LAT5004BGW Maytag Washer - Instructions

My washer is 5 years old and water began to leak on the floor. I took off the front panel and filled the tub. Water did not leak immediately, but after the tub filled with about 3-4 inches of water, the water began to leak from a rubber washer between the fixed tub and the drive shaft. I looked online for exploded diagrams of Maytag washers, when I came across your site. By looking at your diagrams, I determined what parts I needed and ordered them. The parts arrived in 2 days, and I installed them. There were no leaks and it cost me under $70 (a repairman would have cost at least $250). The only thing I would recommend to those in similar situations, is to purchase a spanner wrench (your site does not sell, but others do). The stem seal and hub assembly is reverse threaded (clockwise to loosen) and is difficult to remove due to tight quarters in the tub.

I determined that the spin bearing was bad and decided to replace the brake too. Placed the machine on its side and then removed the rubber cap, v-belt, screw, drive lug and pulley. Then used a chain-vise grip to turn the brake off with the aid of a 3 foot long pipe extender for leverage. Blocked up the tub to align the transmission and installed the new spin bearing, brake, pulley and drive lug. Adjusted the drive lug position to contact the ccw motion of the pulley at the point when I could just feel the brake pressure. Installed the screw and rubber cap. Replaced the drive belts. Tested and all works. Halleluah!

Well the washer died and would not turn on in the middle of a wash cycle. Absolutely dead. I disconnected it from power and opened up the front panel on which all the control switches and knobs are mounted. This is removed by unscrewing 4 screws at the top of the washer.

Checked the fuse, and found blown. Replaced the fuse, closed the panel and plugged it in. Still not working. Checked the Check switches and found the Check Switch really limp. Checked with Digital Multimeter and found no continuity at either position. Unscrewed the check switch. Removal and re inspection with DMM of the check switch confirmed it was bad. Opened up the check switch and found contacts were blown.

Installed a new check switch making sure all the connecting wires go in the right places. The wiring diagram in the washer was very helpful in doing so since u dont want these wires reversed. Adjusted the plunger which operates the check switches when the lid is opened to make sure it is not over or under operating the switches. This is done by loosening the bolt holding down the check switch assembly and slidint the whole assembly forwards or backwards till the plunger has just enough push on the switches. This is done to avoid the plunger from exerting excessive pressure on the check switch and the safety switch in lid open or lid closed position. (both switches are operated by the same plunger according to the lid position)

Closed panel cover and plugged the washer in. There u go, it was alive again!

I suspected the lid switch right away. Where I went wrong was in thinking that I had to get to it from below. After going to all the trouble of removing the front panel and detaching the top panel, I discovered that it was located inside the control section at the top of the appliance. It only took a few minutes to remove four screws and gain access to the old switch assembly and swap it out with the new one. One thing to note; the new switch assembly has to be set in exactly the right place along a slotted channel in order for both contacts to be activated properly. It's not difficult to find the right spot, but you have to do it consciously.

Firstly, remove ac power from washer!
After removing the front panel of the washer (two philips screws), I loosened and removed the plastic motor cover and removed three hex head screws holding the motor. Have someone help you tilt the washer so you can remove the belts by "rolling" them off of the pullies (pump pully and motor pully). What I did was use a chemical degreaser to clean the motor base metal channel where the nylon sliders reside. After doing that and letting it dry, I removed the two old
springs. I ended up reinstalling the old springs because they were not stretched and I installed a new spring (total three) on the right side of the mount. A stiff metal rod with a hook on the end will help you install the springs. Squirt some of the included silicone lubricant on both sides of the motor mount channel and exercise the lube. Reinstall the motor and plastic cover over top of motor. Clean hands and clean belts while you have them out, reinstall belts and front cover and you're finished. My wife said it never ran better!

First I removed the screws that held the side panels on at the bottom, then I removed the screws that held the front panel on and removed the panel. I removed the agitator, loosened the retaining nut with a hammer and a punch, removed the bolts holding the tub springs, removed the bolts for the top panel and flipped it out of the way. Then I removed the clamp for the inner tub and pulled it out, then I pulled the outer tub out. Then I removed the seal and scrubbed the rust off the seal mating area, then installed the new seal and re-assembled the washer. It works perfectly now and no longer leaks and it is over 20 years old. This is the first bit of problem we have had out of this machine, the lonely Maytag repairman commercials are true.

This was a pretty simple repair. In this case, the part purchased here was not the actual problem, but had to be disturbed to fix another problem. After many years, corrosion and exhaustion of grease caused the bushing on the agitator shaft to seize, and the belts to slip. In this model machine, the bushing is accessed by first removing the agitator, which is held on by a single 1/4 inch set screw, and then removing the agitator seal, which is held in by a little spring clip on top of a washer. It's soft rubber, and you will probably need a small screwdriver or pocket knife to pry it out. In this case, the bushing was not too bad, so I was able to clean the hardened grease out and free it up with a little oil, using vise grips to rotate the agitator shaft, until the oil worked in enough.

Since seals don't like to be disturbed and reinstalled, and this one requires some prying to get out, I bought a new seal, even though the old one did not leak when I temporarily reinstalled it. There is a spring inside the seal, and it is packed with grease. The new seal comes with the spring and the grease already in it, so all that is needed is to slip it over the shaft (the top has some print embossed on it, making it easy to remember which is the top), press the washer down on top of it, and replace the spring clip.Slip the agitator back on its shaft and retighten the set screw, and you're back in business.

Run the machine, and check the area where the transmission enters the bottom of the tub. There's a little weep hole there, and if the seal leaks, you'll see water coming out there.

