@@realfixesrealfast MINES STUCK ! .... 4.0 ohv engine... made makeshift slide-hammer gizmo to give it hard pull up strikes (have cable noose around it) and it doesn't budge....any suggestions? Ever come across this ??
great video one thing that should be said is TDC on the compression stroke update after watching your follow up i understand more than i did previous to today and appreciate learning more from you than you'll ever know thank you very much for teaching me all of this new info =D
before pulling out synchronizer take chisel or punch an established center line point that touches both synchronizer and block in the same place. then transfer that to new synchronizer before reassembly
I find the hard part is locating TDC on this 99 Ranger by counting back from the gap on the crank (where the engine crank sensor is reading engine position.) Some people say you should count back 5 "fingers" or "teeth" and others say count back 6 "teeth" for TDC on this engine. You can go though this whole process, but if you've located the engine on the wrong "teeth" at the crank sensor your Cam Synchronizer will be incorrect even if you've installed it perfect. It is still a good video :)
I've tried and tried to understand this procedure, and just couldn't get it. This video was just what I needed. I finally get it! Great presentation. Thanks!
Good video. I used a 24mm socket to turn the engine to TDC mark. A plastic alignment cap came with my cam synchro. I inserted in just about the same position as the original. My original cam synchro was all mangled and destroyed inside the cap. The car ran that way for a couple years. Made a squeaking sound. I thought it was the water pump. My understanding is that the cam synchro doesn't control cylinder firing order, but synchronizes the fuel injectors to fire properly. I've read that the car can function with a failed cam synchro, but is very fuel inefficient and misfires.
You saved me a lot of stress and money sir thank you for your excellent video you described it the best out of a whole 2 days of looking into videos to try and solving this issue
Or Remove spark plugs Rotate engine to top dead center #1. Have a friend handy to hold finger in #1 spark plug hole. Use nylon tie in spark plug hole to find TDC Make sure the synchronizer tool fits on original still in engine so its indexed for removal Mark a reference point on block where the arrow points with the tool Remove old synchronizer Replace new synchronizer with it pointing at original reference mark on block It's that easy, did it in the college parking lot a couple years ago.
thank you for the clear explanation. the history of how the synchronizer is simply an evolution of the distributor helped in my understanding of the subject.
Great video Dwyane. I like where you take the extra time to illustrate installing the synchronizer in an engine with the upper components removed. Really helps out a lot. Thanks for taking the time to make this video.
Very well presented, explained, and much appreciated. I just did one today on a 2007 Taurus with a 3.0 Liter. To bring the engine to TDC on the Taurus with front wheel drive, I removed the passenger tire, and went behind the splash-guard to access the engine's damper pulley. I used a 21mm socket, with a 1/2-inch drive, and short extension to turn the engine to align the interrupter.
ArcolaBridge Good question. It is true that I could have been on the exhaust stroke; although, for the installation of the camshaft synchronizer, aligning the tab with the hall-effect opening is the goal. I simply turned the crank-pulley until the tab lined up with the opening on the housing. So really TDC on the compression stroke is not paramount for this procedure; rather, aligning the synchronizer for reference to install the new one.
I have watched a few of these demonstrations on doing this on this engine. As usual your methods are extremely clear, you do not speed talk like most of the younger people, making it much easier to understand. Thank you. The picture you showed of the sensor body fully installed, saying to then bolt it down, seemed to still be about 3/16" of off the block. due to the oil pump drive not aligning, do you not have to turn, or crank the engine while pushing down on the synchronizer to seat it totally. This was the hard part when doing distributer installations. I only bring this up because I had to repair a car many years ago where another mechanic ruined the cam gear by trying to beat the distributer in with a hammer. Keep up you good work.
Speed talking isn't a youth thing, its usually geographic. BTW I'm 63. I'm from Fl, we have many people from other areas live here, on average native Floridians speak slower then do people from the N.E. , just saying.
