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refrigerator wasn't cooling but the freezer was working properly
From instructions found on the site I was directed to the defrost timer part being bad. And from the information others posted that have had the same problem I was able to replace that part by removing the bottom grill just below the door and on the left side was the part. Removing one screw to remove the bracket from the frame and then another screw to remove the part from the bracket. I found it easier to remove the part from the bracket before I pulled the part out so I would have more room to unplug the connector. Just reverse the steps to replace the new part. It took about a day or so for the refrigerator to get to the proper temp.
Unit would not terminate defrost cycle resulting in melted frozen food
Turn of power to fridge. Removed all shelving in freezer section. Unscrewed back panel from freezer area. Removed old defrost term t-stat from top of evaporator coil assembly. Cut existing two wire leads, spliced in new T stat wires. sealed wire splices from water egress and clipped new t-stat in same position as old one. Reassembled rear panel, installed shelves. Turned power back on.That's it.
Ordered the icemaker replacement. unplugged the unit, followed the simple instructions and got it done in less than 30 minutes. It did take a LONG time to start making ice. But it's working now.
Fresh Food section door made a click noise on closing
Since the cam riser was obviously broken I obtained a replacement. It also broke. The door hinge cam needed to be replaced also. To repair Remove the hinge cover using a #2 phillips driver. Than remove the Hinge using an 8mm socket. Turn the door upside down and, using an 8mm socket remoge the cam riser and the door hinge cam. Replace in reverse order. Be sure to inspect all parts and order all required.
We have an older model refrigerator and thought it would be impossible to find a replacement ice bucket for the freezer. Not only did you have the exact part but it came unbelieveably fast. I would use your website again!
took off the top hinge (one screw on the cover, and two bolts holding the hinge), lifted the door off the bottom hinge, saw that the riser cam had disintegrated. ordered the cam and the shim (since it looked like the shim was also going bad). when the parts arrived, I took the top hinge off again, took the bracket holding the shim and cam off the bottom of the door (two bolts), removed the broken riser cam. Attached the shims and the cam to the bottom of the door with the bracket, replaced the door on the bottom hinge, replaced the top hinge, and the door closed correctly.
after three days, there was no condensation in the fridge, we decided that the gaskets did not need to be replaced.
I ordered the wrong part, the ice maker assembly, because your diagram was not marked properly. I returned the part and you credited my account. Thanks. Ordered the new bucket. It worked fine. Now I have ice and crushed Ice whenever I want. Thanks.
p.s. I didnt use any tools, but to satisfy you I select nut driver.
First I propped up the door. Then I removed the 2 screws that hold the hinge on. AT this point you do need someone else because the door swings loose. I attached the new bracket and lowered the door. It went verey smooth. I ordered the new bracket after reading the installation stories from others who just repaced the plastic pieces. Its worth the extra money to just put on a new bracket
The original piece was already removed. installation required a little custom fitting as the mounting was slightly different and the copper tubing from the water line needed to be bent to fit. The push in plastic connection (output to the icemaker itself ) was simple ( I was a little leary of it not leaking.) I plugged in the solenoid connection first I attached both water lines and checked for fit. Made the adjustments and then screwed the bracket back on to the refrigerator. I could only install one screw but it holds it fine. I did have to trim the hard press board(cardboard) a little to fit the new valve. I believe the board is to protect against dust build up on the mechanical equipment (motor, condenser,etc)
The replacement single outlet water valve was not an exact replacement and required a slightly different mounting position. The original plastic hose to the ice maker attached to the valve with a plastic nut. The new connection requires only pushing the hose into a hole in the valve. Easy and simple. However, the new mounting angle promptly broke the brittle old plastic hose. I was able to pick the broken pieces of hose out of the valve with a fine point pick saving the new valve. If I hadn't been able to pick the broken pieces out of the new valve I would have had to order another one. Off to the big box store to buy new 1/4 inch plastic hose and a coupler. Repair completed and no leaks. If the hose hadn't broken, the I would have been done in 15 minutes. I suggest you plan to replace the entire plastic hose when you replace the valve.
I pulled the refrigerator away from the wall and turned off the water to the refrigerator and unplugged it from the wall. After removing the icebucket from the freezer I located the mounting screws, loosened them, unplugged the electrical connection below the icemaker and carefully removed it from the freezer. I unpacked the replacement icemaker, matched it against the original and attached the electrical connection adapter. Using the slots provided on the new icemaker I placed it over the mounting screws after aligning the water inlet pipe properly. I tightened the mounting screws while maintaining the icemaker in a level position. I plugged in the electrical connector. Then I replaced the icebucket, plugged in the refigerator back into the 110VAC outlet, turned on the water and repositioned the refrigerator in it's normal position.
It could not have been easier. The new part matched the old part exactly. I turned the water off going to the refrigerator, unscrewed one screw from the old part, pulled the electric plug loose, disconnect the copper water line from old part, cut off the black plastic tube next to the water valve going to the icemaker, and the new water valve was ready to install. It's that simple. I then took the new water valve, connected the copper water line to it, pushed the black plastic water line into its hole, connected the electric plug, and screwed the new part onto the refrigerater. In a matter of minutes I had water running to my icemaker again. I can't imagine the money I saved by doing this simple project myself. This took less than 10 minutes.
I used pliers to pull lightly on the head of the switch, while I inserted a small flat head screw driver into the base of switch and gently worked around the edges to free it from the panel.