Pryed the front cover off and set it aside. I pulled the top cover off by removing the 1/2" hex screws under the front cover and hinged it back. Removed the agitator set screw with a 1/4" hex nut driver and pulled out the agitator assembly. Had to remove the nut that holds the hub assembly in by using a hammer and punch. There is not much room in the tub so be careful you don't hit the sides. It goes off by turning it clockwise. Then the splash guard comes off and then the inner tub with the top gasket and ring can be lifted out of the washer. The tapered cork covered hub was exposed and it also had to be removed with a hammer and punch clockwise after removing the torx set screw on the side of the hub. The rubber seal was now able to be removed under the hub and on top of the bearing on the outer tub. I had to clean all the accumulated scale off seal and bearing surfaces before putting new parts in (rubber seal, hub assembly, and new locking nut). Everything went back easily. Should be good for another 5-10 years...

I shut off the water feeds and unplugged the washing machine.

I removed the two screws on the bottom panel and lifted it off.

I then lifted the bottom corners of the front plate, pulling out and raising it at about a 45 degree angle, releasing the spring clips which held the top of the front plate to the top of the washing machine and set it aside.

I then located and removed the screws located underneath the top, one in each, of the undersides, of the front corners.

I used duct tape to tape the washing machine lid to the top so that it would not flop open and get damaged as I lifted the top on it's hinges.

I saw, at this point that I needed to open the control panel.

I set the top back down.

On top of the control panel cabinet there are four screws, two on each side. I removed the inner screw from each side and lifted out the control panel and set it down with all it's wires intact.

You will see a hex head screw that is holding the funnel of the water injector in place, I removed it with a nut driver and then reassembled the control panel so that nothing would get damaged as I, once again lifted the top and let it rest open on it's hinges.

I used a long needle nose pliers to squeeze open the hose clamp and loosen and remove the hose so that the complete water injector assembly was free and set it aside.

At this point, I connected the hose of the new unit to it's connector and set the clamp, lowered the top, re-opened the control panel and holding the water injector funnel in place by reaching through the lid I screwed it back into place. From there it was only reversing the steps to reassemble the cabinet.

I was concerned about reinstalling the front panel on it's spring clips but found it to be no problem. I held the front panel at the angle it was in when it popped loose, with the clips resting against the lip of the top and lowered the bottom into place, it just snapped back into place.

First, I secured one lid hinge ball in its appropriate position between the lid and the washer. While keeping the first ball in place I placed the other lid hinge ball as close to its intended position as I could get it. Next, I pushed the lid and ball into its position.

Used the online trouble shooting info. Tested as was requested. Found the lid switch. Noticed the fuse was bad. Replaced the fuse and noticed only water was cominf in. Ordered new lid switch assembly. Came with 48 hrs! Replaced and washed clothes! Great service!

Unpluged the washer and removed the top cover. Removed the screws holding the switches and unplug the wires. The process was very easy and the washer worked like a new one.

Used toothpick for a year to push switch acctuator far enough to engage switch. Broke my foot and found time to order part thru PartSelect. Went from cast to boot and received part 2 days after ordered. Had difficulty with foot and getting to switch. Went back into PartSelect and figured out how to dis-assemmble panels thru the diagrams. Time on my job doesn't, just that their service and expertise that is available to everyone is there to use. Broken bones or not, I will always get my parts and advice from PartSelect. Thanks to PartSelect.

1. Unplug power to the washer.
2. Remove 2 screws from bottom front panel on either side. Panel then rotates out and unhooks at the top. Remove front panel
3. Remove bolts from underneath the top front on both sides using a socket.
4. Rotate the top upward to provide space to see and work.
5. From the back of the washer, remove 4 bolts using a socket around the drain tube at the upper left.
6. From the front, the siphon valve can be removed from the inside upper right.
7. From the front, unscrew the clamp holding the drain hose on the water pump housing at the bottom right front and remove the hose. Be prepared for water to drain from the hose. Remove hose and siphon valve together and discard.
8. Install new hose on new siphon valve and screw new clamp tight. Make sure the rubber ring is inserted properly on the new valve (See old valve for reference)
9. Holding the siphon valve in place, use a socket and re-attach the 4 bolts around the drain tube at the back of the washer.
10. From the front, insert the opposite end of the new hose to the water pump at the lower right front and screw the circle clamp tight. Note: Re-use existing clamp.
11. Rotate the top back down into normal position.
12. Plug the power back in and run a short cycle and watch for leaks.
13. If no leaks, re-attach bolts for the top with a socket.
14. Re-attach front panel with 2 screws. Done.

Unfortunately, I couldn't find instructions for removing the top for exactly this model. First step was to remove the front panel by removing the two lower screws, grabbing the bottom of the panel, and lifting up until the clips on top of the panel let go. Next was removing from underneath the two screws towards the front that held the top of the washer on. This gives you easy access to the Fill Injector, but if working alone you'll need something to prop up the front of the top lid while you work on it. There is one screw that hold on the Fill Injector assembly (top and bottom). This screw is removed from the top, via the control panel. To get inside the control panel you need to remove the back of the control panel (very easy), just unscrew the 5 screws on the back of it. Then remove the one screw that holds the Fill Injector assembly in place. From under the front panel, use your pliers to remove the hose clamp and then remove the Fill Injector from the hose. ONE IMPORTANT ITEM, YOU'LL DEFINITELY NEED A REPLACEMENT HOSE CLAMP. The one you remove to take off the old, broken fill injector cannot be put back on. Put the new clamp loosely on the hose, then connect the hose to the new Fill Injector Assembly. Put the Fill Injector Assembly in place and use a piece of duct tape to hold it there. Then reinstall the screw that holds it in place from the top, inside the control panel. Reinstall everything in reverse, give it a test and then have a beer. You've just "given it to the man" and saved yourself $100+ on a repair bill.