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Spider coupling between motor and transmission broken
Followed the video on the website. I removed the hoses from the pump rather than removing the pump as suggested in the video. Then separated the motor from the transmission and replaced the coupling; then reattached the motor and hoses. Lining up the washer cover and clamping it back on was the most trouble. But all in all, a easy repair.
Coupler is design to break when washer is overloaded or out of balance. Saves the motor from being burned out. Very easy repair. Unhook washer hoses and electrical plug...tip washer on side if there is no bottom to washer instead of removing side panels. Unhook clamps to water pump using flathead screwdriver. Water pump comes off without unhooking either of the two hoses. Remove 2 electrical connections and two clamps from motor using socket and screwdriver. Motor pulls out very easy...make sure you are holding motor so it does not drop onto floor. Remove motor mounting plate with socket. Remove old coupling using stubby flat screwdriver from both motor and transmission shafts. Install new coupling on transmission by placing a large socket onto plastic piece of new coupling and tapping lightly with hammer until flush with shaft. Install rubber piece of coupling...tap new plastic piece onto motor shaft using socket and hammer. Reinstall motor mount. Turn motor shaft so coupling pieces are aligned. Reverse order to reinstall motor and pump. I tilted the tub slightly when reinstalling the motor and pump as it is a tight fit...just be patient during this step.
The last step in this process is to go tell your wife that she in fact is NOT getting the new $2000 front loading washer and dryer set she saw at Lowes because you just fixed her washer for $20 including shipping.
It really is an easy fix...takes longer to unhook and move the washer than to replace part. Thank You Partselect for your excellent website and speedy shipping of product.
First I did a search on dryer repair. Found a website that described easy things to check with an ohm-meter. I then performed the continuity checks on the items and found the high-limit one was open, in other words, no good. It works similar to a fuse. All this was done after removing the back panel, just a few screws. The reason it exceeded the high limit, possibly because I never opened the back up and cleaned it. Found out it should be done every couple years. My vent line had a hole in it and was letting lint get drawn into the heating element, could have been a fire.
Dryer was taking twice as long to dry as it used to.
Took of the back cover, and removed the vent connecting the blower motor to the drum. It was completly full of lint, so cleaned it out completly, and tried the dryer again. The heater element was still cutting off early, and the clothes were not getting very warm, but better than before. Decided to change the thermal cut-off switches. Ordered the parts on Sun, they came in on Tuesday. Dryer was up and running Tuesday night. Just 2 screws per switch, took less than 1/2 hour. The dryer now runs like brand new, and my wife was ready to fork over $800 for a new one!
I tried to remove the outer console to get to the tub wear pads easier. This proved difficult for me for some reason. So I tipped the machine on its back at about a 45 degree angle. You will see the tripod support holding up the tub. The pads lie in between the bottom of the tub and on top of the tripod support . You won't be able to see the pads since the are on the top of the support, but you will see the two insert tabs of each pad sticking out. There are about 120 degrees apart from each other. I pushed up on the tub and slipped the piece of wood in between the tub and tripod support close to the pad. Taking a screwdriver and hammer I punched out the wear pad insert tabs. You can replace the old pad with the new one by using some force with your hands. Some pop right in and some you need to use a little leverage, maybe with the piece of wood you used to hold up the tub. Be careful not to get the pads greasy, keep clean as possible. Worked great.
My Whirlpool dryer had no heat. I removed the back panel and within minutes diagnosed the problem to a blown thermal cut-off fuse. I ordered a thermal cut-off kit on a Sunday night and had the parts at 7:30am Wednesday morning. Total time for diagnosing and repair was no more than 15 minutes. PartSelect saved me a ton of money and aggravation!!! AWESOME!!!!
Dryer would stop after a very short time when cold, wouldn't keep running at all when hot
At first I was advised to replace the temperature overload sensors, which I did but didn't fix the problem. After adding the additional information that the dryer would run to full cycle as long as the Start switch was held in I was advised to replace the Start switch.
It wasn't obvious from the wiring diagram, but if you remove the Start switch and look at the side it shows it contains a solenoid holding circuit that keeps the switch in the "on" mode as long as there is a feedback signal from the temperature overload switches. So if the dryer will run to completion if the switch is held in, replace the Start switch. If it still stops mid-cycle, replace the temperature overload switches.
The replacement videos were spot on as far as clear and easy to follow instructions for the repair, and all ordered parts were delivered very quickly.
Washer tub would not spin or agitate and made a high pitch spinning noise during those cycles.
