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Existing light switch was hard to remove.
The existing light switch was very hard to remove. I ended up having to grab it with a pair of pliers and pull it out. Once it was out, it was very easy to put in the replacement and it seems to be working fine.
Frame that supports the vegetable drawers was broken on both sides.
Removed screws (4 total) that hold everything together. Removed broken pieces; slipped two new side pieces in place, replaced the screws; put entire frame into place, glass shelf on top, drawers in place: Done!!
Remove back cover, exposing fan motor. Turn off power, remove nut on fan blades. Remove fan carefully, do not bend. Unhook wiring harness. Remove three screws that hold the motor on the back frame. Remove old motor, install new. Carefully, reinstall fan blades, hook up wiring, and your ready for tryout. Also do some cleaning while your there. Clean old fan blades with hot soapy water or contact cleaner. Everything runs better clean!
I removed 6 screws, unplugged assembly that had motor attached,removed from fridg,replaced motor and reinstalled assembly, putting back 6 screws.works like new. thanks.
It took me about 15 minutes to complete the repair, 1st I emptied the ice maker, then I removed 4 screws from the rear of the ice maker tray and took the plastic piece off of the auger. I reversed the steps and put it back together.
This is a 25 year old unit. The ice bucket had warped over time causing the face plate to move forward of its ideal position pulling the entire assembly out of the drive. Removed dispensing unit face assembly. Removed drive shaft assembly. Replaced all washers. Reversed old broken drive cup. Married old drive cup to new drive cup...lining up drive slots. Drilled 6 ea. 3mm holes evenly spaced around circumference into the face of the old drive cup. Fastened drive cups together in vice and with C clamp...then using phillips head screws installed 3 ea. from opposing entry points on each side of this homemade shaft extender. This "mechanism" increased the effective length of the dispensing shaft assembly allowing for a proper fit of the drive shaft to the motor drive connection. Unit now works perfectly. Total cost @ $40.00 and two hours work which would have taken less than one hour if I had remembered to install the ice bucket seal the first time. New ice bucket would have cost @ $185.00. Home warranty does not cover ice makers or any of the associated parts. DIY...it isn't that difficult.
remove lower back cover - disconnect wires to fan motor - place 6" fan to blow on condenser - fridge began cooling & freezing again - ordered part - part arrived - removed fan motor & bracket - cleaned brackets & fan blade - cleaned lint & dust from condenser compartment (took longer to clean than anything else) - replaced fan motor - replaced cover - was hero with wife ... :-)
I ordered the part and it got here very quickly. Being a novice home repair person, it took me awhile to get the courage to start. It was practically uneventful, but it did take some time to figure it out exactly. I did have to bend the piece some, which is always a little nerve wracking. However, the part is working beautifully and I feel good about myself.
as described, I used a thin screwdriver to wedge in and pull down existing, broken switch. I was able to pull it down about a 1/4 inch, but wasn't quit able to disegage it until I gripped it with pliers. I then pulled it out, unplugged the old switch, plugged in the new switch, and carefully tucked the wires back into the fridge and snapped the new switch into place.
Water under refrigerator, leaky ice maker water supply solenoid valve
This is a relatively simple repair, but requires a bit of running around your house and sitting in a likely cramped space on the floor behind your refrigerator. These steps assume you have verified the valve is leaking and not the lines. 1. Locate where the water line to the fridge connects to the house plumbing. Close the next valve in the house plumbing upstream of this connection. Open some fixture (likely the cold on the kitchen sink) to relieve water pressure in this section of plumbing. Water should flow briefly, then dribble and stop on its own. 2. Unplug your fridge. There are moving parts (a fan) close to the valve that may injure you while you are working. 3. Pull your fridge away from the wall enough so you can scoot behind and sit behind. 4. Gather your tools and parts and squeeze behind the fridge. 5. Remove the felt paper dust cover. Carefully collect the screws. 6. Take a picture of the electrical connection to the valve or make a mental note. 7. Carefully unclip lines from the fridge and remove screws holding valve to fridge body. Slicing a line will create a new problem to fix. Carefully collect the screws. 8. Remove electrical connection. Grasp the connector and pull firmly. Do not yank the wires. 9. Over the bucket, disconnect old valve from lines. Some residual water will flow out. If the stream is steady, double check that Step 1 is completed correctly. Set old valve aside. 10. Examine new valve to determine water input and outlet. There may be an arrow indicating flow direction. 11. Seat the input line in the valve input firmly and connect. Mine was a nut I tightened with a small crescent wrench. 12. Seat the outlet line in the valve outlet firmly and connect. Mine was a push in quick connect. 14. Rest the valve over the bucket. Get up and turn the water back on. Verify your connections are not leaking. 15. Review your picture and reconnect the electrical connection. 16. Install the new valve onto the fridge body. Mine was a different geometry that required some gentle bending of the mounting bracket. Reclip lines to fridge. 17. While you're down there, vacuum underneath your fridge. 18. Reinstall felt paper dust cover. 19. Plug fridge back in. Clean up. 20. Monitor your ice maker, verify good operation. When satisfied, push fridge back. Recycle(?) old valve. 21. Success!
The fan was the correct part. It arrived one day after my well trained son-in-law had left for Texas. I had to install the motor myself. He had trained me well; it was not hard. the most difficult was getting the two tabs on the fan housing to fit back into the frame of the refrigerator where they belonged. Thanks. the part & delivery were overpriced, but I needed seed and convenience. Thanks for getting it right the first time. John Moragues
UNPLUG UNIT. Open freezer compartment, top door. You may want to let it warm up a bit before beginning work. Next remove single screw from small square plastic grate at top left back of freezer compartment with phillips screw driver. Remove green ground wire connection behind removed grate with nut driver. Next remove 2 screws at top of freezer compartment holding plastic air diffuser bracket in place and holding back panel. Remove metal back panel of freezer by pulling top towards you, then angle out of compartment. Evap. fan is now exposed. I inspected and removed fan by removing two screws with nutdriver on bracket behind fan blade. I inserted nutdriver (with long socket driver)between fan blades to screws on bracket behind blade - 1 each side. After these two screws are removed, pull fan and bracket assembly out from plenum. Remove wiring from motor and remove motor to workbench. Remove round metal clamp from fan hub with needle nose pliers and slide off fan blade from motor. Also remove bracket and rubber bushing. Disgard old motor. Inspect and clean blade. Replace if necessary. Reattach rubber bushing, bracket THEN fan blade to new motor. New fan has atleast one terminal in new location and I had to use one wire extension that came with kit. Route wire behind motor and plug in new wires to back of motor. Insert fan and bracket to plenum, hold in place with one hand while reattaching screws with nutdriver between fan blades. Once fan is in place and nuts secure, I tested operation by plugging unit back in to make sure new motor ran and fan spun freely. Reattach back panel, top diffuser bracket and small grate with 3 screws. Shut door, set temp. and wait 24 hours before loading freezer. Unit good as new!
