GSS25JEPAWW General Electric Refrigerator - Instructions

First, removed shelves and items in freezer.
Then, removed back panel using socket set and philips screwdriver which exposed iced over coils, then defrosted coils using hair dryer set on hot-high. This was the most time consuming part of repair-30 minutes. removed heater and bra's 2 screws and pulled electrical leads from both ends. Reconnected the two leads to new heater and bra, then reattached using 2 screws back onto coil frame. Cut thermostats 2 lead wires-one pink the other orange, reconnected leads from new thermostat with wire nuts, applied silicone to protect connections, then reattached onto coil frame. reattached back panel using socket set and philips screwdriver to re-attach bolts and philips screws, then cleaned any remaining water from the defrosting with dry towel. Attached freezer shelves, items and plugged in refrigerator freezer. Appliance works like it's brand new again.

the first thing i did was replace the water valve at the bottom of the refrigerator but that didn't work so then i spent more time researching the problem on your site and your diagnostic said to replace the ice maker so i ordered it, took the old one out, plugged the new one in and we had ice the next day.

Once I got the correct part, (the expanded view of the icemaker is confusing as it shows the partition at the back of the diagram) I removed the ice dispenser from the tub by removing the screws and disengage the tabs holding the dispenser assembly in the tub. The most difficult step was getting the disenser disengaged from the tub. I used two kitchen knives to wedge between the walls of the tub. It was then easy to remove and replace the broken inside partition and reassemble the dispenser. Works like new.

I found if I would put pressure on one connector on the board the unit would come on. So the board had a short. I ordered it, it came in 24 hours and I installed it and problem was solved.

Removed the ice bin and maker, then removed cover from the rear that covered the solenoid that controls the dispensing mechanism. Replace solenoid. The tricky part here is that there is a styrofoam cover around the solenoid pin that needs to be superglued into place and oriented properly during replacement. All electrical feeds snap out neatly and are easily replaced. Reassemble ice dispenser and bin, and viola, your back in business.

There were not two screws as the instructions said. There was only one screw and I had to firmly pull it out after taking out the one screw. Then, to put the new one in, I had to line up two slots on two knob-like things and push it in firmly. Then screw the one screw in.

Other than the two-screw problem, it was easy.

Removed shelves from freezer section and removed protective cover using a screwdriver and nutdriver. 5 screws.
Upon removal of the cover, I noticed the coils totally cover with ice. At this point I noticed that the defrost heater was burnt out. I removed the heater using screwdriver and pliers and tested the heater according to instructions from Parts Select website.
Since the coil was exposed, I also tested the defrost thermostat according to Parts select instructions and found it to be working properly. i also tested the defrost timer and found it OK.
I replaced the heater, closed the protective cover, replaced the shelves and plugged the unit on.
It has been working just fine since then..
In addition to saving money, i saved myself the agravation of looking for a repairman and having to wait for THEIR convenience to to the work.

Problem: I have a black colored GE 24.9 cubic inch side-by-side refrigerator, model #GSH25KGMCBB that I purchased new in 2002. The ice cube maker stopped supplying ice cubes and the ice dispenser door stopped operating.

Repair: Unplugged refrigerator first and shut off the house water supply valve. Removed the lower rear access cover and replaced the double solenoid water valve. Icemaker and water dispenser tubing are easily removed by pushing in and holding down the white plastic collar where the tubing is inserted into each port on the valve body; no tools required to release the tubing. Hint: When reconnecting the water outlet tubing, ensure the tube diameter matches the port on the valve body. Insert each tube by hand back into the ports of the valve until they firmly seated.

Removed the control panel by inserting a small screwdriver into the three holes located on the bottom of the control panel body. Removed all of the ice dispenser door hardware and the door solenoid. The door solenoid armature was seized by corrosion. Cleaned off all of the accumulated dirt and mold with a 1:10 ratio solution of bleach and water. Replaced all of the door recess and solenoid valve fasteners with my own stainless steel #4-40 thread, 0.25" long socket head screws for longer life. The installation of the remaining hardware is the reverse of how it was removed.

The installation looks very clean now and $150 later, the ice maker still doesn't produce ice!