Very well done, you explained this process very well. I personally know how to install one but no way I could've explained it any better. Good teacher. I notice you have multiple engines on stands, if you enjoy working on engines, your a lucky man.
Great great great. Most people were talking about how you just mark the old one on the motor. I had a new short block so I had to know how to do it properly. Perfect video, great job thanks!
I have watched a lot of videos on here and I think ol man duane forgot more about wrenching than most young guys will ever know,and a great teacher too.
Great video. It cleared up the lousy instructions that came with my aftermarket synchronizer. I wish the engineers had not buried the darn thing so far behind the lower intake manifold. It wold not fit down in with the tool installed, so I have modified the tool a bit (chopped some off) so it will drop down in there.
Very well done! You are an excellent teacher, you hit all the marks and made it very understandable and clear. I think I could do this in my sleep now lol .
I just marked where the pointer is. When I put the new one back in I made sure it lined up where the pointer was on the old one. And it worked. I didn't need that tool. That is way easier than a distributor
THANK you doug gyver for pointing out that it doesnt really matter where the housing of the cam synchronizer, i was wandering what the whole degree thing was really for if i already installed the synchronizer with the little tool and with the engine at TDC. anyway my scynchronizer only went on one way anyway.
Great video and explaination. I have a 1998 For Ranger 3.0 that i had a p1309 code coming on right after my motor was rebuilt but never got it fixed because it was the only code and it was running fine but always kept my check engine light on. Lately i was getting other codes p0171 and p0174 and p1137 and p1131 and it's been running bad. I have checked fuel pressure with a gauge and its holding steady at 62psi. I had a plugged pcv valve and broke vacuum hose that i fixed and did a smoke test using a cigar and dont see any leaks. Ford dealer said probably the cam syncronizer was off just enough to cause the light and code to come on. I bought a new syncronizer and installed it at 75 degrees TDC using a gauge and screw driver and also the mark on the damper was exactly same as where i found TDC, Only problem is that my Hanes repair manual must be wrong because it is impossible to set the syncronizer at 75 degrees because when you do the sensor will not go on because the plug end sticks out too much and hits a place on the block not allowing you to place the sensor on correctly. so i have it set at about 50-60 so the sensor will go on and that is about the same position the old one was in and now i see why the engine place set it off a little. Do you know where i can get another spec on the correct setting. I am now getting the same codes and it idles with like a spark knock like the timing is off. Is it possible the timing chain was set wrong or jumped?
I have read so many different degrees for a ford 3.0L vulcan, it is mind boggling. I have read 10, 15, 50, 60, 75...its like no one really knows?!! If you want to start from scratch, just because, say the cam sync flag is no longer even there, or maybe the old one was put in wrong years ago, etc. You should have a reputable answer to what freaking degrees is correct, I still do not know what the correct is for my 2003 ford Ranger edge (V) 3.0L.
Two days ago, I had codes P0171, P0174, P0175, P1131, P1151 ---All related to the O2 sensors, so today, I had a shop replace all 3 O2 sensors, two upstream & one downstream. That did not help, still having same issue. So, that tells me that just because you get codes saying or pointing to bad O2 sensors, does NOT mean they are bad, just that they are reporting a lean mixture, etc. So, now I have went out and purchased the cam sensor, and the Motorcraft Cam synchronizer, and hoping that I can do it the correct way...ugh.
Because of the tight space between the engine and firewall what are the chances of getting a small protractor in there? Great video. I'd never even heard of a cam synchronizer before. Learned a lot thank you.
Finding the TDC in a windstar with 3.8 is very difficult because removing the spark plug at the #1 cylinder is a very time consuming process. Can the #5 cylinder be used to find the TDC in #1? Or any other cylinder in the front bank of the engine?
Thanks for all your great information. It would be much better if there was no music . I don't want to listen to music -just the facts which you are giving.
