CSD2324ARW Amana Refrigerator - Instructions

First I unplugged the refrigerator, then next I removed the (4) screws holding in the inside back panel section of the freezer covering the cooling coils, the fan motor is attached to the removable panel.
I then unplugged the wiring harness to the fan motor which allows you to completely remove the freezer inside panel in order to replace the fan motor on a counter top or benchtop.
I removed the (3) spade terminal wiring from the fan motor and the nuts holding the motor on the frame. I then replaced the fan motor and blade the same way I had removed the old one, and then reattached the wiring terminals on the same terminals as the existing motor, making sure that black, red, and green do not get mixed up. I placed the rear panel back inside freezer and plugged in the wiring harness, fit panel back to original position and reinstalled the (4) panel screws. I once again plugged in the refrigerator and restored power. Everything is working fine.

Extremely easy install. Just popped off the cover located on the side of the compressor. Noted placement of the wires on the overload and relay. Took a small screwdriver to slide both from the electrical pins on the compressor...take care doing this. Unplugged the wires, plugged the new components to the wires and installed to the compressor. Plugged in the frig and the compressor came on. Not sure why these went out to begin with but the fix was extremely easy and saved me the expense of a repair man.

My ice maker was overflowing and i realized that it was the water valve that needed replaced. unscrewed 1 nut, unhooked 3 water lines, unhooked electrical components and re-installed in reverse order. took about 10-15 mins.

As the previous users have stated, remove the ice tray, then remove the ice bin enclosure. Watch for the screws that are used to mount the enclosure.
As you slide the enclosure forward, go slowly, there is a wiring connector at the back, you will need to un-plug this connector. The solenoid assy is kind of tricky, as it is spring loaded, but easy to figure out. As previously mentioned, the auger yoke is on a shaft that has to be removed by turning it clockwise (reverse threads). Be careful with that, as it is hard to hold on to the shaft while getting the yoke off. Now remount the motor, remount the spring loaded solenoid assy, slide the ice bin enclosure back in a ways, then reconnect the wiring harness, slide it the rest of the way in, tighten the screws, and you are ready to make ice again. Approx 30 minute job.

Easy to diagnose problem because there was water to the water dispenser but none to the newly installed icemaker. Originally did attempt to clean the solenoid but found the plunger assembly damaged.

New part arrived sooner than I thought it would. Takes about as much time to remove the lower vent cover as to replace the valve. Remove the electrical plug from the wall, valve off the main water supply, remove lower vent cover, disconnect the supply hose from refrigerator valve assembly, remove one hex head mounting screw and you have both water valves in your hands. Identify the valve the supplies water to the filter and the one that supplies water to the icemaker/water dispenser. Then confirm which plastic water supply line goes to the water dispenser and which goes to the icemaker. Hose diameters are different but it is good to know. Disconnect the plastic water supply lines from both the ice dispenser and the icemaker portions of the valve. Replacement solenoid valve does not have thread on type compression fittings. Snip about an inch off of each hose and then press into the appropriate valve orifice.

Making sure the plastic supply lines do not get crimped, remount the valve assembly, reattach the supply hose, valve on the water and check for leaks. No leaks, reinstall dust cover and plug the refrigerator back in.

Move the unit back in place and then take a long deserved beer out and have a celebratory toast for a job well done.

I took off the ice maker, disconected the wiring, took out the back of the freezer and took out the fan motor. Harder than I thought because of all the wiring back there, light, fan assembly etc. After that it was easy, took out the old motor & installed the new one. Runs much quieter now, and the fridge & freezer are much colder.
I did this for less than the price of a service call by a repair shop.

Removed the rubber cover over the actuator switch. Used a screwdriver to remove the switch, disconnected the wires. I then removed the switch from the mounting bracket using a small philips head screw driver. Installed the new switch on the mounting bracket then installed the switch onto the freezer door. The only difficult part was installing the rubber cover. Now I just need to repair the damage to my hardwood floors and carpet from all the water.