Root-cause analysis: I disconnected the ice cube maker water supply line from the double solenoid valve at the rear of the refrigerator and was able to blow air with my mouth straight through the outlet of the water tubing located inside of the freezer compartment; to ensure it wasn't blocked. Verified the water supply valve is not being energized! Turns out that the blinking green LED indicator on the ice cube maker is indicating more than the troubleshooting guide does about that because the white colored insulated conductor in the electrical harness for the ice cube maker is not energizing the solenoid on the water supply valve!

Conclusion: the ice cube maker assembly is next on the list of replacement parts!!

Used by pass filter and problem disappeared. Of course wayer is now unfiltered. This is a GE design flaw. Also replacement filters are outrageously expensive and do not last long. We have good water here and I'll stick with the bypass.

The replacement ice maker that GE supplies for my old refrigerator is a little different than the original. The electrical plug changed from a round plug to a square one. They include an adapter for it, but DON'T USE IT. There's not enough room for the bulky cord and connector. I got a much cleaner installation by taking apart the old and the new ice maker, and then splicing in the old connector into the new ice maker. You need to carefully unscrew a circuit board inside to wire it in, and it'll be more secure if you solider 3 wires instead of using crimp connectors. The instructions also tell you to use your old 'ice breaker', but it won't fit on the new ice maker. I just left the new ice maker's ice breaker on, and it seems to work perfect.

Took panel off back of inside of freezer section, took off old sensor from the evaporator, spliced new sensor into the existing wires, waterproofed spliced connections, snapped sensor back onto evaporator, then put panel back on the inside of the freezer. Really, it took only 10 minutes to fix. Now refrigerator defrosts like it used to, and temps have settled in at specified temps.

Cause: Failed relays on main circuit board. Fix: Main circuit board replacement: Unplugged refrigerator. Removed 10 screws securing main circuit board metal cover (located on back of refrigerator) using a nutdriver. Disconnected 7 multi-pin electrical connectors from the circuit-board by firmly pulling each connector from the circuitboard sockets using a needlenose plyers. Depressed the small locking prong on each of the 4 plastic circuit board mounting pegs while pulling the board off the mounting pegs.
Pressed new board in place over mounting pegs. Re-plugged in all connectors (no confusion because each connector has unique pin counts). Replaced all mounting cover bolts, making sure to pin green ground wire to last bolt. Plugged in refrigerator. Done.
Note: I determined the main circuit board was bad by removing the auger motor assembly from the freezer and testing the auger motor harness power pins. AC voltage should jump when ice demand lever is pushed (while pressing the internal door light off switch). If no voltage jump, then auger motor relays on main circuit board have failed, indicating board replacement is needed.
Another check would be connecting an extension cord to the auger motor terminals and plugging it in. Motor should run. If it does, then motor is good and main circuit board is bad. If it doesn’t then auger motor is bad and needs replacement.

I have unlock the black panel. With a screw driver I have removed 2 screws and removed 3 conectors from circuit board. So, I had access to solenoid set. From this point on was intuitive. Very easy.

I recomend these parts be replaced once time for each two years.

Frig and freezer were defrosting and refreezing other than normal. Home warranty contractor told me ice maker was faulty. Purchased new ice maker. Unplugged frig, loosened 2 screws with nut driver. unplugged old ice maker, lifted old ice maker out. Took old fill cup off old unit and put on new unit since new fill cup was a different size. Swapped ice maker insert from old to new unit. Plugged in new ice maker, slid over the 2 screws, tightened, and plugged in frig power. New ice maker works fine but still have defrosting and refreezing problem. Figure old ice maker probably works just fine. New contractor still trying to solve problem. Have had problems with this GE Monagram keeping proper temps since it was new in 2005, don't recommend it.

after finding the video describing the same problem, i gave it a shot. Major problem was figuring out how to take outside trim off of the ice/water dispenser. Everything i tried did not work like the videos i had seen. Looking thru some of the posted blogs i found another way to get behind the control panel without even taking off the trim piece. i pressed a 1/8th allen wrench into the two outer holes on the bottom of the control panel which released the panel to pull out from the bottom. after that it was simple to release the three plugs from the circuit board and remove the control panel. 4 phi lips screws later the ice chute comes straight out revealing the flapper door which is held in by 2 more screws. once that assembly is out the solenoid is held by three more screws. there was nothing difficult at all about this repair once the secret was out about the first step about the three holes (use only the outer two) in the bottom of the control panel