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PartSelect Number PS1485646
This coupling kit is used between the motor and the transmission on direct drive washers with no belt. This is the newer version and is made with new metal sleeves for added strength.
This part works with the following brands: Whirlpool, Admiral, Estate, Inglis, Kenmore, KitchenAid, Roper, Maytag, Crosley, Jenn-Air, Hardwick, Magic Chef, Amana, Caloric & Glenwood.
This part fixes the following symptoms:
The job looked intimidating but turned out to be very easy.First take off the water pump by removing the two clips that hold it in place. Place a shallow pan under the pump to catch the water that is in the pump and hoses. Open the hose clamps with a pair of pliers or channel locks (better) and slide the hoses off of the water pump.The motor comes off next. Unplug the electrical connector from the motor and two wires from the capacitor. Remove the two screws holding the clamps in place and then pop off the two clamps. You will need to hold up the motor with one hand while you remove the clamps or it will fall to the floor once the clamps are removed.One piece of the coupling assemble will be attached to the motor and the other will be attached to the gearcase drive shaft. If you want to clean up the mess created by the shredded rubber center piece of the coupling assembly you will have to take off the motor mounting plate. It is held on by two bolts and removing it makes installing the coupling easier but probably not necessary.Push the back half of the coupling on to the gearcase drive shaft until the shaft is flush with the face of the coupling. Install the new rubber center piece on to the coupling then re-install the motor mounting plate. Install the other half of the coupling on to the motor shaft and lift the motor up to the coupling. You have to rotate the motor shaft by spinning the fan blades until the coupling lines up so you can slide it into the other half of the coupling. Then just reattach the motor, connectors and water pump in the reverse order of disassembly.
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After entering the model number of your appliance you will be taken to a page where all of the parts are displayed by sections. On that page about in the middle there is a heading called "Find Part By Symptom." I figured out from there which symptom the washer had and read what other people were saying and how they made the repairs. Basically I had three problem areas, Noise, Leaking and a problem with the agitator. I focused on the loud noise first and decided I needed to replace the clutch/brake assemblies. I found the clutch parts page and on that page there was a video on how to make this repair. This video is all you need to gain access to all moving parts located under the cabinet. Which ever part you are replacing, I recommend watching this video! After removing the console, back panel and cabinet then laying the machine on its back just as seen on the video, I had access to the water pump, motor, transmission and related clutch/brake parts. As it turned out I did not need the clutch/brake assembly but as a precaution and because the parts were cheap, I replaced the motor coupling, water pump and tub wear pads. I decided to replace the agitator assembly because of several worn parts associated with the dog ears/drive shaft ETC. I put the machine back upright and took off the top cap on the agitator, then there is an inner cap with seal that gives access to the 7/16" bolt you must remove to remove the agitator. However once the agitator was removed I noticed metal shavings and play in the shaft. I used a spanner wrench to remove the spanner nut. I removed the Plastic Tub Ring (has several clips around the outer tub), then removed the inner washer tub to replace the Drive Block. Replacing the Drive Block stopped the loud noise at the end of the spin cycle. Now just reverse the order to put the machine back together and your done. For my situation it was best to take the machine apart and decide which parts I needed before ordering to minimize errors. These machines are made very cheaply and are designed to brake at some point in time and it is very easy to determine which parts are worn because most are made of plastic. In this process I also noticed where my leaks (did I say Leaks) were coming from. There were two hose clamps installed improperly from the factory, so check all clamps, hoses ETC. and you should be good to go.
Very easy - 1. Removed hoses from the pump2. Removed Wiring harness from the motor3. Unscrewed saftey screws from both clamps which hold the motor against the motor bracket.4. Using a screw driver I easily removed/pryed the clamps from the motor.5. I then removed the broken plastic coupler from the motor shaft and installed the new one coupler. 6. I did the same thing on the clutch side.7. I set the Rubber coupler in clutch side.8. Put motor back on until couplers joined together.9. Placed Brackets back on Motor (patience here). 10. screwed back saftey screws on clamps.11. connected hoses back. Thats it... 45 minutes at most .. Save me from having to buy a new easher. I was convinced I was going to have too until I peeked underneatch the washer and saw the rubber coupler on the ground...