(1) Removed the three screws which attached the ice maker to the freezing compartmnet wall in refrigerator; (2) Disconnected the power to the old ice maker; (3) Removed the old ice maker from the freezing compartment of the refrigerator; (4) Took the white front cover off of the old ice maker; (5) Disconnected the wiring harness from the old ice maker; (6) Removed the "ice making-stop arm" from the old ice maker; (7) Placed the items taken from old ice maker on to the new ice maker; (8) Reconnected the new ice maker to the power; (9) Placed the new ice maker in the proper position in freezing compartment of refrigerator and replaced the three screws. JOB DONE!

I called PartSelect and was greeted by a real live person instead of a recording. The lady was very helpful and kind. We decided on the part that I needed, and it arrived to my home in less time than she said it should. I completed the repair with the instructions provided in just a short time. My experience with PartSelect was positive, and it reminded me of the way businesses used to be. I highly recommend them.

I called a repair man from a pretty large name to come out and take a look. He found out in about 10 minutes that it was a bad capacitor. The quote he gave me was $75 for the part and $175 labor. I tried my best not to laugh and tell him no thank you. He did have to charge me for him to show up, which was only $98.
So I used what he told(minus the "scrap it") and opened it back up. Although he had left wires everywhere and the broken pieces laying inside, I thought it was enough for me to order the part. PartSelect was very easy to navigate and ordering was a breeze. Took about 4 days to get the part and I ordered in the X-mas craze. Fixed it in about 15 minutes.

Removed the ice bucket from the freezer. Removed the single screw on the left side with a nut driver, then lift and pull the tray toward you...there is a wiring harness in back of the tray that I had to unplug...easy, pinch the sides of the plastic connector and it disconnects..and the tray came out of the refrigerator...and the cussing started. Since the threaded yoke was stripped it could not be unscrewed from the motor shaft...I took my trusty Dremel Tool and cut the shaft off so the yoke could be separated from the motor shaft and the motor could be removed from the plastic housing. From here on it was a piece of cake...install the new motor and screw the new yoke onto the motor shaft... I think it has a left handed thread, like the old propane bottles used to have..slide the tray back in, reconnect the wiring harness (it only plugs in one way), make sure the tray is sitting on the 4 side supports, put the single screw on the left side and you are done....put the ice bucket back in and flip the bail down and you should be back on business....!!

This was a very simpler repair to an annoying problem. First I removed the decorative cover on the top hinge pin of the door which was held on with one screw. I then removed the 3 screws of the top hinge pin with a socket, held the door in place with my hand and took off the top pin. Next, I simply lifted the refrigerator door off the bottom worn out hinge.
removed the old door hinge bracket and bottom lower hinge pin that had worn, placed the new bottom hinge pin in the bracket. Finally, on the bottom of the refrigerator I replaced the natural door closer held on by one screw. Lifted the door back onto the new bottom hinge pin, held the door in place and installed the top hinge pin, put the cover back on and the refrigerator is closing like it was new again.

1. Removed the cardboard cover.
2. Removed the terminal block and unplugged the old motor.
3. Removed three screws that held old motor to the bracket.
4. Removed the fan blade from the old motor.
5. Installed the fan blade (after cleaning) to the new motor.
6. Crimped on new wire terminals onto the leads on the new motor.
7. Installed the new motor using the fasteners provided.
8. Plugged the new motor wires onto the proper terminals in the terminal block.
9. remounted the terminal block.
10. reinstalled the cardboard cover.

I had to cut off the old yoke since the threads had stripped and it would not come off. Once I did that all I had to do was to remove 4 screws on the auger motor and replace it with the new auger motor. Then I put the yoke on the new auger motor shaft and then put the unit back in the freezer. Work time was less than 15 minutes with no problems.

While investigating a water leak I discovered the condenser fan seized. I removed the fan to prevent a fire and ordered the part. The hardest part was identifying the correct fan. That took longer than the installation.
I cut the wires and spliced in the new motor. It rotated correctly and I replaced the crill.
Done
Total time of ice maker water leak repair and fan replacement about 1 hour.