |
| Conductor Number: | 2 conductor |
| Cable Length [mm]: | 895 mm |
| Thread Size: | M14x1.5 |
| Fitting Position: | before exhaust turbocharger |
Show all
Show less
General information
| Code: | EGT-VW-075 |
| Brand: | NTY |
| Title: | Sensor, exhaust gas temperature |
| Car: | VW BEETLE 2.0TDI 103KW 11-16, GOLF VI 2.0TDI 103KW 08-13, JETTA III 2.0TDI 103KW 05-10, AUDI A3 SPORTBACK 2.0TDI 103KW 04-13, /IN FRONT OF TURBOCHARGER/ (DŁ.KABLI 870MM) |
| Weight : | 0,09 kg |
Criteria
| For OE number: | 03L 906 088 L |
| Number of pins: | 2 -pin connector |
| Connector Shape: | D Shape |
| Socket colour: | black |
| Fabrication Number: | EGT-VW-075 |
| Cable Length [mm]: | 870 mm |
Show all
Show less
General information
| Code: | FE49289 |
| Brand: | FEBI BILSTEIN |
| Title: | Sensor, exhaust gas temperature |
| Car: | ŠKODA-VW |
| Weight : | 0,07 kg |
Criteria
| Number of connectors: | 2 |
| Fitting Position: | before exhaust turbocharger |
| Weight [kg]: | 0,07 kg |
| General Information: | These products are designed to be used as originally intended and not modified for purpose. Please ensure the products are installed by a competent individual. N.B. products are usually supplied without fitting instructions. |
Show all
Show less
General information
| Code: | HOF7452234 |
| Brand: | HOFFER |
| Title: | Sensor, exhaust gas temperature |
| Car: | ŠKODA-VW |
| Weight : | 0,04 kg |
Criteria
| Number of pins: | 2 -pin connector |
| Connector Shape: | D Shape |
| Socket colour: | black |
| Cable Length [mm]: | 870 mm |
| For OE number: | 03L 906 088 L |
Show all
Show less