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meat pan and crisper pan broken runners
due to over filling and closing the drawers with the door and kicking, the plastic runners broke. Also, over filling the drawers did not help. AS for the repair, the only difficulty was getting the right drawer in the right spot. Since I replaced both the veggie and meat drawer at the same time, I got them confused. On drawer is longer than the other. other than that, no problem.
The black plastic or teflon coating on the ice mold was coming off in flakes and freezing in the ice cubes
I took out the ice collection box and auger to get access to the three screws holding the ice maker assembly against the left wall of the freezer. You can use a screwdriver or a nut driver. I then unpluged the assembly and wiggled it loose from the water fill tube. I assumed that unplugging the unit would disable the water valve but I put a plastic tub under the fill tube just in case. I studied the assembly on the kitchen table for a few minutes before I disasembled it. After removing a snapon plastick cover I removed three or four screws on the gearbox and was able to pull and wiggle the parts apart. The heater contacts have rubber O rings so you have to be firm pulling the mould out of and into the gearbox mount. Make sure it is fully seated. On reassembly note that the ice kicking arm is notched so it fits into the gearbox only one way and it helps to have it in position when you screw the gearbox back on. I also found the plastic ice guide that fits on top of the mold a little awkward in snaping back together. Make sure its fingers space evenly with the ice kicking arms.
Ice maker mold was cracked and leaking water into the bin which then froze all the cubes together.
I removed the ice maker assembly from the freezer compartment (four nuts/ nut driver) and unplugged the wire harness. I discovered the nature of the problem and I went on the Internet to look for replacement parts expecting I'd have to buy the entire ice maker. When I found PartSelect.com I looked through the pictures of the parts available for my ice maker. I found the correct part quickly and easily. And having an acurate photo on the site, I was able to match all the key features of the mold I had with the one on the screen. I ordered the part, and installed it the day it arrived with just a Phillips screwdriver and a nut driver. It functions perfectly.
The tiny piece of plastic that holds the wire that shuts off the icemaker, broke early on with our fridge (after just a few months.) We superglued it, but last week it bit the dust for good.
Once I got this part, I removed the freezer door and trays, and pulled the icemaker out by removing 3 flathead screws and unplugging the cables. Laying in the freezer on the floor was a bit unconfortable, but not too bad.
Then I inspected the icemaker. There was no obvious way to remove the part without disassembling the front of the unit (where the motor is) to release the spindle and free the part, so I did that - 3 or 4 nuts was all that held it together. Once that was out, I removed the spindle, swapped out the part, and put it all back together and back in the freezer. Plugged it in and waited.
It took a while to start making ice. Like 5 hours. Now it's going pretty slow (much slower than before.) Haven't had time to look into it, but my suspicion is the rubber hose that feeds water into the icemaker is blocked with ice or kinked. In any case, we have ice now (but not a lot), and the unit shuts itself off properly. However, we went from having too much ice (thing never shut off) to too little (thing makes ice too slow), so I need to shoot for somewhere in the middle ;)
My ice maker stopped producing ice. It would dispense ice that was already made and the water dispenser worked.
I looked at some online diagnostics info and the owner's manual. The "error code" blinking red light on the receiver unit (located adjacent to the ice bucket) indicated that the emitter/receiver units were faulty. I located the parts on the PartSelect website (their price was less than half of what they wanted on the Sears website) and ordered them. I didn't pay for the expedited shipping and still received the parts within two days of ordering. Powered down the refrigerator, three simple screws to remove each cover for the emitter and receiver, unplug the old units and pop in the new units, replace the covers for each unit, repowered the fridge and, voila, you've got ice. I completed the repairs in less than 10 minutes. Couldn't be happier with the price, the diagnostics links/info or the prompt service. Next time I have an appliance issue, my first stop will be this website.
Used a volt meter to determine if compressor was getting power. It was not. There were only two wires going to compressor so I partially unloaded frige and disassembled unit until I found the control circuit. I removed the control board and could not find any degraded connections so I thought it was most likely the relay installed on the board. I determined which connection was the normal power feed and decided that the relay should power one of two outgoing lines when it picked up. I jumpered from power to the most likely line and powered up the refrigerator and it worked. I cycled the breaker to maintain temperature until the new part arrived (about 2 days). I installed the new board in about 30 minutes and everything is working great. Looking forward to another 15 years with this refrigerator. It may be destined for the garage in a few years when we remodel the kitchen but it will make a fine shop frige!
ice maker did not work. Water came in, however, unit woud not eject ice.
I unplugged the refrigerator, then I taped ice shield up to top of refrigerator and taped the little flap on the left side of the refrigerator to side wall then I unscrewed one screw on the right side that holds the plug cover, which was then removed. I then updid the little latches on the icemaker and pulled the old ice maker out far enough to unplug the connector, which was not easy, but did unplug. I then unscrewed the three screws with the nutdriver and attached the bottom cover to the new ice maker. I then slid the new icemaker far enough to connect the electrical connector, then slid the new icemaker in until it latched. I replaced the connector cover and untaped the two items that had been taped and pluged the refrigerator into the wall socket. The new icemaker has produced ice every since.
took back of refrigerator, removed water lines, removed electrical connections. removed 2 screws holding water valve, replaced water valve, replaced electrical connection, replaced water lines. Put back on refrigerator. Tested water on freezer door. Didn't work, had to take refrigerator back off again and check the electrical. I didn't get one of the connection put on securely, Put back on refrigerator, check water on freezer door. It worked. Make sure the electrical connection are connected this will sav you about 10 minutes of repair time
Removed food itmes on broken shelf. Removed old glass shelf cover. Removed broken shelf bracket. Installed new shelf bracket. Intalled new glass shelf cover. Replaced food items back on shelf
The plastic lower door closing cam was worn down. Replacing it was very simple: remove the top door hinge by unscrewing three nuts; lift the door off the lower hinge; unscrew and remove the lower door hinge; screw the new plastic lower door closing cam on to the new door hinge; screw the new lower door hinge; lift the door back on to the lower door hinge; screw the top door hinge.
Refrigerator door fails to close on its own like it is designed to.
The design of this refrigerator door (it's a side-by-side) is somewhat unbelievable. The door is designed to hold things, yet when you do the weight of the door wears out the lower door cams. The cams are designed to "complete the door closing", i.e. when you gently push on the door the cam mechanism takes over. When the cams wear, the door fails to close. Note to others - you may mistakenly think that the failure of the door to close is related to the seal; it is not.
The repair is quite easy; remove the upper cover, using a not driver (socket), then remove the upper door bracket. Make sure you hold the door or have someone else hold it. After the fasteners are removed gently lift up on the door and remove it from the lower cam assembly. You will see two plastic cam pieces; one on the lower bracket and one on the door. Both need to be changed to effectively "renew" the door closing mechanism. Once the cams are replaced the door can be reassembled to the refrigerator.