PSS23MSWASS General Electric Refrigerator - Instructions

The refrigerator was staying in defrost too long allowing the temperature to rise to the point that part of the ice (probably some of the food too) to melt then re-freeze. I first changed out the temp sensor and thermostat because I wanted to try the cheap stuff first but that didn't fix it, I should have gone with the mainboard first as it was the most likely cause. After putting in the new mainboard in the thing has worked perfectly since. The board was extremely easy to change, take the metal cover off with a nut driver. Carefully unplug the wires from old board and remove the board. The board is mounted on some plastic standoffs that expand after passing through the board, some of these came out while i was disconnecting the wires but some were there to stay until I figured out that I needed to squeeze the top of them to release the board. After getting the old board out just put the new one on the standoffs and connect the wires. Put the cover back on and DONE!

NOTES: The new board had some extra connectors that my old one did not, but the correct connectors were still in the old locations. The instructions that came with the board did talk about making some modifications to the refrigerator wiring on certain models, but that didn't apply to me. If I remember right the models requiring modification were all bottom freezer type. But even if you do have to do this the instrucions looked easy, just cut a couple of wires, no splicing or anything.

Replaced flapper

Turned off power, removed cover from Ice maker, checked resistance across thermostat for zero (read open), all other switches read proper value (when activated). Ordered and received thermostat. Removed Ice Maker from freezer, removed two screws holding ice tray to Control Assembly. Removed Thermostat and replaced with new one. Applied Silicone Sealant to face of Thermostat for adhesion to ice tray when assembled. Remounted Ice Tray to Control Assembly and remounted in freezer. Works Great...

i used the video it showed on the site or iwould not have been able to do it

Unplugged the refrigerator and removed inside back panel from the freezer compartment and left doors open to allow all ice to thaw. I chose not to use a hair dryer and speed up the process as this could possibly cause more damage if not done with caution. After all ice was melted i took both screws from heat element assembly and followed the simple instructions that came with the new part. Since meters an i dont really work well together and since defrost thermostat and temp sensor were so inexpensive. I opted to purchase those as well in my initial order. They were as simple to replace as a lightbulb. Unscrew the wire nuts from existing sensors and screw wire nuts back on to the new sensors. Buy purchasing all three items at once i felt it just ensured the fiz was complete and the unit has been operating for 7 days like new. One thing i would pass on. If it is the heating element that is burned out, the glass tuve on mine was very black and charred looking. Also when you take it out of the assembly the element was actually in two pieces. Did something cause the element to stay on until it burned out or just old age i dont know. Again, for less than 20 bucks i purchased the additional parts that would seem most obvious to replace and i would recommebd the same. Part select saved us a lot of money not only in parts but in allowing someone with no considerable knowledge in this areato make repairs without hiring an expensive repairman.

I ordered the part on Sunday and had it by Tuesday. It only took a few minutes to install. Basically, I unplugged the unit and removed the cover over the motherboard with a nutdriver. The wires were easy to unplug and reinstall. There was no way to incorrectly install since they could only fit in the correct position. I reinstalled the panel pluged it back in and now the fridge is working great.

Unplugged the appliance for safety. Removed two 1/4" screws that held the assembly in place. Carefully removed the wire guard that retains the glass shield. Unscrewed old light bulb and replaced with new part. Reversed the steps after cleaning glass cover.

Remove lower front panel, disconnect damaged union from water hose under freezer door, replace with new union, tighten and reattach front panel. No more water coming from under the unit. Ice maker and dispenser features returned to working order!

First I unplugged the refrigerator, then I had to open up the back of the freezer, use the hair dryer to defrost the ice that had built up in it. Then I unscrewed the screws on both ends of the existing heater unplugged the old heater and plugged in the new one. Then with the sensor, I cut and stripped the 2 wires attached to the old sensor 1 inch away from the sensor. Then I spliced it with the wires on the new sensor, applied wire nut and black tape tightly. Then I put it all back together.

First I turned the refrigerator and water line off. Then moved to the freezer section, followed the directions, removed the two screws. Directions state to not remove them but I had to in this case. Unplugged the ice maker and removed it from the freezer. I installed the two mounting screws then tried to plug the electrical connection back in but had to use the adaptor cord furnished in the kit. The cord was a little long but I tucked it in and mounted the ice maker. Turned it on then turned the refrigerator and water back on and in a few hours had ice! Very easy to do!

Disconnected power. Removed evaporator cover in freezer. Removed the bad defrost heater. It is a glass tube about 10" long. The tube was black since the internal heater wire burned out. Use a hair dryer to melt ice in evaporator. Since there was excessive water coming from melt ice, I removed the back panel and took out the white plastic drain tube and collected water from the tube in a bucket. I put everything back and used the refrigerator for three days without problem, before the new heater arrived. Then I put on the new tube and everything was fine so far.

Troubleshot the tempeture sensors and the resistance was alot lower than the specs called for had to replace the evap fan being 1 of the sensors is connected to the evap fan . Start by removing all the food from the.freezer and bottom section of the fridge . Remove all the shelves and bins in freezer and shelf and drawers.on the lower section of the fridge .remove the ice bin , and the ice.machine remove the light shroud, and.bulbs, push tabs on the light sockets and pull the sockets from the housing.. and then push the sockets through the holes of housing remove all the screws from the rear wall from top to bottom upon removal of the section just under the ice.machine and behind the light socket you.will find the evap fan and it's bracket remove the 2 screws and pull straight up on the fan blade be carefully to not break its best to pull from the center of fan blade .remove the clip and thermistor that's connected to top of the evap coil. While your there remove the defrost thermostat to do this the clamp that holds it to the coil is a split clamp and you gently push on the clamp upper section and pull the lower section and it will seperate enough for you to remove the thermostat the other thermistors are in the fridge section 2 are on the divider wall behind the plastic oval plastic.housings one just above the the middle.of fridge the other is.lower section. And finally 1 more is at the very bottom of fridge last drawer on right hand side to.remove this you need to remove the light cover. Remove the plastic half round plastic deflector and the foam behind it remove the water reservoir screws and open the freezer at the bottom center wall at the back is a round plastic damper cover with a Phillip screw remove that ,on fridge side remove the 4 screws that hold the lower damper housing to the bottom of fridge gently and slowly work your way around the center seam and aeperate the upper cover of damper housing and expose the thermistor and replace. Note on all the thermistors just cut off enough to splice in replacement I personally used water tight heat shrink soldered type butts work great

I replaced the three sensors, 2 in the freezer 1 in the refrigerator. This was rated as the most common problem. Did not fix the problem. I then checked the ohms on the new sensors then the old sensors they were all within .5 of each other. So I got smart and went down the list of causes on their list. I emailed partselect and asked what the parts should read. They replied with that information and it turned out to be the voltage converter on the compressor. I ordered the part on friday payed for overnight delivery and it arrived tuesday. This as you can imagine makes me angry. But the part was easy to install and my refrigerator started working right away. I would advise anyone with this problem to start at the top of the problem list use a multi meter check everything on the list and only replace part or parts that don't come up to standards. This will save time and money and hopefully fix the problem the first time as you are not switching out parts and hoping that it solves the problem.

Took the three screws out of the cover, took the six plugs off of the board and removed board.

Because the lever was broken, when you close the refrigerator door, the freezer door would unseal slightly causing frost to build up on the inside and outside of the door.

After removing the base grille, the repair was made by simply placing the new part in the slot where the old part was then re-attaching the spring from the part to the hook in the base of the refrigerator. Now replace the base grille with the two screws. Time: About 10 minutes. Tools: Phillips screwdriver, needle nose pliers.