Wow! You are very luck. 431000 miles!?. The best answer I can give you is that they last as long as they last, but the majority of the water pumps I've replaced are usually sometime after 100k. There are so many factors to take into account when it comes to parts longevity. Like, Is the part high quality/ Does the owner keep up with the maint/ and the list goes on. Apparently you've taken care of your Ford. Kudos.
Thanks,it's a bit clearer now..I put my revive back together after replacing the timing set..all it did was crank and crank.it ran for two seconds,then a loud pop and smoke at the front of the engine.like when a high voltage shortage happens.does anyone know what that was?
I sure would like to know how you got that synchronizer out without removing the lower intake manifold. Looks like mine is partially covered by the intake manifold. No way to hardly even get a wrench on it let alone get it out. Oh, my old beater (that I'm turning in to a flat bed) is a 99 Ford Ranger 4.0L OHV.
I've done all as stated on my 2001 Ford Taurus. After 30-40 miles my CEL comes back on. I am puzzled because I've done the "Stab" step by step. I've even tried 3 different Sensor Manufactures. Any ideas are GREATLY appreciated!
Andrew Miguelez try to put a protractor with the engine on the car and see if you can do it, its easy to tell the 45 degree like the way he show. Its all about paying attention in what you doing!
does it matter if you put it at TDC i don’t understand that part, if you roatate the engine until the alignment tool will go onto the sensor before you unbolt it and mark it then shouldn’t you just be able to put the tool on the new one and get it to align with your mark and then bolt it back down and be done
You cannot see the gears in this video. ALL camshafts turn at half of crank speed. They have to in order for the valves to perform four functions within two revolutions of the crankshaft. It's the basis of a four cycle engine..
Nope, you're dead right. The "15 degree" marking in the manual is a suggested range of installation in order for the connector to plug in. The installation tool locks the reluctor relative to the housing, the engine being at #1 TDC (or wherever it's spec'd for) completes the equation. Ol' dude's making it MUCH more complicated than it needs to be,
How did you get it out at the end of the day? I have a 4.0 and I have my upper intake off, but the sensor is stuck on the synchro and I cannot separate them. Without separating them, the sensor hits on the bottom of where the stud is located for the upper intake. There isn't enough wiggle room for me to remove it without the sensor off, and I am having to do everything by feel (like you said, you really cannot see anything).
QUESTION: When you stabbed at the right angle at 9:47 the synchronizer wasn't fully squared with its housing. Same thing is happening with me. The old one fits flush. The new one, with the alignment tool, doesn't. If I put the alignment tool on the old synchronizer, same problem happen. Any thoughts? Is it ok to leave a little gap like you did?
Correct me if I'm wrong....but can't you just mark where the current notch is at on old one before pulling out....then install new one with arrow pointing to marking of old one...pretty sure putting 'number 1' at TDC is just so if you mess up / having a more defined reference point....correct?? Of course with old school distributor you had to do it this way...but with electronic system doesn't the PCM have stored where everything was at last shutdown.....thus being able to line up at aforementioned way...
Thank you for a good instructional video. I have 2000Mazda B2500SE 2.5L 4Cyl Manual Engine with 8 spark plugs. My question is does this year model truck have a camshaft synchronizer?
as the synchroniser body is not keyed into the engine block, why can you not rotate the synchroniser until the metal tab in the reluctor is in the home position? 15 degree alignment would be there for to make sure the wiring plug would reach the reluctor. am i missing something?
there's 2 directions that came with mine. this is the 2nd one. the first says mark the old one on the unit and the block. then transfer the mark to the new one. doesn't even include finding tdc. just states to put the pin inside that rotates in the same position the old one was. hmm
TDC in my mind shouldn't have anything to do with this...The rotor on the CPS doesn't know where the rest of the engine is, as long as the new unit is pointing exactly the same spot as the one you took out, the relationship between the parts is the same. It might make it easier so you can use that special plastic tool but I doubt it's needed.
