RTSA174AAE Admiral Refrigerator - Instructions

It was easy after it was apparent that the run capacitor was plugged into the compressor. This was determined from a parts diagram of the actual model refrigerator. The part was the same but the location on the video was wrong. A large screwdriver was used to unplug the capacitor from the compressor. The temperature range of the refrigerator is still too wide but it's colder.

Adding water to Ice Maker, caused ice to be made. I assumed the Single Outlet Water Valve to be problem (despite %4 probability). I suppose problem could have been in the ice maker itself and it's interface to the Single Outlet Water Valve but fortunately the Single Outlet Water Valve solved the problem. The Parts Select replacement part video was very helpful and the replacement was fairly easy. Were the problem in the Ice Maker itself, I don't know that I could have justified the cost of the the repair for a 17 year old refrigerator.

Removed top drawer from freezer. Unplugged the ice maker. Uncrewed the bottom screw. Loosened the two top screws. Removed old ice maker. Removed all the parts that didn't come with the new ice maker and installed on new ice maker. Reinstalled the new ice maker. Started making ice with no leaks in about 3 hours.

I have a Maytag Refridgerator with lower freezer and ice maker. Stopped making ice. Noticed the unit would fill up and freeze but the tray wouldn't rotate to drop the cubes into the tray. Cleared the frozen trays to see if it was just stuck but same thing happened. Replaced unit, not difficult with the exception that the top tray is ridiculously hard to get out. Never did do it, just worked around it. Working perfect now.

ordered a new shut-off valve. arrived in 5 days. installation had to wait a couple more day for i had to order a new compression nut. the reason i had to order a new nut was because the original nut was made of teflon and stripped easily when i tightened it to make a leak proof.joint. the new nut arrived in two days and was installed readily being that it was made of brass and consequently did not strip when i tightened to make a drip proof joint. finished in approximately twenty minutes' the video that this site has on the internet was of great value.

Disconncted power, pulled plug on disconnect, loosened 3 ice maker attach screws, removed ice maker. carefully removed old broken part, to understand reasembly. Reinstalled new water fill & bearing part.. hung icemaker and tightened attach screws. Reattached electrical plug.. turned on power, it all worked. .took about 45 min to remove, 15 min to reinstall. Right tools needed re disassembly AND ASSEMBLY

Repair done according to video and instructions. What you need to know is myself and my husband are adverse to all kinds of "simple" repairs because they never go well and we are not handyman kind of persons. This, I must say, was a delightful change in our typical experience of attempting to make our own repairs.
Thanks
Sandy

removed screws, pulled element out, and put new element in

There are 3 screws holding the icemaker in place. After removing the ice bucket, I removed the screws, then twisted the unit to gain access to the power plug. The plug is held in place by a plastic flap which is part of the connector. It has to be pushed down to remove the connector. The new unit went in perfectly and performed flawlessly for 3 days until the compressor blew out! After feeling some sense of accomplishment having fixed the icemaker, I learned that my neglecting to clean the vent grill in the front of the refrigerator had caused its demise. Don't forget to clean the dust out of the vents!

Removed old icemaker by removing two hex screws and one phillip's head screw.

Disconnected power connection to refrigerator.

Removed power connection harness and ice level sensor arm/levor and cover from old ice maker and installed on new ice maker.

Re-installed in refrigerator. It was simple on this model.

I disconnected power, turned off water supply, removed three hexhead screws, disconnected wiring harness plug, then reversed procedure. New icemaker seens to be a little slower in making cubes. However, the cubes are clean, perfect shape and THEY DO NOT CONTAIN ANY OF THE BLACK COATING AS THE OLD ICE MAKER CAUSED. THIS WAS A FAIRLY SIMPLE TASK.

First i used a nut driver to remove the bottom screw, the unclipped the two top clips by leaningthe bottom of the unit outwards. I used a mirror to see the two top clips as i could not see inside. Then i removed the wiring harness from the refrigerator. The unit came right out, i transerred the needed parts, and re-installed. Not too bad - about 45 mins. It works great!

unscrewed the 3 nuts, took off the electrical connection. Then put new one on. One problem, the ice maker had a hole on the side for the hose, mine needed one in the back. I used tape to hold it in place going over the part that was in the wrong place.

Replaced entire ice maker. Turn off water where it comes out of the wall. Loosen two top screws and remove one screw at bottom. Lift unit up and off top screws and swivel out to the right and disconnect power plug from freezer. Warning new unit does not come with: 1. Power Cable 2. Front plastic cover. 3. Wire bail. Install in reverse order Do NOT toss old unit until new one is installed and working. My came with the bottom mounting bracket bent so I just used the old one. When installing old power cable into new unit be sure to put small sensor into clip. It's part of the cable harness assembly.

Our refrigerator was no longer emitting cold air and clicking every 5 minutes in what sounded like a "starter" click and then a few minutes later an ending/"shutoff" click. Nothing else would happen between the clicks and we could still hear the freezer fan running in the freezer.

Frequent clicks meant that the starter relay was broken and that the condenser was not failing to start thus failing to cool.

I found very useful videos showing this process on Youtube but here are instructions:

Unplug the refrigerator and open up the back panel on the bottom. The condenser is a black round metal sphere in the center. To the right is the condenser coil which is a flat coil. Attached on the left side of the condenser is a plastic casing with wires coming out from the bottom, that is the relay housing.

Pull the plastic casing off, it is held by a metal clamp. Underneath the plastic casing is the relay. it is attached to the condenser with a straight long pin.

Pull the relay straight out, away from the condenser. You may use a flathead for leverage but I used some elbow grease and slowly wiggled it out.

Look at the relay. For my Admiral, the relay has a little headpiece that sits on the relay and connects to the pin. Otherwise you will have pulled out the relay piece and there will be wires connecting to terminals on the relay.

Remove the wires connecting to the terminals, noting which wires connect to which terminals. Take a picture on your phone if you need to. You may want to use pliers to maintain the terminal connectors on the wires and it may take some elbow grease.

Once all the wires are disconnected from the old relay, discard the old relay. You will know if it's faulty if you shake it and it sounds like it's full of broken glass. A new relay will not make that sound.

Connect the wire connectors to the new relay in the correct terminals.

Reconnect the new relay to the condenser by pushing it back onto the pin all the way.

Replace the plastic cover with the metal clamp.

Clean the dust off the condenser coils while you have the chance.

Replace the back panel and plug in the refrigerator. You should not hear any more clicking and you should feel the air from the freezer become cooler pretty quickly.