When does the CKP sensor fail on a Dodge Dakota?
When does the CKP sensor fail on a Dodge Dakota?
When the crankshaft position (CKP) sensor fails on your 5.2L V8 equipped Dakota or Durango, it’ll cause a ‘no start’ condition. In this tutorial I’ll explain how to test the crankshaft position sensor on your 1997, 1998, 1999 5.2L V8 Dodge Dakota and 1998, 1999 5.2L V8 Dodge Durango.
What happens when crankshaft position sensor ( CKP ) fails?
If the sensor (CKP) has failed completely, then the computer won’t send any fuel to the injectors. Consequently, Leaving you unable to start the car. A Crankshaft Position Sensor (CKP) Failure may cause the check engine light on your dashboard to come on.
Is the cranksahft position sensor on a Dodge Ram a problem?
The cranksahft position sensor (CKPS) on the second generation Dodge Ram can be a source of problems as your truck gets older. If your ECU is throwing CKPS codes, it’s time to pull out the tools and change it out for a new one.
What does zero resistance mean on a CKP sensor?
Attach one end of the multimeter or voltmeter to each wiring lead of the sensor. Resistance of zero means that the there is a short circuit. Infinite resistance means there is an open circuit. Either one of those readings indicates that the sensor is not working.
When the crankshaft position (CKP) sensor fails on your 5.2L V8 equipped Dakota or Durango, it’ll cause a ‘no start’ condition. In this tutorial I’ll explain how to test the crankshaft position sensor on your 1997, 1998, 1999 5.2L V8 Dodge Dakota and 1998, 1999 5.2L V8 Dodge Durango.
If the sensor (CKP) has failed completely, then the computer won’t send any fuel to the injectors. Consequently, Leaving you unable to start the car. A Crankshaft Position Sensor (CKP) Failure may cause the check engine light on your dashboard to come on.
The cranksahft position sensor (CKPS) on the second generation Dodge Ram can be a source of problems as your truck gets older. If your ECU is throwing CKPS codes, it’s time to pull out the tools and change it out for a new one.
Attach one end of the multimeter or voltmeter to each wiring lead of the sensor. Resistance of zero means that the there is a short circuit. Infinite resistance means there is an open circuit. Either one of those readings indicates that the sensor is not working.