Thanks for the info. I have a 1995 Ford ranger 3.0L with a synchro. Will the connector line up with the direction the arrow is pointing? My engine was replaced and mine whistles when it is cold above 55 mph until the motor warms up. My connector probably points 15 degrees to the left of the engine looking at it from the rear with the connector pointing toward the engine not away from it. I think the installer did it incorrectly.
why not put tool on old one before you pull it. line it up with the centerline on the motor . pull it . put tool on new sensor an drop it back in same position. that way theres no guessing on angle . you could actually mark a spot on fire wall or motor for a referance point . but ya im impressed with his videos overall
Does the synch engage the oil pump drive before it makes contact with cam gear. The oil pump drive is a hex, so the synch will only drop every 30 degrees. so does it engage the oil pump drive first, then you can rotate synch and oil pump drive together until the correct synch gear tooth engages the cam gear? Having a hard time getting synch to fully seat. should i use washer and 10 mm bolt to drive it?
Awesome video . Th for all details because I took out without marking. Hopefully i didn't ruin anything trying to start. So back to TDC And well I had to tAke #3rod out to get intake off 3.0 so I better make sure that in right too . I just n Put back in like I took out . Do I have to turn motor to certain spot?? Seriously your video ROCKS
wouldnt it also be just as easy to remove the old sensor cover, and place a mark on the intake and then pull the unit and use the mark to stab the new one? I use this techince on distributers and it works ther so why cant it work in this situation unless someone has already done it and screwed up the placement?
Sir, you are a true professional. Thank you for sharing your knowledge and years of experience. There are many viewers who really appreciate it.
+Freddy Brea Thank you Fred, I appreciate your saying so.
@@realfixesrealfast MINES STUCK ! .... 4.0 ohv engine... made makeshift slide-hammer gizmo to give it hard pull up strikes (have cable noose around it) and it doesn't budge....any suggestions? Ever come across this ??
great video one thing that should be said is TDC on the compression stroke
update after watching your follow up i understand more than i did previous to today and appreciate learning more from you than you'll ever know thank you very much for teaching me all of this new info =D
before pulling out synchronizer take chisel or punch an established center line point that touches both synchronizer and block in the same place. then transfer that to new synchronizer before reassembly
I find the hard part is locating TDC on this 99 Ranger by counting back from the gap on the crank (where the engine crank sensor is reading engine position.) Some people say you should count back 5 "fingers" or "teeth" and others say count back 6 "teeth" for TDC on this engine. You can go though this whole process, but if you've located the engine on the wrong "teeth" at the crank sensor your Cam Synchronizer will be incorrect even if you've installed it perfect. It is still a good video :)
I've tried and tried to understand this procedure, and just couldn't get it. This video was just what I needed. I finally get it! Great presentation. Thanks!
Good video. I used a 24mm socket to turn the engine to TDC mark. A plastic alignment cap came with my cam synchro. I inserted in just about the same position as the original. My original cam synchro was all mangled and destroyed inside the cap. The car ran that way for a couple years. Made a squeaking sound. I thought it was the water pump. My understanding is that the cam synchro doesn't control cylinder firing order, but synchronizes the fuel injectors to fire properly. I've read that the car can function with a failed cam synchro, but is very fuel inefficient and misfires.
You saved me a lot of stress and money sir thank you for your excellent video you described it the best out of a whole 2 days of looking into videos to try and solving this issue
glad it helped, thanks for commenting
One of the best videos to follow I've seen. Thank you. You have the way of explaining things that even a if a medieval time traveler would understand.
