Swapping motor. What would you do?
#18
Just posting a little progress. Was able to get an engine stand and get the engine mounted on it. Bolt size needed is 12mm x 1.75 mm just for anyone who needs it. I went with 5" bolts for my stand.
I started taking a few things off just checking stuff out. While unhooking the driverside UVCH the plastic was brittle and broke. I was able to get most but unfortuneantly a piece about a nickel fell down in the little hole next to the pushrod.
I am very frustrated about this. Is this a receipt for disaster? Do I need to pull the head? I seriously hope the answer is no.
I started taking a few things off just checking stuff out. While unhooking the driverside UVCH the plastic was brittle and broke. I was able to get most but unfortuneantly a piece about a nickel fell down in the little hole next to the pushrod.
I am very frustrated about this. Is this a receipt for disaster? Do I need to pull the head? I seriously hope the answer is no.
#23
#24
#26
Thank you guys for all the suggestions. I spun the engine on the stand over for one revolution and I am 99% sure the piece that fell out was the culprit. I am gonna do a couple more revolutions just to be safe. Also pulled the glowplugs and gave it a spin. Everything is spinning nicely. I have the valve covers, gaskets, UVCH's, thermostat housing, thermostat, HPOP lines, turbo & pedistal currently off. Trying to get stuff cleaned up before prepping for the swap.
#27
Alright, I know it’s been a while but we have had a long winter and the truck will not fit in the garage. So since the weather is finally starting to break I want to get started on this again.
My first thought is to do a compression on the “new” motor since I didn’t get a chance to see it running. Will it work the same as in the truck? Can I do a compression test on the stand? Also what gauge do you guys use? I have one for gas engines but it only goes up to 300psi which I know isn’t gonna work. I also remember something about an adapter needed?
My first thought is to do a compression on the “new” motor since I didn’t get a chance to see it running. Will it work the same as in the truck? Can I do a compression test on the stand? Also what gauge do you guys use? I have one for gas engines but it only goes up to 300psi which I know isn’t gonna work. I also remember something about an adapter needed?
#28
#29
Alright, I know it’s been a while but we have had a long winter and the truck will not fit in the garage. So since the weather is finally starting to break I want to get started on this again.
My first thought is to do a compression on the “new” motor since I didn’t get a chance to see it running. Will it work the same as in the truck? Can I do a compression test on the stand? Also what gauge do you guys use? I have one for gas engines but it only goes up to 300psi which I know isn’t gonna work. I also remember something about an adapter needed?
My first thought is to do a compression on the “new” motor since I didn’t get a chance to see it running. Will it work the same as in the truck? Can I do a compression test on the stand? Also what gauge do you guys use? I have one for gas engines but it only goes up to 300psi which I know isn’t gonna work. I also remember something about an adapter needed?
I lost your number, but for the cost of 2-way shipping, I’ll send you my HF comp tester and adapter, but the shipping cost may not be much cheaper than buying one.