GFE24JBLLFTS General Electric Refrigerator - Instructions

The best instructions were several YouTube videos for replacing icemakers on GE french door bottom freezer refrigerators, but none fully described the process. The following difficulties were encountered: (1) Instructions for removing the freezer door showed three screws on each side that needed to be removed; in fact, there was only one screw on each side. It was smaller than the three depicted screws and its location was not exactly as shown in the videos. (2) None of the instructions adequately described the process for removing the mounting plate from the nonfunctioning icemaker so it could be attached to the replacement unit. The key was to forcibly pry open the cover over a screw that then needed to be loosened with a screw driver. It seemed that I risked breaking the unit when I tried to slide the tab, but it eventually moved and revealed the screw that was holding the original mounting plate in place. (3) Replacing the freezer door required lining up some metal studs with slots in the undercarriage; you need to get down on the floor to examine how this fits back together. (It might help to take some photos before removing the freezer door.) (4) Replacing the upper drawer was perhaps the trickiest. My first effort resulted in having the rod with gear pinions on each end pop out because some of the tabs holding the gear pinions on each end broke. That meant that I had to order two replacement gear pinions (left and right are identical). Then, as with the freezer door, it was necessary fo slide metal studs on each side into a vertical slot leading to a horizontal slot in order to seat the upper drawer properly. So the whole process took a few weeks; actual work time was perhaps 3-4 hours. This could have been shortened significantly had I taken photos as I disassembled everything and if the procedure for moving the mounting plate had been clearer (or even existing). All in all, though, this is a doable DIY project.

Took cover off, pushed blade on, and replaced cover

I watched the instructional video on this website and did everything that it said. There is no more leak when I use the in door water. Was as easy as it looks in the video and I am very happy!

Totally followed the instructions of the video that came with the sensor. Unplugged the the fridge, defrosted the freezer. Cut off the main sensor that usually is the one that goes out. Installed the the new sensor with new wire terminals, crimped them and covered with electrical tape. Fridge works like a charm. Partsselect is excellent. Saved me a few hundred dollars versus having a GE Tech come and do it.

Repair was made simply and quickly by removing broken parts and replacing with new. No problems

I couldn’t repair the problem because the part that came did not have the clips to crimp on the end that go into the modular connection,

On the internet forum I read that if the control board needs to be changed , do the same for the Run Capacitor/relay.
The Ge profile refrigerator was 15 years old. First I disconnect the power cord,
I removed the control board at the back of the fridge, replaced it with a new one and did the same for the run capacitor.
Plugged the power cord back and it works fine. GE repair service did not want to come to do it. DIY is fine.

New part came in few days, worked great, now I have water and ice. Couldn't find part anywhere, this was so nice and made it easy to get and fast. Thank you so much

Unplugged the refrigerator first....then on the inside of the fridge, I popped the temp sensor cover off (upper LH side) and exposed the old sensor. I snipped off the old sensor about 3" down from the end and connected the new sensor (which I trimmed down to about 3" long) with some heat shrink wire nuts/connectors. Let the fridge run for a day or so and confirmed the problem was solved! Oh yeah, there was no way to tell the 2 wires apart (power vs. ground) on the sensor. However there was a manufacturer's stamp on the wires. So note the orientation of the text and mark one of the wires with a sharpie on both the old and new sensor before trimming. This will give you a reference for which wires to connect when adding the new sensor to the old wires.

1. Removed and tested defrost heater, tests good. 2. Reinstalled defrost heater. 3. Removed and tested defrost over-temperature sensor, tests good. 4. Reinstalled over-temperature sensor using soldering iron, dielectric silicone grease, and heat-shrink tubing. 5. Removed the control printed circuit board and checked for blown fuse's, fuse's are all good. 6. Removed the defrost relay from the printed circuit board using soldering iron, bench tested the relay, it is good. 7. Soldered defrost relay back onto the circuit board, and reinstalled control board. 8. Removed and bench tested evaporator thermistor, the resistance is out of specification, ordered new thermister. 9. Installed new thermistor using soldering iron, dielectric silicone grease, and heat-shrink tubing. 10. Re-assembled refrigerator. 11. Installed temperature monitoring and recording instrumentation for 72 hour test. The defrost cycle is running correctly with a defrost termination temperature of around 90 deg-f. The defrost cycle ran twice while running the 72 hour test. 11. Removed test instrumentation and Put the unit back into service, The thermistor was the culprit. I bought the right part on the first shot, nice.