Or
Remove spark plugs
Rotate engine to top dead center #1. Have a friend handy to hold finger in #1 spark plug hole. Use nylon tie in spark plug hole to find TDC
Make sure the synchronizer tool fits on original still in engine so its indexed for removal
Mark a reference point on block where the arrow points with the tool
Remove old synchronizer
Replace new synchronizer with it pointing at original reference mark on block
It's that easy, did it in the college parking lot a couple years ago.
thank you for the clear explanation. the history of how the synchronizer is simply an evolution of the distributor helped in my understanding of the subject.
this is by far the best repair video i have ever seen thank you for sharing
Thanks, I appreciate your comments
Great video Dwyane. I like where you take the extra time to illustrate installing the synchronizer in an engine with the upper components removed. Really helps out a lot. Thanks for taking the time to make this video.
Absolutely the BEST how to video on TH-cam.You sir made this look so easy a 10 year old could install a cam sync correctly!
Very well presented, explained, and much appreciated. I just did one today on a 2007 Taurus with a 3.0 Liter. To bring the engine to TDC on the Taurus with front wheel drive, I removed the passenger tire, and went behind the splash-guard to access the engine's damper pulley. I used a 21mm socket, with a 1/2-inch drive, and short extension to turn the engine to align the interrupter.
How do you know what stroke you are on? how do you know you are on compression not exhaust?
ArcolaBridge
Good question. It is true that I could have been on the exhaust stroke; although, for the installation of the camshaft synchronizer, aligning the tab with the hall-effect opening is the goal. I simply turned the crank-pulley until the tab lined up with the opening on the housing.
So really TDC on the compression stroke is not paramount for this procedure; rather, aligning the synchronizer for reference to install the new one.
It's ok, your motor will just run backwards.
I have watched a few of these demonstrations on doing this on this engine. As usual your methods are extremely clear, you do not speed talk like most of the younger people, making it much easier to understand. Thank you. The picture you showed of the sensor body fully installed, saying to then bolt it down, seemed to still be about 3/16" of off the block. due to the oil pump drive not aligning, do you not have to turn, or crank the engine while pushing down on the synchronizer to seat it totally. This was the hard part when doing distributer installations. I only bring this up because I had to repair a car many years ago where another mechanic ruined the cam gear by trying to beat the distributer in with a hammer. Keep up you good work.
Speed talking isn't a youth thing, its usually geographic. BTW I'm 63. I'm from Fl, we have many people from other areas live here, on average native Floridians speak slower then do people from the N.E. , just saying.
Very well done, you explained this process very well. I personally know how to install one but no way I could've explained it any better.
Good teacher.
I notice you have multiple engines on stands, if you enjoy working on engines, your a lucky man.
Great great great. Most people were talking about how you just mark the old one on the motor. I had a new short block so I had to know how to do it properly. Perfect video, great job thanks!
Your a great teacher. I love how you use a lot of visual aids for us visual learners.
I have watched a lot of videos on here and I think ol man duane forgot more about wrenching than most young guys will ever know,and a great teacher too.
That's because old knowledge was superseded by mo-better, insuperable life hacks.
Thank you very much
that was a very good description on how to replace the synchronizer
I appreciate your work sir
Great job on the video- that worked out great that you had all those resources available for visual demonstration.
Awesome! This is the best video that explains everything in detail.
Great video. It cleared up the lousy instructions that came with my aftermarket synchronizer. I wish the engineers had not buried the darn thing so far behind the lower intake manifold. It wold not fit down in with the tool installed, so I have modified the tool a bit (chopped some off) so it will drop down in there.
Very well done! You are an excellent teacher, you hit all the marks and made it very understandable and clear. I think I could do this in my sleep now lol .
I just marked where the pointer is. When I put the new one back in I made sure it lined up where the pointer was on the old one. And it worked. I didn't need that tool. That is way easier than a distributor
you are correct however some people remove it and without noting where it was installed. This is for them.
YOUR THE BEST TEACHER IN THE WORLD DUANE!
Thank you for taking the time to make this video! Very helpful, informative, and easy to understand.
Thank you so much. Great video, great teaching technique, lots of knowledge.
THANK you doug gyver for pointing out that it doesnt really matter where the housing of the cam synchronizer, i was wandering what the whole degree thing was really for if i already installed the synchronizer with the little tool and with the engine at TDC. anyway my scynchronizer only went on one way anyway.
