GDE25EGKARWW General Electric Refrigerator - Instructions

Remove the top cover above the door by lifting it slightly and pulling forward. I used a mirror to make sure that there was nothing in the way of accessing the switch from above. I used a blade screwdriver to press against the switch retainer on the topside, while GENTLY prying from below with another blade screwdriver to get the switch dislodged. Once the retainer was past the opening, I wiggled the switch downward and then rotated it to the left when the rounded top right edge of the switch was visible. This allowed the wiring to the connector to pass thru the hole. I pushed the wiring from the top and pulled from below to get the connector below the opening for the switch. I then unplugged the switch, plugged in the new switch and reversed the removal process feeding the connector thru first then rotating the switch to the right to get the rounded edge of the switch thru the opening, then pressed the switch up into the opening until it snapped into place. Total time less than 10 minutes.

with a jewelry screwdriver I pried the lock tab in and pulled switch down carefully, the hardest part was that the power wire connector was stuck on good but the pliers and the jewelry screwdriver was its match for a bout 5 minute for one connection a simple pull off prong connection. After the wire connected back to switch it popped back in SNAPP

Replaced Temperature Sensor and now it is getting cold.

took a little more effort than the video show to remove old module and replace new. Works fine now.

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.

Took cover off, pushed blade on, and replaced cover

Turned the old filter loose, removed the adapter from it, put the adapter on the new filter and turned the new filter back into place.

We didn't think the dispenser problem was related to the filter - we were wrong! It took less than two minutes, including opening the box and unwrapping the filter. I'll definitely be changing my filter more often - and buying it through PartSelect. Your ordering was so easy and delivery was unbelievably fast!

had to remove ice maker and several panels to get to the fan. wires for fan encapsulated so had to cut old and new wires then solder them together while working inside the small freezer area. not too bad all in all took about an hour to get it done. no more wind thru the trees noise and is working fine

Unplugged the freezer. Then I gained access to the fan: remove the top freezer rack, remove the ice tray, remove the air flow manifold(needed to unscrew some screws), remove the manifold over the fan and cooling element. I unscrewed the fan mounting bracket. The fan motor's wires are plumbed through some plastic that i would have had to remove, so I decided instead to cut the wires and splice in the new fan motor. Then I put everything back together - the new motor works fine and doesn't make the whining noise.

got new filter

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.

Took out the MFW filter.
Screwed in the MFW bypass.
Dispensed several gallons of water.
Saw good flow of water.
Removed MFW bypass.
Replaced MFW filter.
Our water flow was back to normal.