GLM23REWAGB General Electric Refrigerator - Instructions

Simply take off the back panel. Remove the old run capacitor which is attached to the compressor by a white part. It pulls right off. You will have to unplug two wires. I took a pic to ensure I plugged the wires back up the correct way. Then I attached the new capacitor to the white part and put on the sleeve that was included, plugged it back into the compressor and zip tied the excess part of the sleeve. Once done plug fridge back up (always unplug electric devices when doing maintenance) to check before replacing back panel. It may take a few minutes before it kicks on.

unscrewed lamp and replaced it with new one!

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.

Moved refrigerator forward, this allowed me to work on the back panel. Unplugged the refrigerator power cord. Released all 6 screws, removed panel then release an additional screw that was holding the water valve and the two (red & blue) connectors. Then installed the new part in reverse steps. Plug the unit and job well done. I had purchase the water filter already after several minutes push for water from the dispensing front part of the refrigerator and good to go, later in the evening we notice the ice maker working fine and producing ice. Thank you parts select.

Take off all , then install.. following the version..

I used the video Parts Select referenced on YouTube, which showed a technician doing the repair. In my particular instance I did not need to remove the escutcheon around the dispenser using a putty knife or remove screws from underneath. There are two tabs in lieu of the two screws that I used a Phillips screwdriver on to push in which released the control panel. It went just as the video showed w/o a hitch. I'd like to add that this is the second time I've used Parts Select for a different appliance and thank God for their showing you what the part looks like and the videos, it helps bolster your confidence to do the repair correctly! I only wish there was more sites like this.

The repair did not go exactly the way it was described in the YouTube video, but basically it was similar. After unplugging the power cord, emptying the freezer, removing the shelves and the ice reservoir, I removed the ice maker assembly by unscrewing a Philips head screw and unplugging the power connector. The connector had little retaining tabs on each side that I pried open with a straight blade screwdriver. Then the ice maker lifted right out. Next I removed one screw holding the auger motor assembly, unplugged the power connector, and lifted out the assembly. This where things got difficult. After flailing around a bit, I removed the panel on the back wall of the freezer below the evaporator fan assembly, exposing the evaporator coil. I saw that the fan assembly was attached with two screws at the top and two screws at the bottom. The top screws were easily removed, but when I removed the bottom screws, which were situated in very tight quarters, I DROPPED BOTH SCREWS DOWN BEHIND THE EVAPORATOR COIL. Be prepared with a magnetic nutdriver so this doesn't happen to you. I could not retrieve the lost screws, but fortunately it appears that the top screws hold the assembly securely enough. The assembly was loose, but it was still attached by a power cord that I could not disconnect. I removed the tracks on the side walls for the ice bucket, and then I could maneuver the fan motor assembly just enough that I could reach over the top of it, grab and pull off the old fan blade, and slide the new fan blade onto the shaft. Reassembly was straightforward, replacing each part (except two lost screws) in reverse order to disassembly. After getting everything put back in and plugging in the power cord, I was amazed at how quiet it ran.

Obvious that main electronic board was fried. Refrigerator and freezer both not working although fan was running. Replaced main board and run capacitor. Compressor not running. Pulled starter relay and checked compressor connections for continuity. Checked ok. Ordered starter relay and installed with new capacitor. Compressor started and has been running quiet and cold ever since. Thanks to videos on partsselect website for offering the confidence to try the fix myself. Total spent on parts and shipping,$350. I had electric provider install surge protection behind meter for a cost of $5.70 a month. Hope it works as advertised.

Unplugged ref.,turnned water off at wall and drained, removed back cover on lower part of ref. then removed screw holding water valve,unplugged both wires from unit,pulled the 3 water lines off,1 I had to cut, would not release,got new water valve,push 3 water lines in place,attached the 2 wires in place and screwed unit back on ref.and replaced back cover on ref. Then I got a hair dryer and thawed all ice that had built up behind and under ice maker in freezer,cleaned that mess up,turned water back on plugged in ref. All good ,repaired problem,old water valve was bad.

Performed self test.turned off ice maker switch four 5 minutes.Then turn on switch,within 10 seconds,pushed ice paddle 3 times,with 1 second in between each push.Push all the way back and release. Ice maker should cycle and squirt water. My ice maker did neither.I unplugged cord from fridge.So i replaced the ice maker.After a couple of screws had ice again !

The problem was both the valve and a frozen slug of water in the supply line located inside the door. After replacing the valve, I turned the freezer to a setting of 1 and in about 30 hours, water flowed out the tap.

I first called a GE repairperson. The diagnose the problem and told me the main control board was shot and the double outlet water valve needed replaced. The estimate for both parts and repairs was $850.00. I thought the estimate was high so I did some research on-line and discovered I could purchase the parts myself. When I researched the part, a short video popped up explaining how to install the part. I watched both video's and did exactly what the guy in the video said and was able to repair my refrigerator/freezer myself. The total cost for both parts was $200.00, I save $650!!! Amazing. I ordered the part on Saturday, and was told it would take a week to 10 days to receive the part and the part showed up on my door steep the following Tuesday. I'll never call a repairmen first again. I'll research the issue through partselect.com and try to fix the problem myself. I am not technologically or mechanically sauvy and have spent thousands on repair bills in the past, no more will I do that.

For troubleshooting, I took off rear panel inside of the freezer compartment & determined that icing of the coils was not the problem & it did not apprear to be a defroster malfunction. All components appeared to be working properly except the compressor would not turn on and only room temperature air was being circulated by the fan. After narrowing the probable causes down to a faulty Main control board by reading as many similar posts as possible,I ordered the new control board. When it arrived the following morning via UPS(less than 24 hours!), I unplugged the wiring connections attached to the old board, (which was somewhat different in appearance), and then gently popped the circuit board off of the plastic retainer studs by pushing in the little retaining clip part of the studs in with a small screwdriver so the board could be released easier as I pulled outward. I popped the new board on the studs by gently & evenly pushing with a larger hut driver over the studs until it was locked in, being careful not to damage or over stress/bend the board. I placed the wiring connecters onto the pins on the board.....every connecter had a different amount of pins so improper connection was not possible. I placed the ground wire connection of the new board between the metal cover plate @ an adjacent screw location to ensure grounding to the back of the fridge sheet metal. I plugged in the refrigerator and was quite relieved when I heard the compressor start up after a second or two! Within moments the temp began to fall until it reached the proper temp in both compartments. Success!

This was a great opportunity to clean the bottom 3 shelves. I unplugged the frig.,disconnected both water lines, unscrewed water tank, pulled water lines out, put new tank in and pushed new water lines in and connected them, and plugged frig. back in. I grabbed my glass to get a drink and feeling proud but no water. I thought about this for a while and came to the conclusion that the freezer was set to 9 and the water had frozen in the value in the door. I dropped the temp. in the freezer from 9 to 3 and after about 2 days the water worked just fine. I emptied the ice because it was clumped into one big piece. I heard the ice maker going to town all day long. I called for ice later and the motor that dispenses the ice was humming and no ice was dropping. I thought about it and could not come up with the answer so I called tech. at GE and he was no help. So I solved one problem and now I have another that I don't have an answer to. My last attempt is to remove the motor housing to see if gears are jammed or something else.

Removed the back cover over the control board, and made sure that the board was the same. It didn't look exactly the same, but figured that it was the same, just updated. Took out the board, moved the wires to the new board and reinstalled. Plugged it in and it came on, so I reinstalled the cover. Seems to be working to this day.