Turned off water supply, disconnected hoses so I could lay on its back.( drain hose also ) have something to catch all the water in. There will be some residual water so have something to wipe it up. Removed agitater, then I removed the spanner nut with hammer and punch. layed it on its back, removed the three mounting bolts that hold the gearcase to the tub support. Removed wire harness and ground wire , pulled gearcase and shaft out . Removed spin tube thrust washer, removed support ring from groove in shaft , removed retaining ring , slid clutch off shaft ,installed new clutch. Take care to watch how parts are removed so that they are installed in proper orientation. Since I had it this far apart I decided I should replace the coupling. I removed the two motor retainers , seperated coupling , pulled both halves off shafts , installed new halves , they go on a lttle tight , newer couplings have metal inserts , aligned coupling halves , inserted together , put motor retainers back on , tightened small screws,done.
I took the two screws for the control panel out and tilted it up and back. Then remove the two metal clips which held the outer panel to the back panel. After disconnecting the power and water I tipped the washer on its back. I had to remove two clips to take the water pump off of the motor, then removed the two screws and clips which held in the motor. After removing the motor, I found the coupler was bad. To remove the gearcase, I took out the softener dispenser and removed one bolt to take out the agitator. Under the agitator was a clip. Three bolts held the gearcase to the frame. After removing them, the gearcase pulled straight out the bottom. Replacement was just a reverse process, with the addition of a light coat of grease to the gearcase shaft.
First, I removed two screws holding the bottom fiberboard panel in place, and the panel, to gain access to the motor, transmission, and pump. Unfortunately, I had the machine tilted to the front, and didn't have room to release the pump. I had to set the machine back up, and get manuvered around so I could lay it on it's back (I was working in the confines of a small laundry room). Once on it's back, I released the two clips holding the pump with a flat head screwdriver, lifted it up and out of the way without having to disconnect any of the piping, then I released the two clips holding the motor, again with a flathead screwdriver, disconnected the wiring plugs, and capacitor wires, then lifted the motor up and out of the machine. I then removed the two bolts holding the motor mounting plate to the transmission. Then, again using a large flat head screwdriver, I pried the transmission coupling half off the transmission shaft, I had to work it up, while turning the shaft, and then the same for the motor half. I then wiped off both shafts, and gently tapped both coupling halves back onto the shafts,( this is easier using a socket that is just large enough to go over the shafts). Then I reinstalled the motor mounting plate, slipped the rubber coupling onto the transmission coupling half, lifted the motor into place, and rotated from the pump end to line up with the remaining holes on the rubber coupling. I then reinstalled the clips used to hold the motor in place, reinstallation only took thumb pressure to snap back into place, then, I reinstalled the pump, using the same method, and reconnected the wiring plugs and copacitor leads. Lastly, I reinstalled the fiberboard panel into the bottom, and set the machine upright, slid back into place, and reconnected the hoses and electrical, and tested the machine. Worked perfectly.In actually took longer to disconnect the machine, and get it out and back in, than it did to replace the coupling.
I replaced the clutch and coupler. The clutch was well worn. My wife had washed three or four loads of heavy rugs and we think that was the cause of the premature wear. We now take the rugs to a commercial laundry. The coupler was OK but the new coupler has metal instead of plastic inserts so I decided to replace it while I had it torn apart. The machine is now running like it was new. 0.Disconnect supply hoses and electrical. Refer to the parts breakdown pictures on the PartSelect website. I refer to only the numbers so you may have to match the part to a particular diagram. 1. Remove the agitator by pulling up on the fabric softener dispenser #1. Clean out the excess liquid and "residual gunk". Grab one off the tabs of the plastic cap #23 and pull gently. The plastic cap (~ 3" in dia) is held in place by a rubber O-ring #24. The cap comes out easily exposing the bolt that holds the agitator to the drive shaft. Remove the bolt. and the agitator comes right out.2. Turn the machine over on its front. You do not need to remove the back panel.3. Get plenty of rags to soak up the water before you remove the hoses from the water pump #22 on the end of the motor. A quart or more remains in the pump and hoses. Remove the two hoses.4. Disconnect the wiring harness from the motor#29. There is a small plastic "catch" on the bottom of the connector that must be lifted to remove the connector. It's kind of hard to see but it's there and it's part of the connector. 5. Remove the three bolts #10 that hold the gearcase #9 to the bottom of the tub assembly.6. Remove the gearcase, the drive shaft, the motor, and the water pump as one unit. You will need to lift them a little to get clearance because the tub has settled down. Just lift the tub and all and pull the assembly out. Get them out to a spot where you have room to work on them. The water pump may still have bit of water. 7. Replacing the clutch. Remove the clutch parts from the bag and lay them out where you can see everything. Refer to the instructions in the bag to select the correct spring and to see how the keeper spring is installed. Remove the washer, keeper ring, and clutch assembly, and plastic clip#15 remembering the order and the orientation. Install the new clutch in reverse order.8. You will have one plastic part #15 left over. It goes on the bottom of the tub after you remove a key ring.9. Replacing the coupler. note the orientation of the water pump#22 and remove it by removing the two retainers #21. set it aside.10. Remove the screws#23 and retainer clips#17. Separate the motor#20 from the gearcase#9 to expose the coupler. Replace the coupler, reattach the motor to the gearcase, and the water pump to the motor. 11. The reassembly is pretty much a reverse of the assembly.
