FRS23KF6EWD Frigidaire Refrigerator - Instructions

I unplugged the refrigerator and removed the back panel in the freezer. Here the coils were covered in a block of heavy frost. The coils needed to defrost, I allowed this to happen of the course of a few hours. Once this was done I used the wire cutters, cutting the two wires to the thermostat. Doing this I checked the continuity & got no reading. Having ordered the part at a more than reasonable price including 2 day delivery, I was ready to complete the repair. Stripping the thermostat wires connected the the freezer unit, I attached the two wires color to color to the new thermostat. Here I needed to insert both ends into the connector (butt end), crimping both sides. Making sure each end I'd secure. Do this for both sets of wires. Placing the new thermostat back on the the cooper coil (on the same one it was removed from), put the freezer back in place. Here I only screwed in two, in case I need to go back in. I plugged the refrigerator back in turn the settings back to default or factory. Allowed the refrigerator to come back up to temperature for 24-48 hours. I did these and I'm glad to say my 12 year refrigerator is working just like before.

From discussions with friends, I determined the problem might be easy to fix. The fridge made a lot of noise, but the compressor DID come on, and inside the freezer was cold, but the main fridge was warming.

After unplugging the fridge, I removed the fan assembly in the freezer (there were about 4 nuts and a couple of plugs to uncouple.

I could see right away the fan blades has broken off, but the motor looked good. The new new fan pushed easily onto the shift and fit perfectly in the housing.

I reinstalled the fan assembly, plugged in the fridge, and right away heard the new fan come on - very quietly. What was a roar became a whisper and the fridge was down to 38 degrees with a few hours.

It was very simple-it is just an insert glass shelf above the vegetable drawers. But, it was fairly easy to identify on your website and delivered in about two days.

I removed the filter bypass from the box. I opened the refrigerator door. I put the filter bypass in the space where the filter was located. I closed the refrigerator door. I opened the freezer door. I turned on the ice maker. It worked.

Turn off ice maker
Slide wire harness shield off connector
Disconnected harness
Loosened 2 wall screws
Remove old ice maker
Installed new one reversing process

Pulled the unit out from the wall and with a flat head screwdriver and a utility knife I replaced the valve assembly. It was no problem at all.

Removed ice tray, disassembled ice tray assembly and crusher housing making sure to note the spring location, spring etc, installed new plastic housing making sure to reinstall the spring properly and the fixed crusher blade into the notch cutout., reassembled ice tray.

I broke off remainder of clip, and used phillip
screwdriver and pushed pin into wall. I lined up new support and pushed in peg to secure

turn off ice maker, unplug electoral connection, under bottom of ice maker, remove two screws (hex) under bottom of ice maker, lift up on it to unhook it, take it out. (dump out all ice ). remove back plate on back of ice maker (two screws), the solenoid is held in place with two brass screws, remove them, then remove ground wire from solenoid and two wires, that connect to it,(make a note of how wires go back !). put it all back together and your good to go. . i dont think its really the solenoid that goes out, its the housing that encases it, and you have to buy another solenoid thats encased. good luck

It was a dreary day, too cold to be outside so I decided to tackle this repair. The first problem was one of the three screws holding the dispenser to the door was rusted in and would not come out. If I was smart I would have stopped there, but in the spirit of Tim the Toolman I found a way to work around it. I was able to get the panel off and disconnect the plug in wires and twist it to the side. The actual change of the paddle was a breeze- three screws and it was done. I turned the front section back into place, connected the wires and proceeded to replace the two remaining screws. All of a sudden the ice diispenser kicked in! First in the crushed mode then in the cube mode. You would be amazed how much ice the dispenser actually holds! I was trying to take screws out to disconnect the wires and catch ice at the same time not; an easy task. Once I had all the ice picked up I tried again and all seemed fine-the chilled water even dispensed again. Problem solved? Only until there was ice in the dispenser again and it decided to start dispensing on its own again. This time I learned and unplugged the appliance from the wall. I took everything apart again and disconnected the wires from the control panel and reassembled without reconnecting it. The repair company will be coming out next week to fix. Hopefully what would have been an easy fix will not become an expensive repair. It was one of those times I should have followed my gut when I ran into the first obstacle. I'll let you know the outcome when the professionals do their work.

Not knowing the history of the refrigerator/freezer and observing that the icemaker would cycle (ice ejector fingers would rotate when the off/on arm was toggled), I concluded that the water valve must have some hard water scale in it which was causing it to stick. I replaced the water valve and the exact same behavior continued. By elimination, I concluded that the microswitch in the icemaker must be sticking. I removed the icemaker, used a hair blow-dryer to heat/dry out the microswitches and then a little shot of WD-40 on the mechanical arms, switches, and cams fixed it.

Repair man wanted a 130.00 service charge plus parts , With the help of YouTube we did the repairs inhouse , couldn't believe it was that easy. Refrigerator is working like a new one ,our maintenance crew has ice cubes were all happy !

removed water tray, used a razor blade to brake the seal from the face plate and the fridge, The hardest part was the three screws holding the dispenser face place on where rusted over. I wound up drilling them out. Once the screws removed, a slight lift, the face plate comes right off. I unplugged the cable, and set it aside. Now remove the next three screws, and the dispenser falls forward, (as far as the water line allows) undo the screws leaving the one emplace to hold the ice lever. push up twist. The hard part is getting the new one up and in. just takes a little patients.

Remove the cardboard access cover at the bottom back of the fridge. On the left side, locate the run capacitor. Remove it by prying it loose from its socket, after first removing the wire hold down clamp. One wonders why the clamp is there, which makes it difficult to get the run capacitor out. Be careful not to disrupt in any way the copper refrigerant tubes. If you mess them up, you will have wasted your time and effort trying to repair the machine. I was lucky, since a failed run capacitor is the problem only about 12% of the time, based on what I’ve read. Hallelujah! It was the problem with my fridge.

Removed new door gasket from box, installed on three side relatively quickly. The last side took some time, the pair of pliers and wiggling to get it to seal to the door frame.