I am over 50% sure the pre VVT will run with the CAM sensor disconnect
It might be a easy next test
It might be a easy next test
Euro 4 with a robotised gearbox has a different engine number no idea what’s differentPretty sure fly by wire throttle was used on Euro3/4/5 dualogics,
Just had a physical look at all 3 typesI am over 50% sure the pre VVT will run with the CAM sensor disconnect
It might be a easy next test
The U1600 is a normal random error that often crops up and is normally just a glitch and normally nothing to worry aboutOk
Back to basics:
Did the engine you removed still run?
Is your current set-up showing..then clearing.. the Immobiliser symbol ?
I had a 2004 for 14 years.. so have some experience
Only time it immobilised was when I rushed the Start.. didnt let the self-test complete
Is it not the code itself that stops the engine ?Agreed..as covered last week
My question was pointed towards
'why no spark'
Mistiming would still spark
No rotation signal : No Spark ( is rev counter working...??)
Old engine question..
Ensuring we dont have the
'spark generator overload failure'
Like in the FIRE Puntos.. was a common failure
Or is that the problem. When you look up the P0335 definition it says: Crankshaft position sensor - Circuit Malfunction. nothing about camshaft position? Would it not need to have a problem with the cam sensor if that was a consideration. Mind you, I now find myself wondering if a faulty cam sensor - or it's circuit - might stop the sparks because the poor wee ECU wouldn't know when to fire the plugs if the cam sensor was not giving it the signal it needs? If you google it (yes I know, sigh) there are a lot of guesses which come up but I'd still want to start with basically verifying the circuit continuity on the crank and maybe cam, sensor.The OP here is getting an error code that’s says the cam is not where it expected to be
Don’t believe the internetOr is that the problem. When you look up the P0335 definition it says: Crankshaft position sensor - Circuit Malfunction. nothing about camshaft position? Would it not need to have a problem with the cam sensor if that was a consideration. Mind you, I now find myself wondering if a faulty cam sensor - or it's circuit - might stop the sparks because the poor wee ECU wouldn't know when to fire the plugs if the cam sensor was not giving it the signal it needs? If you google it (yes I know, sigh) there are a lot of guesses which come up but I'd still want to start with basically verifying the circuit continuity on the crank and maybe cam, sensor.
Continuity on the circuits is fine.Or is that the problem. When you look up the P0335 definition it says: Crankshaft position sensor - Circuit Malfunction. nothing about camshaft position? Would it not need to have a problem with the cam sensor if that was a consideration. Mind you, I now find myself wondering if a faulty cam sensor - or it's circuit - might stop the sparks because the poor wee ECU wouldn't know when to fire the plugs if the cam sensor was not giving it the signal it needs? If you google it (yes I know, sigh) there are a lot of guesses which come up but I'd still want to start with basically verifying the circuit continuity on the crank and maybe cam, sensor.
So changing the new cam pulley for the old one might fix it?Different cam pulleys
One keyed one not
Have to look harder when I get back home
Those pictures are revealing. The one on the left, with the Torx bolt holding on it's cam pulley is of the floating (unkeyed) flavour with no timing mark. The one on the right has a keyed pullet. You can see the timing mark on the older engine quite clearly whereas the newer engine has a tippex mark on it, probably because someone has changed the timing belt at some time without loosening the cam pulley bolt. I now find myself wondering if this engine has been timed up wrongly? Did you hear it running before it came out of the car?Righty - I'm back out in the garage now and able to have a better look.
Pics attached of the timing setup on both engines.
nope, not interchangeable.Continuity on the circuits is fine.
So changing the new cam pulley for the old one might fix it?
Means I'd have to redo the timing belt again but not the end of the world
Not yetContinuity on the circuits is fine.
So changing the new cam pulley for the old one might fix it?
Means I'd have to redo the timing belt again but not the end of the world
Not a clue. Got the engine as-is.Those pictures are revealing. The one on the left, with the Torx bolt holding on it's cam pulley is of the floating (unkeyed) flavour with no timing mark. The one on the right has a keyed pullet. You can see the timing mark on the older engine quite clearly whereas the newer engine has a tippex mark on it, probably because someone has changed the timing belt at some time without loosening the cam pulley bolt. I now find myself wondering if this engine has been timed up wrongly? Did you hear it running before it came out of the car?