Basically I followed the great instructions provided on the Part Select webpages. I would consider myself to have more common sense than mechanical skill. I didn't want to have to keep going back to purchase more parts so I decided to buy the motor coupler (under $5), new clutch assembly (Under $30), new motor (under $160). The shaft on the original motor wore down to a cylindrical shape which should have been more of a rectangular shape to fit precisely into the motor coupler and provide the grip strength for the washer tub to spin. Usually the no spin problem is linked to a faulty motor coupler. I was glad that I had to removed the motor to reach the motor coupler because in my case the coupler had not failed. That is when I saw the motor shaft had worn. Since I had all the new parts I replaced them all and since 6/13/19 the washer is running like new. Oh, the problem was most likely caused by someone in my family "overloading" the wash machine one too many times over 11 years. Guy's / Gal's you can do this and save yourself from buying a new washer for between $850 - $1,200. My repair expense was under $240 including tax and next day delivery of my parts. Thanks Part Select !!!! Neil
Started at the top by laying back the control panel, then I removed the top panel, then the front panel, next the drum and the broken belt. before I put it back together in reverse order, I vacuumed the inside of the dryer and the exhaust vent
Was not sure what was wrong but the Part Select site allowed us to view other repair issues and solutions. We ordered the kit, it arrived the next day (how is that possible) and easily put the parts in and chaching...money saved and dryer works better than ever. THANKS PartSelect, we give you an eleven and we will recommend you to everyone.
Used your exploded view of the area to determine the problem-found the broken part and reassembled following the drawing. I felt like a pro after a test and kept my wife happy. [only lost a few days waiting for the parts which arrived as expected]
After reading other repair stories I did it like they said. I disconnected all the hoses and drained as much water as I could. The top came apart easily with a regular screwdriver, a 1/2 in drive with extension, and a 14 or 15mm deep socket. The spanner nut came off easiest with several short, quick blows (punch and hammer, counterclockwise). In my case a good wack seemed to be soaked up by the wash tub springs. Be careful not to chip the tub.
I laid the washer, front down, onto a couple a 2x6's. I supported between the tub and body with small 2x4 scraps. The motor/trans/pump came off easily after disconnection the 2 hoses (towels handy) and wiring. After the 3 screws, and some wiggling, the assembly slid out nicely. The coupler came out after snapping the springs off to remove the pump and motor. A 1/4 nut driver and regular screwdriver assisted. Watch how the pump comes off. You might want to mark its orientation with a marker or something. Make sure you get the new coupler on all the way with some taps on the CENTER where the shaft is. Reassemble in the reverse order. You'll know why I suggested marking the water pump.
Watch the order/orientation of the springs, clips, and washer. The clips came off with a screwdriver and pliers. It's always nice to have a rag on them when removing, they like to shoot off and land in the spot that's hardest to find, like under the dryer. My clutch was assembled with the right spring and slid right on. Don't forget about the plastic washer, snap it in good. The plastic piece still on the washer was simple. I opened up a nose pliers and put it on each side of the clip then gave it a hit. It came off with minimal effort and didn't spin on the shaft like pushing on one side with a screwdriver.
During reassembly I put a very light film of grease on the shaft. That washer with the tabs gave me trouble at first. I put a good film of grease on the side with the tabs to hold it in place, with the tabs down, in the clip. Otherwise when sliding the assembly back together it comes loose and you won't get the motor/trans all the way in. Then it all has to come back out and you'll wonder what the heck is keeping the transmission from seating in all the way. You might even get it all together, figuring the motor or tub has to turn to get it to seat right. You may even try running a no clothes load and get stuck with a tub full of water. Ask me how I know.
Reverse everything to reassemble. Make sure you get the springs tight that hold the hoses on. I was worried about over tightening the plastic nut with a 1/2 drive. Run no-clothes load, large, hot with soap. I think tipping it over loosened some stuff that was stuck in between the tub and basket. No, it wasn't grease from the shaft, light film. Anyway, I'll waste a washer full of hot soapy water to avoid the, "Um..what's this on my new shirt".
I didn't mean for this to be so long winded, but I was leary about tackling this job at first. I know my way around the garage/cars, but never tried appliances before. I pictured it'd be apart for weeks and I'd have to call a repair man. Then the "I told you so" look would come. You all know what I mean. I just want to cover as much as possible and encourage others while having them avoid any troubles.
Drive pulley broke. Looked like clip holding it on broke and pulley was running crooked.Belt was squealing some a couple of weeks before it broke.
Removed top and back covers. Placed new pulley and retaining clip in place. I had to remove a couple of drum supports to put belt on. Probably didn't have to remove top.
Diagnosis is the key. After reading that the 'open lid' switch could cause this problem I tested the switch by shorting it out (i.e. connected both sides of the switch) and setting the washer to 'Drain' after partially refilling the tub. The tub drained and the spin cycle started. Replaced the switch which is located underneath the top skin on the washing machine. Problem solved. The hardest part is the disassembly/assembly to get to the switch
Nothing to it. Just remember to put the insert in the knob, NOT on the selector stem. Line up the flat part of the insert with the flat part of the stem and push the knob in place.
Don NOT ram it on the selector stem. When it's seated, don't push any more. That's all there is to it. It works. If the pointer on the knob indicates the selector is lined up correctly, but it isn't, the problem is the selector, not the knob.