1. Read many other repair stories for similar symptoms. PartSelect Forum was an excellent resource.2. Posted my problem on PartSelect Forum and awaited reply. Read replies, and followed provided link to step-by-step guide for the procedure. PartSelect forum moderators were excellent advisors!3. Performed the first half of the procedure to get to the diagnosed root cause. In some of the stories I had read, people had turned the washer on its back or tilted it up to get at the area from underneath. I am so glad I followed the conventional instructions, and left the washer standing and simply removed the cabinet. It was surprisingly easy. There's a reason why it was designed that way. I am also glad that I chose to remove the pump from the motor. While it is true that you don't *have* to remove the pump from the motor to get at the coupling...it hardly seems to make sense to remove the hoses instead. Removing the pump was incredibly easy, and by doing so, I never had to break any "wet" connections, and not one drop of water spilled over the course of the entire repair. (Even though I forgot to shut the water supply valves before I got started. Ooops! At least I remembered to unplug the power cord.)4. But despite the open valves, the galoshes came into play not for their ability to repel water, but for their value as an electric insulator. I wrapped the galoshes around the handle of a long screwdriver when I discharged the motor's capacitor. :)5. Ordered parts. Washed clothes in sink. Waited. Washed more clothes in sink. Waited some more. Washed more clothes in sink. Waited still more. Came very close to stopping payment to PartSelect because the very simple, commonly-requested part I ordered, which was supposedly in stock on the day I ordered it, didn't ship until the day it was supposed to arrive--even though I paid extra for expedited shipping. And I was never sent an e-mail to warn me that the parts were going to be delayed. And then to top it all off, rather than make up for some of the lost time caused by their own error, and ship it overnight, PartSelect chose to ship it 2nd day. All that good will generated by the excellent website completely evaporated by the failure to correctly complete the simple tasks that the business has needed to be good at since before computers were even invented. I will never use PartSelect again. 6. Prying the old coupler halves off of the motor and the washer took some effort, but was not overly difficult. I wound up removing the motor mounting plate in order to get better access to the half that was stuck on / needed to be attached to the drive train of the washing machine. Mounting plate was a breeze to remove and attach with a socket driver. I used one of those stubby flat-head screwdrivers to pry the old parts off. This was the one time where I thought it might have been easier to have the washing machine tilted up or on its back...but I muddled on through without even removing the bottom panel, and it wasn't too awkward. I used a large socket and a full-size hammer to not-so-gently tap the new parts into place. Putting all of the parts back together took a bit longer than it took to break them down, but it was easy. The instructions for putting the electronic control panel into test mode had been rolled up and taped to the cabinet inside the top panel. After I put the cabinet back on, I used those instructions to test all the cycles before fastening the top panel and testing the machine with an actual load. So far, so good...
