16716/P0332: Difference between revisions

No edit summary
 
Peter (talk | contribs)
 
(4 intermediate revisions by 3 users not shown)
Line 5: Line 5:


* Irregular rpm
* Irregular rpm
* Drivebility problems
* Drivability problems
* Loss of power
* Loss of power
* Engine damage
* Engine damage
Line 13: Line 13:
* Circuit G66 short to Ground
* Circuit G66 short to Ground
* Circuit G66 open
* Circuit G66 open
* G66 loose
* G66 improperly torqued
* G66 damaged
* G66 damaged
* Control Module damaged
* Control Module damaged


==== Solutions ====
==== Possible Solutions ====


* Tighten Knock Sensor 2 (G66)
* Torque Knock Sensor 2 (G66) to specifications
* Check wiring and connections
* Check wiring and connections
* Check Knock Sensor 2 (G62) and Knock Control
* Check Knock Sensor 2 (G66) and Knock Control


==== Special Notes ====
==== Special Notes ====


* This feature search for unusual (spontaneous) combustion. The sensor detects unusual vibrations and based on that it generates a voltage. Is this voltage outside a certain limit a dtc will be set.
* The Knock sensor (piezoelectric sensor) is used to detect abnormal combustion events. Voltage (typically 0-5mV) is generated when the Knock sensor ‘hears/feels’ a range of vibrations. If the voltage is not as expected or is out of range this DTC is usually set.  


--[[User:Gerrit Speek|Gerrit Speek]] 14:49, 11 June 2006 (Central European Time)
[[Category:Fault Codes]]
[[Category:Fault Codes]]

Latest revision as of 14:04, 23 July 2014

16716/P0332 - Knock Sensor 2 (G66): Signal Too Low

Possible Symptoms

  • Irregular rpm
  • Drivability problems
  • Loss of power
  • Engine damage

Possible Causes

  • Circuit G66 short to Ground
  • Circuit G66 open
  • G66 improperly torqued
  • G66 damaged
  • Control Module damaged

Possible Solutions

  • Torque Knock Sensor 2 (G66) to specifications
  • Check wiring and connections
  • Check Knock Sensor 2 (G66) and Knock Control

Special Notes

  • The Knock sensor (piezoelectric sensor) is used to detect abnormal combustion events. Voltage (typically 0-5mV) is generated when the Knock sensor ‘hears/feels’ a range of vibrations. If the voltage is not as expected or is out of range this DTC is usually set.