"1. I will need to drain the transmisison oil correct?" NO, the oil level is well below the front bearing "2. How much and with what kind should I replace it with? (Dell posted another link somewhere about filling it all the way up and then draining it to a certain point to get the right amount... does anyone still have those directions?)( I also have read the articles in the archives just wondering what others opinions are?)"
Originally, 90-weight mineral oil was used. Modern 90-weight GL-1 oil is similar to that. Universal Tractor fluid meeting FNH MC-134-D specs is a much thinner modern alternative. However, it will not work as well with a three-point lift with "issues" as the heavy stuff, and is more prone to leaking from less-than-perfect wheel, PTO, and input shaft seals. However, if you are in an area that gets bitter cold, the light stuff works better in the COLD. If all 3 plugs have been removed, and it has had time to completely drain, about 4-1/2 gallons should about fill it. Remove one of the lower inspection plate bolts (by the tranny dipstick, or PTO lever) and slowly add oil until is begines to drip out the hole. Then, scribe a new "FULL" mark on the tranny dipstick, as this is enough oil, and the (slightly) lower level helps keep it out of the brakes. "3. How do I get the pilot bearing out? Do I pull it with a pick or do I unbolt the 4 bolts holding this bearing and plate in position?"
Find a piece of round stock that is a CLOSE fit in the bearing. Pack the area ahead of, and inside the bearing with heavy grease. Start the piece of round stock into the bearing bore. Smack it with a hammer. As the rod quickly enters the bearing, the pressure of the grease will "pop" the bearing out. If it only comes out part way, re-pack with grease and repeat. "4. I have reread the posts and the ford manual, please explian to me again why I do not need wooden wedges when locking down the pressure plate to the clutch disc? I do not understand why these levers operate the clutch."
When the levers are forced toward the flywheel by the throwout bearing, the action of the levers pulls the pressure plate away from the lined plate, against the force of the pressure plate springs, so the lined clutch disc is free of the flywheel and pressure plate, and can move around a bit. Using the wooden wedges keeps it in this position so the plate can be aligned using the pilot shaft, and then the wedges can be knocked out. Inserting the pilot shaft BEFORE tightening down the pressure plate bolt will keep the plate centered, and eliminate the step with the wedges.
|