Excellent info!! I am now smarter because of you.
Outstanding video! Well Done Sir!
thank u very much i did it the way u explain it and my engine started in just 2 seconds perfectly well.u save me some money
Great description. I've doing this on a 99 3.0l Ranger and yes the service lit is confusing. 38 degrees for 3.0L.
Great video and explaination. I have a 1998 For Ranger 3.0 that i had a p1309 code coming on right after my motor was rebuilt but never got it fixed because it was the only code and it was running fine but always kept my check engine light on. Lately i was getting other codes p0171 and p0174 and p1137 and p1131 and it's been running bad. I have checked fuel pressure with a gauge and its holding steady at 62psi. I had a plugged pcv valve and broke vacuum hose that i fixed and did a smoke test using a cigar and dont see any leaks. Ford dealer said probably the cam syncronizer was off just enough to cause the light and code to come on. I bought a new syncronizer and installed it at 75 degrees TDC using a gauge and screw driver and also the mark on the damper was exactly same as where i found TDC, Only problem is that my Hanes repair manual must be wrong because it is impossible to set the syncronizer at 75 degrees because when you do the sensor will not go on because the plug end sticks out too much and hits a place on the block not allowing you to place the sensor on correctly. so i have it set at about 50-60 so the sensor will go on and that is about the same position the old one was in and now i see why the engine place set it off a little. Do you know where i can get another spec on the correct setting. I am now getting the same codes and it idles with like a spark knock like the timing is off. Is it possible the timing chain was set wrong or jumped?
I have read so many different degrees for a ford 3.0L vulcan, it is mind boggling. I have read 10, 15, 50, 60, 75...its like no one really knows?!! If you want to start from scratch, just because, say the cam sync flag is no longer even there, or maybe the old one was put in wrong years ago, etc. You should have a reputable answer to what freaking degrees is correct, I still do not know what the correct is for my 2003 ford Ranger edge (V) 3.0L.
Two days ago, I had codes P0171, P0174, P0175, P1131, P1151 ---All related to the O2 sensors, so today, I had a shop replace all 3 O2 sensors, two upstream & one downstream. That did not help, still having same issue. So, that tells me that just because you get codes saying or pointing to bad O2 sensors, does NOT mean they are bad, just that they are reporting a lean mixture, etc. So, now I have went out and purchased the cam sensor, and the Motorcraft Cam synchronizer, and hoping that I can do it the correct way...ugh.
Very well explained. Very professional. Great video on topic.
Glad my 98 Ford e250 has the 4.2 l V6 Essex engine and the cam sync is by the water outlet and heater bypass and EGR
100 thumbs up. Awesome teacher.
Lot's and lots of wisdom, pay attention!!!.
outstanding class
you are a master mechanic and a great teacher and i'm your humble student can't thank you
enough
Great video thank you
Thank you for the video you are great professional
Nice improvement over the last video showing this, real professional looking. ;-)
It looks like the 15° location matches up to the "hold down" bolt location.
Another good video and I will compliment you on the super pro presentation.
This is very helpful. Cheers.
Very good excelente!
very good explanation and video, thanks
Use a clear plastic protractor for angles,if there's room.
mark the block and put the new one in the spot where it came out of, and the same direction for the sensor tooth. Much easier.
Looks like you're hold down bolt is the mark for the cam synchronizer
Excellent video.
you can get the syncro and tool kit at oreilly auto parts, I just ordered both for 44 bucks and they'll be in tomorrow.
good teacher
Because of the tight space between the engine and firewall what are the chances of getting a small protractor in there? Great video. I'd never even heard of a cam synchronizer before. Learned a lot thank you.
I saved this one. Great! Send others. Thanks
Finding the TDC in a windstar with 3.8 is very difficult because removing the spark plug at the #1 cylinder is a very time consuming process. Can the #5 cylinder be used to find the TDC in #1? Or any other cylinder in the front bank of the engine?
but how do you line up the crank at TDC? with the timming chain installed?
