Problem installing T-56, please help.
So I bought the car in June, came to find out it had an annoying oil leak, somewhere in the rear of the engine. Suspected the RMS, and tore it down to fix it. The problem turned out to be the cam position sensor, I replaced the O-ring and replaced the sensor. While I was in there, I did the RMS and the front seal on the T-56, as it was weeping some. I realized that pulling the trans was a PITA, so I went ahead and did the flywheel/clutch/pressure plate as well as a new pilot bearing and slave cylinder with a Tick remote bleeder. The clutch/flywheel package is a GMPP parts kit from Summit for the LS1&LS6
Summit link
So after all that, I am now trying to install the trans. I can get it up in there, thru the clutch disk and even into the pilot bearing, but I keep getting within about ¼” if getting the trans to mate with the bellhousing, but it won’t go any further. I put grease on the input shaft, so I know it is going as far as engaging the pilot bearing a little over 1/2”, just not all the way. I applied grease to the throwout bearing, and that grease now shows up on the pressure plate fingers. So I know the TO bearing is getting all the way there. Could the PP fingers and TO bearing be keeping me from getting this all the way in?
My searches have shown that is generally not a good idea to pull the trans up to the bellhousing with the bolts, but I am running out of ideas. I have had it up in there and within 1/4” three times and I don’t know what else to do. I have the bleeder open, so I feel like the slave shouldn’t be giving me this much trouble, but I can’t find anything else binding. The dowels are lined up, and I have gone as far as getting the bottom 4 bolts started before I talk myself out of running them in to close the gap. When I pull out the trans and look at the pilot bearing, it is in fine shape. It has not been beaten up with all the in and out. The plastic alignment tool I have says all is aligned.
Please help, or tell me it’s OK to run it in with the bolts
Thanks
Is there any chance that the TO bearing contacting the PP fingers will give me this much resistance, even with the bleeder open?
I was thinking that I should be able to get the machine surfaces to mate right up before I start any bolts. if it is possible to have some interference from the PP on the way in, then I am less wary of pulling it together w/ the bolts.
Is there any chance that the TO bearing contacting the PP fingers will give me this much resistance, even with the bleeder open?
I was thinking that I should be able to get the machine surfaces to mate right up before I start any bolts. if it is possible to have some interference from the PP on the way in, then I am less wary of pulling it together w/ the bolts.
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Is there any chance that the TO bearing contacting the PP fingers will give me this much resistance, even with the bleeder open?
I was thinking that I should be able to get the machine surfaces to mate right up before I start any bolts. if it is possible to have some interference from the PP on the way in, then I am less wary of pulling it together w/ the bolts.
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Thanks for the help


