Timing and crankshaft synchronizer.
???
Assuming 1995 to 2008 3.0l Vulcan engine, there is a Crank sensor on the lower front of the engine next to crank pulley, it sets engine's base spark and injector timing, and tach/RPM signal
Then at the top rear of the engine is the Cam sensor, it sits on an old distributor tower, synchronizer, and is used to fine tune sequential fuel injection and spark advance
Depending on the year of the 3.0l computer the Cam sensor can have an effect on idle and higher RPMs, but shouldn't effect tach/RPM signals
The Crank sensor and Cam sensor are compared by the computer, Crank sensor is always assumed as correct, if Cam sensor doesn't match crank sensor then computer will set a code for that
Assuming 1995 to 2008 3.0l Vulcan engine, there is a Crank sensor on the lower front of the engine next to crank pulley, it sets engine's base spark and injector timing, and tach/RPM signal
Then at the top rear of the engine is the Cam sensor, it sits on an old distributor tower, synchronizer, and is used to fine tune sequential fuel injection and spark advance
Depending on the year of the 3.0l computer the Cam sensor can have an effect on idle and higher RPMs, but shouldn't effect tach/RPM signals
The Crank sensor and Cam sensor are compared by the computer, Crank sensor is always assumed as correct, if Cam sensor doesn't match crank sensor then computer will set a code for that
So as long as it's not throwing any codes and idling fine then it's all good? My first time replacing the synchronizer and even taking pictures and following all the YouTube videos I second guess myself lol
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ackilys
General Technical & Electrical
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Nov 28, 2017 09:19 PM



