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Anonymous Posted on Apr 24, 2013

Xerox phaser 3435

Internal error

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2006 F-150 5.4l P0345 & p0349. Rough idle but smooths out at 2k RPM and higher. Has phaser lockouts, changed cam position sensor with no luck

has phaser lockouts, what in the world does that mean , yes we fully understand cam CMP sensor Phasers.
but what is LOCKOUTS?> scratch head.
my guess is bad cam chains guides or VVT parts
all of that must be inspected
no miles on car or engine told
250k miles
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2.5l. What causes it to stall when approaching a light or stop sign?

Any warning lights lit in the instrument cluster - check engine , yellow wrench symbol etc... ? Checking codes would be the first place to start . Your vehicle has electronic systems ,throttle control , VVT system
Variable valve timing In internal combustion engines, variable valve timing is the process of altering the timing of a valve lift event, and is often used to improve performance, fuel economy or emissions. It is increasingly being used in combination with variable valve lift systems. There are many ways in which this can be achieved, ranging from mechanical devices to electro-hydraulic and camless systems. Increasingly strict emissions regulations are causing many automotive manufacturers to use VVT systems.

Do you change your oil on a regular bases ? Could have a stuck cam phaser

https://www.knowyourparts.com/technical-resources/engine/phaser-style-variable-valve-timing-systems/

Could have MAF - mass air flow sensor problem .

https://www.underhoodservice.com/accelerate-your-throttle-by-wire-repairs-ford-electronic-throttle-control/

Could also be a dirty throttle plate
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2014 dodge journey sxt 3.6 timing chain diagram