Thanks for all your great information. It would be much better if there was no music . I don't want to listen to music -just the facts which you are giving.
explained very clearly, thank you...
is it possible for the synchronizer to leak a good amount of oil with the hold down bolt tight ? seems to be where im getting a pool off oil from
Great job.
Wow! You are very luck. 431000 miles!?. The best answer I can give you is that they last as long as they last, but the majority of the water pumps I've replaced are usually sometime after 100k. There are so many factors to take into account when it comes to parts longevity. Like, Is the part high quality/ Does the owner keep up with the maint/ and the list goes on. Apparently you've taken care of your Ford. Kudos.
Thanks,it's a bit clearer now..I put my revive back together after replacing the timing set..all it did was crank and crank.it ran for two seconds,then a loud pop and smoke at the front of the engine.like when a high voltage shortage happens.does anyone know what that was?
Good chance it's out of time. Probably 180 degrees out and that means the opposite valves are open when they shouldn't be.
@@strokewarrior5762 thank you for the reply.so I should rotate the camshaft synchroniser 180°?
@@metalmaniaxx possibly, but I would suspect your actual valve timing if off
@@strokewarrior5762 thank you.I will check again.but I lined up all the dots with each of the gears.that seemed pretty straightforward.but I'll check.
Great video.....it didn't look like it was all the way seated on the block...
Great video. Thank you!
Excellent. Now I get the it.
I sure would like to know how you got that synchronizer out without removing the lower intake manifold. Looks like mine is partially covered by the intake manifold. No way to hardly even get a wrench on it let alone get it out. Oh, my old beater (that I'm turning in to a flat bed) is a 99 Ford Ranger 4.0L OHV.
Basically line it up with that hold down bolt hole
Good video
nice video, very thorough... but wouldnt it be easier to just say it needs to end up pointing at the hold down bolt? Just a thought....😊
for those who just want to know "how" the answer is yes, buy for those who want to know "why" the answer is no.
Great video
I've done all as stated on my 2001 Ford Taurus. After 30-40 miles my CEL comes back on. I am puzzled because I've done the "Stab" step by step. I've even tried 3 different Sensor Manufactures. Any ideas are GREATLY appreciated!
Reset your keep-alive memory with a scan tool.
all i gotta say is... thank u so much.
I never used the tool to reinstall mine I used the witness mark's from the hood down washer
Andrew Miguelez try to put a protractor with the engine on the car and see if you can do it, its easy to tell the 45 degree like the way he show. Its all about paying attention in what you doing!
does it matter if you put it at TDC i don’t understand that part, if you roatate the engine until the alignment tool will go onto the sensor before you unbolt it and mark it then shouldn’t you just be able to put the tool on the new one and get it to align with your mark and then bolt it back down and be done
You cannot see the gears in this video. ALL camshafts turn at half of crank speed. They have to in order for the valves to perform four functions within two revolutions of the crankshaft. It's the basis of a four cycle engine..
Nope, you're dead right. The "15 degree" marking in the manual is a suggested range of installation in order for the connector to plug in.
The installation tool locks the reluctor relative to the housing, the engine being at #1 TDC (or wherever it's spec'd for) completes the equation.
Ol' dude's making it MUCH more complicated than it needs to be,
I did it with cam sensor on the synchro easy peasy
Thank you for the video you are great professional. Question do I need to have piston number 1 up in dead position with this procedure synchronized.
it did one of these on a ford ranger 4.0 in school man did that suck, you couldnt see anything even with the intake off
How did you get it out at the end of the day? I have a 4.0 and I have my upper intake off, but the sensor is stuck on the synchro and I cannot separate them. Without separating them, the sensor hits on the bottom of where the stud is located for the upper intake. There isn't enough wiggle room for me to remove it without the sensor off, and I am having to do everything by feel (like you said, you really cannot see anything).