I first watched the youTube vidio on yhe PartSelect web site. After getting a visual of the repair, I decided to tackle the job with a better understanding and knew the repair was easy to purform. First I took the two screws out of the contrl panel on top of the washer, rolled the panel back to expose the clips that hold the metal cabinet to the back panel of the washer. After removing the cabinet I was ready to lay the washer on it's back and had a clear view of the pump, motor and clutch... I was able to easly identify these parts because I took time to watch the video. Using a flat head screwdriver I removed the clips that hold the pump to the motor... Without disconnecting the hoses connected to the pump I pushed the pump to the side and out of the way. This further exposed the motor. Using the flat head screwdriver, I removed the clips holding the motor to the transmission (they just snap off like they did on the pump). The motor was now ready to be removed from the transmission ( it just lifts off) before removing it I disconnected the power suply wire from the motor... Now the motor can be completely removed. I identified the drive couupler 1/2 was on the motor shaft the other 1/2 was on the transmission shaft.. On both halfs the splines were broken. I removed the old broken drive coupler. Since I already had the machine so far apart i figured i would replace the clutch also. Using a deep socket ratchet wit an extention I removed the agator... I then unbolted the transmission (only three bolts) I gentely pulled the transmission and shaft out of the bottom of the washer. This exposed the clutc assembly, I removed the clutc ( which wasn't bad or wore by the way) and replaced it.... I figured I had it and I was this far into the repair why not. After relpasingvthe clutch, I slid the shaft and transmission back into place tightened the bolts and that was done. I then slid/replaced the drive coupler... Placing one half on the motor shaft the other on the transmission shaft, placed the rubber bushing on the oneside of the plastic drive coupler. And mounted the motor back on the transmission utilizing the clips I took off earlier. Once the motor was in place I installed the waterpump fastened by the clips. Flipped yhe washer up, replaced the cabinet... Tightened down the the control panel and was ready to do some wash..: the washer runs perfect now and I saved myself about $700.00. It was allot easier than I thought it would be... Watching the youTube video is the secret to success. The washer is running like the day I bought it new... All for only 53.00. Hats off to everyone at PartsSelect for going above and beyond. Regards, ~ Michael
Unplugged power cord and disconnected water lines; note which is hot/cold. Washer was then tipped on its front. Discharge hose was disconnected. Washer was then rolled over onto its back as this would put the pump on top for much easier removal.Pried off two clips attaching pump on motor using a flathead screwdriver. The rear clip was done by touch. Unplugged wiring plug from motor. Using an adjustable wrench (socket set would have worked better), remove two screws holding 2nd set of clips attaching motor on transmission. Then pried off clips.Removed old coupling from transmission shaft and motor shaft, plus middle 6 hole widget thingy.Installed new parts on transmission shaft and motor shaft with fingers pointing towards each other. Using a small hammer, tapped the parts onto each shaft. Placed 6 hole widget thingy on the transmission part, and then rotated motor so motor part would fit in remaining three holes.Replaced clips to hold motor on transmission and reinstalled screws holding clips.IMPORTANT: Replace motor wire now. I forgot to do this and after the tub was filled with water, realized that, and since the pump was also disconnected, could not get the water out. Had to get wife to hold washer up while I crawled underneath to reattach motor wire. Learn from my mistake!Attach pump onto motor and replace clips. Double check everything is back in place.Roll washer onto front side. Attach discharge hose. Tip washer back upright. Reconnect water. Reposition discharge hose and plug washer into power.First try it smelled like something plastic was burning, but I think that was the old part shavings getting ground away.
I basically dismantled the washer and turned the washer over to access the motor,transmission and pump.I disconnected the electrical connections first.I then released the clips for the pump and the clips for the transmission.The coupler was broken in little pieces.I went to Google to search for parts and happened to reach your Web Site.I found the part number for the coupler from the schematic and ordered it.It was then I discovered the part number for the cam dogs for the agitator so I ordered it also.While on you site I read the various troubleshooting stories and how each was repaired.I put myself through a lot of unnecessary work by dismantling the whole washer when all I had to do was turn it over and access it from the bottom.The parts arrived in three days and the install was rather simple thanks to the direction of your site.I had a heck of a time reassembling the washer but all in all $42.00 was a lot cheaper than a repairman or a new washer.We now have a working washer and no leaks.Thanks to your site ,I have a happy wife and clean clothes.
