This evaporator fan motor grommet, or condenser fan grommet is built for refrigerators. It provides a cushion between the fan motor and the motor mounting bracket. It is made or round, black plastic a...
This door recess spring or dispenser lever spring in your refrigerator is used to return the ice door to the closed position or the dispenser lever to the home position once released. You will find th...
This evaporator fan motor is located in the back of the freezer, and circulates air over the refrigerator coils. These coils will convert the heat into cool air, which is then circulated.
Note: Therm...
This fan motor is most times used with frost-free refrigerators with a condenser coil. When the compressor runs, so does this fan, circulating air through the refrigerator grille, cooling the compress...
This part mounts in the ice dispenser. The crank no longer comes with this part but you can use original crank. The crank is sold separately depending on the model number of your appliance.
This is a replacement evaporator fan grommet for your refrigerator. The fan grommet absorbs the vibration from the evaporator fan motor for quiet operation while it runs. If your evaporator fan is unu...
$10.28
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I used a digital camera and photographed the assembled unit and the metal blades before I started the repair. Then, I removed the top screw on the clear shield. Flip over ice tray and removed two Phillips screws on bottom. Exterior plastic white cover comes off next. The cover sides have hard push-in white plastic tabs. Push them in; pry up top cover with small flathead screwdriver. Slide white top cover up and you will now see the metal blades and assembly. Auger is held in place with a metal c-clip and washer on the end. Use flat head screwdriver to pry off c-clip. Then you will see a nylon round slotted nut. The threads are reverse, use pliers and loosen nut. It is not that tight but pliers are needed. Then it all is loose and ready for removal. I slid all the blades off at one time and kept them stacked together. Slide out auger and clear flat shield cover. Install new auger, clear shield, and metal blade stack. When you put it all back together take a look at the long metal J-hook on the bottom make sure it is in the slot before you make everything tight. Failing to do this will prevent cubed ice from dispensing. It is not that hard to do the repair it just takes some patience and paying attention to details.
After replacing the defrost heater, main board and thermistor I still had the same problem. Called a repair guy and he (with the help of GE on the phone) diagnosed that the temperature sensor was bad. So I ordered from partselect and installed it and it fixed the problem. Been good for a couple months (knocking on wood). To install I had to cut the 2 wires to the old sensor, crimp the 2 new wires on and snap the new sensor to the clip on the evaporator. Very easy. Make sure you seal the ends of the wire crimps so moisture doesn't get in and corrode the connection.
The flap to the ice dispenser would not close, which allowed the ice dispenser to frost up, freezing the water dispenser.
This was a simple fix. The solenoid had stopped working, so it would not automatically close the door flap. I read some posts on this site that suggest that you had to remove the trim around the entire dispenser to get at the solenoid. My fridge may be a newer model, but in any event it was much easier than that. Just below the touch pad for choosing water, ice, or crushed ice (above where the ice/water dispenses) there are three very small holes spaced about an inch a part. After unplugging the fridge, I stuck a small philips-head screw driver in each, freeing spring clips. That allowed the touch pad to come off. I then removed four screws to remove a plastic piece covering the chute, giving me access to the flap and solenoid. I just unplugged the solenoid from the circuit board on the back of the touch pad and then removed three screws to remove the old solenoid. I replaced it with the new solenoid and plugged it into the circuit board. The touch pad then snapped back into place.
The hardest part was figuring out how to get at the solenoid. After I found that pushing the clips in those three holes allowed me to remove the touch pad, it could not be any easier.