GREAT VIDEO TANKS
QUESTION: When you stabbed at the right angle at 9:47 the synchronizer wasn't fully squared with its housing. Same thing is happening with me. The old one fits flush. The new one, with the alignment tool, doesn't. If I put the alignment tool on the old synchronizer, same problem happen. Any thoughts? Is it ok to leave a little gap like you did?
Correct me if I'm wrong....but can't you just mark where the current notch is at on old one before pulling out....then install new one with arrow pointing to marking of old one...pretty sure putting 'number 1' at TDC is just so if you mess up / having a more defined reference point....correct?? Of course with old school distributor you had to do it this way...but with electronic system doesn't the PCM have stored where everything was at last shutdown.....thus being able to line up at aforementioned way...
Barry you are correct. However many don't think or work that way. They remove it and then don't know how to reinstall it.
Thank you for a good instructional video. I have 2000Mazda B2500SE 2.5L 4Cyl Manual Engine with 8 spark plugs. My question is does this year model truck have a camshaft synchronizer?
as the synchroniser body is not keyed into the engine block, why can you not rotate the synchroniser until the metal tab in the reluctor is in the home position?
15 degree alignment would be there for to make sure the wiring plug would reach the reluctor. am i missing something?
hoo waoo: excelente explicación incluso para alguien que no domina muy bien el idioma
there's 2 directions that came with mine. this is the 2nd one. the first says mark the old one on the unit and the block. then transfer the mark to the new one. doesn't even include finding tdc. just states to put the pin inside that rotates in the same position the old one was. hmm
TDC in my mind shouldn't have anything to do with this...The rotor on the CPS doesn't know where the rest of the engine is, as long as the new unit is pointing exactly the same spot as the one you took out, the relationship between the parts is the same. It might make it easier so you can use that special plastic tool but I doubt it's needed.
Line arrow with the bolt hole
Thanks for the info. I have a 1995 Ford ranger 3.0L with a synchro. Will the connector line up with the direction the arrow is pointing? My engine was replaced and mine whistles when it is cold above 55 mph until the motor warms up. My connector probably points 15 degrees to the left of the engine looking at it from the rear with the connector pointing toward the engine not away from it. I think the installer did it incorrectly.
good vid
I don't know where you got your info. but alldata say 56 degrees. 15 degrees put the electrical connector where the w/p bypass hose location.
why not put tool on old one before you pull it. line it up with the centerline on the motor . pull it . put tool on new sensor an drop it back in same position. that way theres no guessing on angle . you could actually mark a spot on fire wall or motor for a referance point . but ya im impressed with his videos overall
Firewall? You had better be drawing hieroglyphs. Why doesn't the factory just put the crank timing reference mark on the hood, too. Really accurate.
Does the synch engage the oil pump drive before it makes contact with cam gear. The oil pump drive is a hex, so the synch will only drop every 30 degrees. so does it engage the oil pump drive first, then you can rotate synch and oil pump drive together until the correct synch gear tooth engages the cam gear?
Having a hard time getting synch to fully seat. should i use washer and 10 mm bolt to drive it?
Awesome video . Th for all details because I took out without marking. Hopefully i didn't ruin anything trying to start. So back to TDC And well I had to tAke #3rod out to get intake off 3.0 so I better make sure that in right too . I just n
Put back in like I took out . Do I have to turn motor to certain spot?? Seriously your video ROCKS
thank you excellent vid!
could't you just put the installation tool on the old one and then mark it somehow as to it's position, seems like it would be easy that way.
wouldnt it also be just as easy to remove the old sensor cover, and place a mark on the intake and then pull the unit and use the mark to stab the new one? I use this techince on distributers and it works ther so why cant it work in this situation unless someone has already done it and screwed up the placement?
What degree would you set it on a 2001 ford mustang 3.8L v6? Really could us some help