/* override srp image link color and background color */ .galleryImage { background-color: #002F56; color: rgb(0, 47, 86); } Fig. 1 Front cover pry pointsFig. 2 No. 1 piston TDC positionFig. 3 No. 1 piston TDC alignmentFig. 4 Camshaft TDC alignmentFig. 5 Timing chain alignmentFig. 6 Lefthand cam phaser alignmentFig. 7 Timing chain alignment marksFig. 8 Upper intake manifold tightening sequenceFig. 9 Valve cover tightening sequence. LefthandFig. 10 Valve cover tightening sequence. Righthand Print Options Print Text Only Print Text and images Print Timing Chain, Replace Caution: The magnetic timing wheels must not come in contact with magnets or any other strong magnetic field. This will destroy the timing wheels ability to correctly relay camshaft position to camshaft position sensor. 1. Disconnect battery ground cable. 2. Remove air cleaner housing assembly. 3. Remove upper intake manifold. 4. Remove valve covers. 5. Remove spark plugs, then raise and support vehicle. 6. Drain cooling system into suitable container. 7. Remove upper and lower oil pans. 8. Remove righthand engine mount bracket. 9. Remove bolts from front cover. 10. Carefully remove front cover by carefully prying at seven indicated points, Fig. 1. 11. Rotate crankshaft counterclockwise to place No. 1 position at TDC on exhaust stroke by aligning dimple on crankshaft with block/bearing junction, Fig. 2. Lefthand side cam phaser arrows should point toward each other and be parallel to valve cover sealing surface. 12. Mark rotation direction of following timing chains for reference during installation: a. Lefthand side cam chain. b. Righthand side cam chain. c. Oil pump chain. d. Primary chain. 13. Reset righthand cam chain tensioner by pushing back tensioner piston and installing tensioner pin tool No. 8514, or equivalent. 14. Reset lefthand cam chain tensioner by lifting pawl, pushing back piston and installing tensioner pin tool No. 8514, or equivalent. 15. Disengage oil pump chain tensioner spring from dowel pin, then remove oil pump chain tensioner. 16. Remove oil pump sprocket T45 retaining bolt, then remove oil pump sprocket and oil pump chain. 17. Install righthand camshaft phaser lock tool No. 10202, or equivalent. Minor rotation may be required to install camshaft phaser lock. 18. Loosen both intake oil control valves, then exhaust oil control valve. 19. Remove righthand camshaft phaser lock tool, then oil control valve from righthand side intake cam phaser. 20. Pull righthand side intake cam phaser off of camshaft, then remove righthand side cam chain. 21. Remove oil control valve, then pull righthand side exhaust cam phaser off camshaft. 22. Install lefthand camshaft phaser lock tool No. 10202, or equivalent. Minor rotation may be required to install camshaft phaser lock. 23. Loosen both intake oil control valve and exhaust oil control valve. 24. Remove lefthand camshaft phaser lock tool, then oil control valve from lefthand side exhaust cam phaser. 25. Pull lefthand side exhaust cam phaser off of camshaft, then remove lefthand side cam chain. 26. Remove oil control valve, then pull lefthand side intake cam phaser off of camshaft. 27. Reset primary chain tensioner by pushing back tensioner piston and installing tensioner pin tool No. 8514, or equivalent. Remove two T30 bolts, then primary chain tensioner. 28. Remove timing chain. 29. Reverse procedure to install, note following: a. Verify No. 1 piston is positioned at TDC by aligning dimple on crankshaft with block/bearing cap junction, Fig. 3. b. Verify camshafts are set at TDC by positioning alignment holes vertically, Fig. 4. c. Ensure timing chain plated link is located at 12 o'clock when dimple on crankshaft is aligned with block/bearing cap junction, Fig. 5. d. Position lefthand side cam phasers so that arrows point toward each other and are parallel to valve cover sealing surface, Fig. 6. e. Torque idler sprocket bolt to 18 ft. lbs. f. Torque oil control valve to 110 ft. lbs. g. Torque oil pump sprocket bolt to 18 ft. lbs. h. Ensure there are 12 chain pins between exhaust cam phaser triangle marking and intake cam phaser circle marking, Fig. 7. i. Torque upper intake manifold bolts to 80 inch lbs., in sequence, as illustrated in Fig. 8. j. Torque lefthand valve cover bolts in sequence, as illustrated in Fig. 9, to 106 inch lbs. k. Torque righthand valve cover bolts in sequence, as illustrated in Fig. 10, to 106 inch lbs. l. Torque timing chain tensioner to 106 inch lbs. m. Torque timing chain guide to 106 inch lbs.
Print - As Shown Print - Fit To Page / 1
  • Fig. 1 Front cover pry points
  • Fig. 2 No. 1 piston TDC position
  • Fig. 3 No. 1 piston TDC alignment
  • Fig. 4 Camshaft TDC alignment
  • Fig. 5 Timing chain alignment
  • Fig. 6 Lefthand cam phaser alignment
  • Fig. 7 Timing chain alignment marks
  • Fig. 8 Upper intake manifold tightening sequence
  • Fig. 9 Valve cover tightening sequence. Lefthand
  • Fig. 10 Valve cover tightening sequence. Righthand
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2010 Lincoln navigator: it is stuttering and surging while accelerating. Spark plugs/wires/ignition coils/throttle valve body replaced recently with no positive results.

I believe this is a "cam phaser" motor. Web search for these problems. There was a recall on engines like this. A quick explanation is that "cam phasers" are used to time the valves on each cylinder head. Most engines use solid timing chains, but these engines use phasers in-between.

The problem is when the phasers do not adjust each cylinder head equally. They are suppose to. It can be an expensive problem to fix. You might try Marvel mystery oil or risolone to clean the oil passages.
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Lifter replacement 5.4L

I must mention that engines with the DOHC emblem had a problem with "Cam Phasers". These would rattle and knock very similar to a Diesel and the noise would fade at about 2000RPM.

This engine has 2 timing chains. Since the Camshafts are on top, the lifters are under the cam. You would need to remove the cam to access the lifters. You will need to keep the cam gear positioned or lose the mark. There are cheater tools which allow you to sneak the cam gear away from the head to change the Cam phasers.

The cam phasers can then be removed. This is perhaps as much as you need done. I retired before this style of engine was built, so I can not tell you if the Camshafts can slide forward to be removed once you remove the Phasers and gear. Otherwise you are looking at a full frontal disassembly, just the Cam Phasers alone required full frontal disassembly in the original Service Manual.