What an awesome site! After putting in my model number and finding the problem I was having, I simply picked the 2 parts that were most likely to solve the problem. I bought a defrost thermostat, and defrost heater. To a high certainty, they would solve my problem. They didn't however! I ended up having to buy a temperature sensor on another order a few weeks later when the problem resurfaced! My own fault. I should have bought it the first time. As others have written: the longest part of the job is defrosting the ice from the coil. One thing I did that I didn't see suggested: plug the drain hole below the coil. I put a couple towels in the bottom of the freezer and ran the hair dryer. Didn't take long. I read that the amount of water created will overflow the pan under the refrigerator, so I plugged the drain hole. Once you clean that mess up, the repair is pretty straight forward. Great site. Even through I had to make two separate purchases, I still saved a lot of money. Thanks!

First, I had to remove the freezer drawer front. This is 8 large phillips head screws. then remove the plastic cover over the drawer slides. to do this, remove the white center screw from the slide near where it attaches to the drawer front. then the plastic cover will slide off pushing to the rear of the slide. take off the slides from the freezer walls by removing the phillips screws and pulling them towards you. They have tabs/slots in the rear. remove the center tray support and support bars, too. the icemaker has to come out, that is just 2 phillips screws but you also have to disconnect the electrical connector. just squeeze the locking wings and rock/pull. a screw in the top center of the back panel comes out. Lift and pull the back panel out. The evaporator coil appears. The thermocouple is attached to the coil in the upper right. Cut that one's wires and take it out. Just cut back about an inch from the back of the thermocouple, there is not much slack. Seperate and strip the wires back about 3/8 inch. Do the same for the new thermocouple. I twisted the wires together and used a solder sleeve to join the wires. The sleeve is just a little plastic tube that has a ring of solder in it that melts with heat gun heat. You can join the wires using butt connectors or whatever method appeals to you. I just wound the extra wire and put a cable tie around it, there is plenty of hiding space in that area. Make sure the new thermocouple is contacting the coil firmly.At this point, for a test, I left everything apart, propped the drawer against the opening and plugged the fridge in. Note that the evaporator fan will not start spinning immediately! It will just sit there making little bumps like it wants to go. The temp in the coil has to get settled before the electronics in the refridge will tell the fan to spin. It takes maybe 20 minutes. Reassemble. Fridge and freezer work great. It does take several hours for all to get cold again.

about an hour to figure out what was causing the vibration and noise and about an hour to put it back together and 5 min. to order a new fan blade thank you.It started making noise during thanksgiving dinner so we toke it apart after dinner and I cut the other 2 blade to match the broken one so to cut down on the noise and vibration semi put it back together and 7 days later the part arrived.

Very limited working space in this model. Must remove grill and disconnect elect connector on motor. One additiional tool suggested: Extendable rod with magnet on end because you will most likely drop something. First, remove two screws holding motor to metal strap. Tool must be inserted between blades of fan in order to get to the screws and this is the hard part. Fan and motor are removed as one assy and this takes some manuvering. Might have to remove front screw on metal strap to gain more room. I did not attempt to remove fan shroud. My fan was attached to the motor shaft with a metal clip. Spray a good lubricant such as PB Blaster on the shaft, wait a few minutes and press it or tap it out gently. Save misc parts on old motor for reassembly. Your set up may be different so check out everything before starting.

I ordered 3 temperature Sensors Part#PS304103 and viewed the video. Got there, opened the frig. and it looked totally different and no place in any part of this frig. that took these sensors as viewed on the video. Totally baffled why these parts were listed for this frig. there was no place in this frig that would access for these parts. Serial # was HR443071.Maybe this model is out of date for these parts. Trying to find someone who can repair it. Any ideas???Purchased this GE in 2008. Model #is GSS25WSTFSS Thanks, for your help. JIM