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Just to check, the connector going to the PCM was showing 9.56 kOhms, so I think that side is good.
I'm assuming you left the PCM connector (at the PCM) connected? Why would you do this? Its not in the service manual procedure, and is bad practice to read through a module with a meter unless you know what you are doing.
Originally Posted by OHRedSled
Am I reading my meter incorrectly
No one can answer that. You could post pictures of how the meter is connected, the meter setting, and the reading on the meter if in doubt.
To be clear......with the harness plugged in to both knock sensors.....you are individually reading the resistance at the harness connector C112 ?
For simplification - red lead of meter probing pin A OR B of C112, and black lead connected to battery ground?
Originally Posted by OHRedSled
The harness I just installed is the Dorman harness.
My new USA made NAPA knock sensors are here. Did some checking and had 266 Kohms at the harness end of the sensors, way above what the diagnostic flow chart indicates should be there. Just to check, the connector going to the PCM was showing 9.56 kOhms, so I think that side is good. Installed the new sensors, torqued to 15 ft/lbs and reinstalled my harness which was just purchased earlier this month and I'm still getting 199.3 kOhms. Am I reading my meter incorrectly, or is maybe my new harness bad? The harness I just installed is the Dorman harness.
If you are not confident in reading your DVOM or in your circuit testing take it to a professional.
Lucky, thanks for the reply. Went back out this morning and hooked up my DVOM as you suggested and got a reading of 99.6 kOhm which is within the diagnostic parameters. Everything is back together and it runs well! Hopefully this is the last of my KS trials!!!
Just stumbled across this while searching for P0332 code issues.
"Make sure to use blue loctite on the intake bolts, or the torque will be wrong."
If you could... please share. Just how is the use of blue Loctite skewing torque values?
regards
It's about the clamping force. The loctite acts as a lubricant. The factory torque spec for the fastener is based on a lubricated fastener, not a dry fastener.
Thank you lucky131969. As a now-retired 67 year old ME myself. My inquiry is predicated by similar tensile loading analysis of specific systems in my storied past. I concur with the premise of any liquid initially acting as a lubricant on threaded fasteners, as they are simply circular ramps; thus, even water can be considered an active lubricant on particular applications. Forgive me for my cheek in the querry as it was nothing more than an existential knowledge quantifier...