You can read more about this engine and find Videos on the Web. I have an Engineering print but an assembled engine may have clearance issues. Wish I could be of more help, but you can get quite a rattle from the Phaser issues. Don't blame the wrong part.
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Help fix my truck please

Several things come to mind. Usually failsafe has something to do with overheating or a temperature sensor falsely thinking the engine is overheating.
Another problem is a part called a "Cam Phaser". It would account for stalling, no power, no acceleration and not idling right. It is not an electronic part. Do an internet search for the part and read the results.
Because the "cam phaser" is not electrical, it is not directly identified by the onboard computer. The effects of the malfunction could possibly have other electrical parts trigger the "fail safe". As for part of the problem temporarily leaving after the battery was disconnected, it is common when power is removed.
Briefly, the cam phaser mechanically advances cam timing, but each side of the engine has its own phaser. Problems result when both phasers do not work equally.

Please rate my info.
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My 2005 F150 will not stay running when I slow to a stop or near stop. Where should I look first?

I do not see that the "check engine" light is on. There are some known problems around the 2004-2005 Models that are called "Cam Phasers".

These parts are in the Ford 4.6L and 5.4L V-8's. Basically, each half of the engine has its' own camshaft and Phaser. By using oil pressure, these Phasers are suppose to contract and expand uniformally to sync the valve timing. But one side or the other may get dirty. This means the timing on one side of the engine is different than the other. In essence the engine is binding up internally and that is why it stalls at low RPM.

You need to see a Ford Dealer about testing this defect. For a time, Warranty was extended to about 7 Years and ? number of miles. Even the shortcuts to this repair are expensive.

There can be other causes for your problem of stalling. The ISC solenoid/motor in the Intake manifold could be dirty and jamming. But your possible defects are limited by the lack of a "check light" so the problem would have to be in things the check light does not monitor. A dirty fuel filter, low fuel pressure, a vacuum leak, are the types of unmonitored things that can cause stalling.

I hope my solution is helpful. If your truck engine sounds like a Diesel below 2000 RPM and then gets quiet at higher rpm, it points to Cam Phasers.

Please rate my solution and I hope it is helpful.
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What dose a cam phaser sound like and wear dose the sound come form . on a 2005 ford f150 fx4

The cam phaser I would say wounds most like lifter noise from a 70s car, that ticking noise. At least the really loud cam phasers do sound like that. Some are not quite so noisy. My '06 has a bit of that ticking lifter type noise to it.,
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2006 F-150 4X4 5.4ldr with a problem starting.

HI, I KNOW THESE ENGINES GOOD! I HOPE YOU HAVE BEEN USING A FL820 MOTORCRAFT OIL FILTER AND 5/20 OIL. IF NOT YOU MAY HAVE A PROBLEM WITH CAM PHASER'S AND OR TENSIONER'S. THR ENGINE IS A SINGLE OVERHEAD CAM ENGINE WITH VARIABLE CAM TIMING. I HAVE SEEN SEVERAL ENGINES WITH BAD CAM PHASER'S SIMPLY BY ADDING AFTERMARKET FILTER WHICH FALL APART INTERNALLY AND PLUG OIL GALLEYS TO HEAD AND CAUSE CAM PHASER'S TO ACT LIKE YOU'RE ENGINE IS RUNNING RETARTED UNTIL 2K RPM. IF NO NOISE IS HEARD TRY A FUEL PUMP ITS DRAINING DOWN AND COLD STARTS IT'S LIKE LACK OF ADEQUATE FUEL PRESSURE TO INJECTORS. IT'S REALLY SIMPLE. THESE TRUCKS WILL BE YOU'RE BEST FRIEND IF YOU USE AND FORD FILTER AND THE RIGHT OIL AND CHEVRON 87 OCTANE DUE TO THE INJECTOR'S CAN LEAK WITH CHEAP FUEL AND RUN LIKE ****. CHEVRON FOUND TO HAVE ADDITIVE TO KEEP INJECTORS CLEAN AND FUEL SENDER FROM BUILDING SULFUR AND READING FUEL LEVEL IMPROPERLY. HOPE THIS HELPS
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