First I watched the vid, from this website that showed how to replace a pump on the Whirlpool model I have. It was very helpful. Then, on the same web page as the vid for washer pump replacement several DIYers describe how they did the repair and rate how difficult it was. This also was very helpful. The info from these two sources confirmed to me that it was the pump that was leaking. Tilting the washer back far enough so I could see the pump also visually confirmed it was the pump. If the pump had come off easily I would not have had to take the cabinet off. All I would have had to do was lay the washer on its' back to get the pump off. But noooo, the pump was rusted so tightly to the motors' shaft that I had to be more aggressive, to remove the pump, than the measures mentioned in the vid. After finally getting the pump off I saw that the end of the motors' shaft had corroded and was misshapened enough so that I had to "persuade" the new pump onto the shaft. I also ordered these parts (1. Direct Drive Coupling 2. Agitator Repair Kit and 3. Clutch Assembly) after I read in the DIYers descriptions that many of them, who changed their pump, also changed these parts. Since my washer was 15 yrs old it made sense to replace these parts which usually wear out before the pump. Unfortunately, after I got everything reassembled the new pump leaked more than the old one. Guess I over-"persuaded" the new pump onto the shaft. That, and I don't think the new pump is as well built as the original so it couldn't take much persuasion. Now I either: 1. buy a new pump and motor or 2. buy a new washer which is what I'll most likely do. If I had a do-over I would only get the pump. If it worked properly with no leaks, then I would buy the other 3 parts, if it didn't work, I would only be out $40 instead of the $95 I'm out for the 4 items. Being frugal or, as my family says, "cheap," I do have to be careful. There is a point where repairing something old is more a point of pride than good sense. I don't know where that point is and I definitely wouldn't have brought this up if the new pump had fixed the washer. Also, after struggling for quite some time to put the cabinet back on, I Googled "how do I get a Whirlpool washer cabinet back on?" After watching one of the vids Google answered back-I was able to put the cabinet back on in less than 10 minutes.I hope this has been helpful. Happy DIYing!
I used "Emley's Cheap and Easy Repair" book to remove,install and reassemble the machine. A lot of time was used to clean the filthy tub and basket. While replacing the broken motor coupling I decided to replace some of the seals. PartSelect got the ordered parts to me in a couple of days. I wouldn't hesitate to do the job again.
After disconnecting the electrical supply, first remove the two screws at either end of the control panel and fold it back away from the washer top. Then, unplug the electrical lid switch connection. Now, remove the two clips at either end on top to disconnect the housing from the washer back and chassis. The motor is sandwiched between the water pump in the front and transmission at the rear. The Direct Drive Coupling connects the rear motor shaft to the transmisson. After you have taken the outter portion of the washer off, remove the two snap clips that hold the water pump in place and slide the pump off the front shaft. Best to also disconnect the upper hose connection so the pump can be moved out of the way. Caution though, remaining water in tub will drain out. Now remove the two screws that hold the clips in place which secure the motor to the transmission. Careful, as the old Direct Drive Coupling is probably destroyed, the clips are the only thing holding the motor in place and the motor needs to be supported so it won't drop to floor when the clips are removed. Be careful not to lose the four rubber grommets which sit between the motor and transmission bracket. After motor is on floor remove the old plastic slip-on direct drive coupling discs from both the motor and transmission shafts. The new replacement discs have steel centers which do not slide onto the shafts as easily as the old plastic ones did. I had to tap the center steel portion onto the shafts using a hammer and a deep wall socket the same width as the steel portion of the disc. Be careful! I'm sure that tapping the plastic portion of the disc to properly seat it on the shaft will break it away from the steel portion. In my case, It took me several attempts to completely seat the new discs. I had to do quite a bit of tapping to get the discs seated far enough onto the shafts so that the motor slipped easily against the transmission bracket grommets and the retainer clips snapped back into place easily. Reassembly is simply reversing the steps you took when taking the unit apart. Before putting the outter housing back in place, I checked to make sure everything was running smoothly by jumping out the electrical snap-in connection for the lid switch and running the machine in the spin cycle. Remember, if you don't jump out the lid switch and just try to test the unit in the aggitate cycle, the machine has to first fill with water.
First off unplug the machine then turned off H/C water supply and removed hoses, laid the machine on its side, removed 3 motor supp. bolts, loosened drum pulled out shaft and clutch assembly was right there. Also replaced coupling while it was apart. And to think, a svce company wanted 179.00 just to walk in my door and diagnose the pblm. Then, parts and labor were extra. Thanks for the help/advice, piece of cake!!!!!!!
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