TAA600 (P75751-1W) Amana Dryer - Instructions

This is not a bad repair, but give yourself some time. I did not have to take the tranny and motor out, but the inner and outer tub and all related parts had to come out, along with the outer tub base. If you are replacing the tub bearing, you HAVE to order the seal kit. Don't try to skimp like I did, since you will need the seal kit as this is what causes that bearing to fail in the first place. We forgot how quiet the washer was after I fixed it, and it saved us from buying a new washer since we were ready to say the heck with it and buy a new pair. You might need an 1.5 inch socket to get the big nut off the spindle, but I was able to get with a visegrip and hammer. The nice thing about this repair is even if you screw it up, you won't have water all over the place because of the seal design. I just checked under the washer a few times for the first few weeks and all seems fine.

Unplug the washer
Took off the front with nut driver to two fasteners at the bottom.
Took off two tub springs using channel lock pliers.
Tipped the tub back for more hand room.
Took brake bolts off with box end wrench.
Put Screw driver above brake clamps and pried down to make the old brake pads drop down below the seats and then take brakes off. You might have to use a screw driver to expand the brake clamps so they will release the brake. (brake clamps look like a pulley but the edges will spread some bit.)
Twisted large screw driver between the brake clamps and pushed new brake in as far as would go while beside (to the left or right of) the brake seat.
Pried brake clamps down and rotated brake around until it is lined up with the brake seat. Then pried pads up into the seat.
Re-twisted large screw driver between the brake clamps to separate them and pulled the brake pad back to within 1/8th to 1/16th inch of the back. This lined up the bolt hole.
Inserted the bolt with rubber grommett into the brake pad hole and twisted it counter clockwise and tightened with wrench. (If the bolt would not thread, then you have to adjust the brake pad forward or backward until the holes line up.) Tighten the bolt until it is firmly tight.

There are three brakes. Each is installed the same way. The one in back required a little cross legged contortion for me to reach around both sides of the motor and two front brake pad mounts. The key is lining up the bolt hole in the brake pad with the mount. I pretty well had it figured out after the second pad install. Time for me.. 4 hours. Cost, leg cramps, sore muscles from awkward positions, and the joy of not having to buy a new washer.

Return the springs to the tub on the front. Close front panel and return the two fasteners with the nut drivers.

How did I know I needed the brakes? When in agitation mode the tub spun the opposite direction of the spin cycle. When the agitator turned the opposite direction, the water inside went into a very strong vortex and sometimes sloshed out the top or around the top edges When there were a lot of clothes and a high fill level in the tub. We also had trouble with straps winding around the agitator. The tub spun so quickly that the water without agitation was driven to the top outer edges of the tub by centrifugal force.

The Speed Queen people were nice enough to provide a swing out door on the back of the machine to access the mixing valve. I had to pry it open because they did not supply enough slack in the hose that attaches to the mixing valve. The hose clamp securing the outlet hose to the valve was difficult to remove as the screw was positioned by someone that assembled the machine with no thought given to if it would ever to be taken apart.

Be sure to unplug the machine before attempting this repair. I unplugged the dryer instead and was greeted with a shower of sparks as I removed the valve. Luckily there was no damage to me or the machine. I needed some lubricant to slide the hose onto the new valve. There was some Linatone oil for my dog's coat handy. It did the trick I buttoned the machine back up and it works as good as the day I bought it.

It might be wise to replace the gaskets between the water hoses and the inlet valve. They are just standard garden hose gaskets. Replacing the strainers on the faucet side might be a good idea also. I took a video of the Speed Queen in action and will post it to You Tube. "They Don't Make 'em Like This Anymore"

Three brake pads are located just above the drive pulley and space symmetrically around the brake wheel. Remove the one screw per brake, slide brake out of brake wheel and replace with new brake. Apply silicone grease to new brakes before installing. Tools: 5/16 boxed end wrench.

Remove two sheet metal screws at bottom front. Tip up and remove front panel. Tip up top panel. Hold it up to allow access to rear of drum. Use soft piece of wire to loop around top of spring. Pull 4 springs up and off drum. Rotate the springs to release them from the base plate. Starting at the rear of the drum slip new spring end into washer base. Slip wire loop on the top of the new spring. Pull and stretch new spring onto drum. Repeat 3 more times. Replace front cover....you're done!

The only real problem was one spring loaded hose clamp to the rear of the pump. If it had been a standard clamp like the others I would have cut the repair time down by 2/3rd's. I did find that by removing one of the long wash drum springs, I then had more room to get my channellocks back there to get the stupid clamp to compress, and then used a screw driver to push the clamp back off the the connecting port. I replaced the camp w/ a standard clamp and the reassembly went quick and easy. Note, If you replace the pump drive belt with a new one, you WILL have to adjust the belt tension after a few minutes use.

After removing the front panel I was able to reach the bolts holding the brake pads in place. Without the above mentioned ratcheting end wrench it would have been very difficult to start the bolts while replacing them. I would probably consider removing the motor if I had to do this again. It would give a lot better access. no real difficulty other than hard to reach.

It was easy, All we had to do was loosen up the tension on the pump, put the new belt back on and put the tension back on the pump motor by sliding it to the side and re tighten the screws to hold the pump tight.

Removed the damaged legs, replaced with parts from this site and leveled the washer .

Removed the old pump and installed the new one, works great!

had to completely disasemble whole washer drum and mechanical components to remove upper bearing on transmission,the drum hub was corroded on the shaft. I had to use a gear puller and a propane torch to get the hub off upper shaft of the transmission. then press the bearings in the respective sheet metal supports. reassembly was alot easier than taking it apart. Not a job for an average homeowner. It would not have been repaired without the wheel puller. all the seals were reusable A week and a half of use later no leaks and works great

Disassembled washer as per directions with seal kit. Removed inner tub. Cut both tub shaft bearing in half; punched out from outter tub. Installed new bearings using .5 inch threaded rod, washer and bolts. Installed new seal on inner tub shaft. Installed inner tube. Re-assembled washer.

Purchased x4 new adjustable legs. Leaned the washer back and held in place with block of wood. Loosened the two older front legs with an adjustable wrench because they had a locking nut and replaced with new legs. Repeated process on back side of washer. Once all the new legs were installed leveled the machine adjusting the legs if necessary.

As another person commented, there is a small 'door' on the rear where the water inlet is located. Don't know if this was meant for easy access to change this part or not but I didn't use it. I found it much easier to just remove the front panel (2 lower corner screws), loosen the top (2 corner screws) and tilt it up and out of the way. From there it was easy to disconnect the hoses and four electrical plugs (easy to remember the order). The unit is held in place by one screw which is located between the water inlets.