Engines / Diesel / 2.0/100 kW TDI-PD BGW / Test of engine temperature sensor
Mark | Model | Control unit | Diagnostic operation |
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Mark
![Select a vehicle make or a common group such as Service Intervals, Engines, Transmissions, Immobilizers and Independent Heaters.](/admin_assets/images/silk/comment.png)
Model
![Select a vehicle model or information group, for example Octavia III or Diesel, Petrol etc.](/admin_assets/images/silk/comment.png)
Control unit ![Select the desired control unit as accurately as possible. The UDS identifier EV_xyz can be found in the VCDS after connecting to the control unit and then in the Extended Identification.](/admin_assets/images/silk/comment.png)
![Select the desired control unit as accurately as possible. The UDS identifier EV_xyz can be found in the VCDS after connecting to the control unit and then in the Extended Identification.](/admin_assets/images/silk/comment.png)
Diagnostic operation ![Select the desired diagnostic procedure.](/admin_assets/images/silk/comment.png)
![Select the desired diagnostic procedure.](/admin_assets/images/silk/comment.png)
Diagnostic procedure
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Conditions:
- engine temperature = ambient temperature
- engine speed = X
connect with the control unit XX - engine
XX - Measured values group XXX
observe values:
field X = actual value (fuel temperature)
field X = actual value (intake air temperature)
field X = actual value (engine temperature)
desired condition:
field X = field X = field X = ambient temperature ± X°C
Start the engine
- engine speed = idling
desired condition:
field X, field X, field X - increasing
field X > field X
field X = ambient temperature + X - XX °C
upon non--achievement of condition - check component: temperature sensor, line, connector connections
- engine temperature = ambient temperature
- engine speed = X
connect with the control unit XX - engine
XX - Measured values group XXX
observe values:
field X = actual value (fuel temperature)
field X = actual value (intake air temperature)
field X = actual value (engine temperature)
desired condition:
field X = field X = field X = ambient temperature ± X°C
Start the engine
- engine speed = idling
desired condition:
field X, field X, field X - increasing
field X > field X
field X = ambient temperature + X - XX °C
upon non--achievement of condition - check component: temperature sensor, line, connector connections
You are not logged! System works in DEMO mode only now where numbers are replaced with X characters. For 49 EUR only You will get access into full system. You can pay by credit card or bank transfer. Click BUY button for purchase and You will get login to diagnostic procedures database imediatelly.