GTS18WCMBRWW General Electric Refrigerator - Instructions

removed broken bin , slid new ice bin in closed door. I bought the complete part.

All the repair people was on the money . I read them all .1--- NO paper work with new valve (.no instructions) ..2--- bracket is not the same .. I reversed my braket and it worked fine .you do not have to bend bracket.3--- It will take a day or so to start making ice..4--- the plastic nut is no longer needed on the new type outlet valve ....5--- the new outlet valve looks a little different from the old valve. WORKS GREAT ..

I ordered two switches, replaced both with a knife in 10 minutes. Interior light works, thanks.

The original design is poor. The evaporator fan is mounted in an upright position just below the ice-maker. A plastic grate mounts over the fan assembly to allow for air circulation. Unfortunately, random chips of ice from the ice maker can fall into the fan, causing the fan to shear its blades. Replacement of the fan blade is relatively simple (accept for having to completely unload the freezer and remove all back covers, the ice-maker auger motor assembly, and the metal evaporator cover). In order to mimimze this from reoccuring, I installed a 1/4'' mesh metal screen over the exhaust ports on the cover. Thus far, this has worked well to keep ice chips out of the evaporator fan.

I found instructions on the web about how to do this repair, so I ordered the part with confidence. But the instructions simply said "pull out the old switchlight". That was actually somewhat difficult as the clip on the side intended to hold the part in was stubborn. I eventually used a utility to slice off the clip. From that point, it was just a matter of plugging in the new switchlight , which was very simple.

Replaced icemaker assembly. Only 3 Phillips screws to remove the old assembly. Pretty much an exact swap. Was easy to replace but the connecting cable on the new replacement assembly wasn't very easy to make fit. Had to force it into a location that would be out of the way and allow everything to operate properly. That connecting cable should be more flexible and adapt to the fridge a little more friendly.

instalation was very easy - but the part was 3/4 inch to long and a 1/32 inch to wide.Trimmed it with the "faithfull"
Dremel and it works!The instalation part of the "job" was less then 10 min.

The icemaker arm disconnected from the metal frame. This caused the icemaker to cycle and the heater to come on and stay on until the plastic parts melted causing a mess and stink. This action melted the ice and then the water fell through the frozen items in the freezer and refreezed in the lower portion. OK, I remover the dead icemaker and tossed it away. I installed the new icemaker and the wiring harness didn't fit right (way to long). I retrieved the old icemaker and removed the wiring harness from it. I removerd the new ice maker and installed the old wiring harness to the new icemaker. I then installed the new icemaker, plugged it in and turned on the power. No water, I ordered the dual solenoid water valve, installed it with difficulty (another story) the turned on the power. I reinstalled the ice bin and found it didn't fit. The icemaker was to low and couldn't be adjusted, 1/4" higher would have been great. I shoved in the bin anyway, I was out of ice for my scotch, and it started making ice.

After determining that the ice maker on this relatively new refrigerator would make ice cubes if it received the proper amount of water. Ordered the valve and received in a couple days. Using a nut driver, removed the cardboard cover from the back of the refrigerator. Removed one screw holding the valve bracket to the fridge and removed another screw holding the water supply line and the water line to the ice maker in place. Pulled plug on fridge and removed 2 wires from valve. Removed inlet and outlet lines from old valve and reversed the process installing the new valve.

Other than having to bend the bracket 90 degrees it was an easy install.

Unplug refrigerator and turn water supply off to the ice maker. Remove the screws holding the bottom cardboard-like cover from the lower back of the refrigerator. Remove the water supply line to the old solenoid with 1/2 inch wrench. Unplug the two power supply wires to the old solenoid. Remove the screw that holds the solenoid to the back panel of the unit. After the solenoid is pulled out, remove the output hose with a 1/2 inch wrench. The configuration of the replacement solenoid is likely a little different than the original, but it seems to be rather universal and will fit back into place and perform properly. The new solenoid does not use a compression type nut to secure the output line. It's just a simple push-in connection. The wires may have to be rerouted a little, just keep them clear of the evaporator fan blades Reverse the removal procedure and you're done.

unplugged the old valve and disconnected the water line, then reconnected water line on new valve and plugged it in. It was an easy process but unfortunately that did not fix the problem. It is the ice maker it self so I will be ordering a replacement ice maker.

Installation could not have been easier!

Removed the old water valve from back of refrigerator by using a screwdriver. Pulled water line off old valve that runs into the fridge and inserted it into the new part. I used a pair of pliers to take off water line that runs into the water valve from the house. Screwed the water line back onto the new valve. Took about 10 minutes.

Removed fan housing from top of freezer, then the two screws holding the rest of it in place. Then two more screw and removed the vertical housing in back of freezer. two more screws and I was able to remove the whole back plate. I unplugged evap motor wire from back of freezer wall and unscrewed motor bracket. once motor was free, I removed the blade, unscrewed ground wire and installed new motor. I then plugged wire back in to ensure new motor worked and put everything back. Super Easy!!