Dad's ZF5 Swap
#271
#273
The normal spacing is 60 degrees, but one is at 57, which makes its spacing to the next one 63 degrees. Easy on the table as each turn of the crank gives 4 degrees, so 15 turns on most and then 14.25 turns and 15.75 turns.
I worried a bunch about getting the spacing wrong, like backwards. But, using the transfer punch fixed that easily. Now I just have to make sure I'm drilling where the marks are.
I worried a bunch about getting the spacing wrong, like backwards. But, using the transfer punch fixed that easily. Now I just have to make sure I'm drilling where the marks are.
#274
Machining Done!
Got it all done today, including chamfering the flywheel. Attached pictures are:
This is a perfect point to take off for a long weekend to visit the grandtwins as it is their first birthday. Then when I get back I can finish putting Rusty's engine back together, pull Dad's truck in and pull its bumper, grill, radiator, exhaust system, engine, transmission, t-case, seat, carpet, steering column, brake pedal and bracket, etc. And then the work will begin to put the new engine, ZF5, rebuilt t-case, etc in. Sounds like a lot of WORK! (I see Maynard G for some reason.) But, it was work to get to this point and I'm thinking I'm about half the way there so it must be downhill from here - right?
- Rear view of spacer. Note the .125" chamfer between the pilot, the vertical part, and the flange that runs horizontally. This was planned to be .100" but I made it larger to give more metal in the "sliver" between the front and rear chamfers. The drawing shows the sliver to be .145".
- Front view. The chamfer in the pocket was one of the hardest parts of the project.
- Flywheel in lathe with gap in bed removed. The gap had never been out and it took some "persuading" as the paint was thick and part of the backsplash had to be cut away to get it off. Then I discovered that it took my longest boring bar to reach the work. Not surprising then that you can see some chatter in the cut.
- Original .050" chamfer on flywheel. Sorry for the blurry shot, but you can sorta make the chamfer out.
- New .125" chamfer to match that of the spacer.
- Spacer on crank proving bolt holes are perfectly placed - they went in w/o any issue whatsoever and I turned them in by hand.
- Spacer on flywheel with no clearance between spacer and flywheel, proving the chamfer is adequate. I can't get a .002" feeler gauge between them and there is a significant "clack" when it slides home and hits the flywheel all around the flange at the same time.
This is a perfect point to take off for a long weekend to visit the grandtwins as it is their first birthday. Then when I get back I can finish putting Rusty's engine back together, pull Dad's truck in and pull its bumper, grill, radiator, exhaust system, engine, transmission, t-case, seat, carpet, steering column, brake pedal and bracket, etc. And then the work will begin to put the new engine, ZF5, rebuilt t-case, etc in. Sounds like a lot of WORK! (I see Maynard G for some reason.) But, it was work to get to this point and I'm thinking I'm about half the way there so it must be downhill from here - right?
#275
Got it all done today, including chamfering the flywheel. Attached pictures are:
- Rear view of spacer. Note the .125" chamfer between the pilot, the vertical part, and the flange that runs horizontally. This was planned to be .100" but I made it larger to give more metal in the "sliver" between the front and rear chamfers. The drawing shows the sliver to be .145".
- Front view. The chamfer in the pocket was one of the hardest parts of the project.
- Flywheel in lathe with gap in bed removed. The gap had never been out and it took some "persuading" as the paint was thick and part of the backsplash had to be cut away to get it off. Then I discovered that it took my longest boring bar to reach the work. Not surprising then that you can see some chatter in the cut.
- Original .050" chamfer on flywheel. Sorry for the blurry shot, but you can sorta make the chamfer out.
- New .125" chamfer to match that of the spacer.
- Spacer on crank proving bolt holes are perfectly placed - they went in w/o any issue whatsoever and I turned them in by hand.
- Spacer on flywheel with no clearance between spacer and flywheel, proving the chamfer is adequate. I can't get a .002" feeler gauge between them and there is a significant "clack" when it slides home and hits the flywheel all around the flange at the same time.
#278
Thanks. Now I'm wondering what I should coat it with to prevent it rusting. Gotta keep it thin or it won't fit in the flywheel or on the crank. Maybe I'll just put anti-seize on it.
Are you saying it is amazing because I'm making progress? How many pages did it take?
#281
But, the 351M is next on the agenda, and I hope to have it dressed next week so I can start disassembling Dad's truck.
#283
Don't have a camera and don't know how to post pictures if I did.
Ok, I understand. I'll see if I can remember to take a shot or two at the end of each day. I wonder if I'll run into a limit on pictures or storage first - currently have 268 pics taking up 34 Mb. Anyone know the limits?
Ok, I understand. I'll see if I can remember to take a shot or two at the end of each day. I wonder if I'll run into a limit on pictures or storage first - currently have 268 pics taking up 34 Mb. Anyone know the limits?
#284
Don't have a camera and don't know how to post pictures if I did.
Ok, I understand. I'll see if I can remember to take a shot or two at the end of each day. I wonder if I'll run into a limit on pictures or storage first - currently have 268 pics taking up 34 Mb. Anyone know the limits?
Ok, I understand. I'll see if I can remember to take a shot or two at the end of each day. I wonder if I'll run into a limit on pictures or storage first - currently have 268 pics taking up 34 Mb. Anyone know the limits?