New Cams, bike wont start
#1
New Cams, bike wont start
Well I finally got everything installed today for my cam job. It was quite a learning experience and tested my patience immensely. But today I got everything back together and buttoned up.
However, after I installed my new map for my PV and went to fire it up....no fire? The bike acts like it wants to start but never actually did. I tried giving it some gas by twisting the throttle but that made the bike "cough" and white/bluish smoke cam out of the air cleaner and the exhaust that smelled like fuel.
I double checked the plugs, exhaust (sensors hooked up), air cleaner.....not sure what else could be the issue. Maybe a plug fouled?
Any help is greatly appreciated!
However, after I installed my new map for my PV and went to fire it up....no fire? The bike acts like it wants to start but never actually did. I tried giving it some gas by twisting the throttle but that made the bike "cough" and white/bluish smoke cam out of the air cleaner and the exhaust that smelled like fuel.
I double checked the plugs, exhaust (sensors hooked up), air cleaner.....not sure what else could be the issue. Maybe a plug fouled?
Any help is greatly appreciated!
#3
I was just thinking about that. The cams definitely were in time with each other when I locked them down.
When I put the gears on I did have to rotate the crank a little bit to get the gears on. I got the gears in time and torqued down.
Would rotating the crank to put on the gears mess up the timing on the cams. I wouldnt think so, but now I am second guessing...
When I put the gears on I did have to rotate the crank a little bit to get the gears on. I got the gears in time and torqued down.
Would rotating the crank to put on the gears mess up the timing on the cams. I wouldnt think so, but now I am second guessing...
#4
#5
I was just thinking about that. The cams definitely were in time with each other when I locked them down.
When I put the gears on I did have to rotate the crank a little bit to get the gears on. I got the gears in time and torqued down.
Would rotating the crank to put on the gears mess up the timing on the cams. I wouldnt think so, but now I am second guessing...
When I put the gears on I did have to rotate the crank a little bit to get the gears on. I got the gears in time and torqued down.
Would rotating the crank to put on the gears mess up the timing on the cams. I wouldnt think so, but now I am second guessing...
#6
#7
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#8
This is a good place to start, don't open it back up if you don't have to. After you rolled the gears around did you roll it back around after you torqued to verify that they're in time? If the cams were in time when you put the tensioner on then rolling the crank won't mess up the cam timing. Although when you rotated the crank you may have messed up the timing with the outer gears. It's an easy fix if it's the outer gears.
#9
This is a good place to start, don't open it back up if you don't have to. After you rolled the gears around did you roll it back around after you torqued to verify that they're in time? If the inner gears were in time when you put the tensioner on then rolling the crank won't mess up the inner gear timing. Although when you rotated the crank you may have messed up the timing with the outer gears. It's an easy fix if it's the outer gears.
The inner gears were definitely in time when I put the tensioner on, no doubt about it. When I went to put on the outer gears, I had to rotate the cams (maybe I should stop saying crank), in order to get that missing tooth lined up. Then the outer gears were torqued down while in time.
Talking to my landlord (former mechanic) (I rent a room out here), he said it is probably a timing issue.....
I am thinking I will have to pull everything off to take a look at the outer gears.
So that I have this straight in my head....the outer gears have to be in time while on the same token the cams must remain in time (two dots facing each other)?
#10
Say everything is correct in the timing of the cam marks, what you could be looking at is an incorrect valve adjustment. That can prevent compression due to valves being slightly open when they shouldn't be.
A compression check can verify that.
What you don't want is collision of parts in the vicinity of valves vs. pistons.
A compression check can verify that.
What you don't want is collision of parts in the vicinity of valves vs. pistons.