PFSF5NFCACC General Electric Refrigerator - Instructions

1 opened door 2. pryed cover off from cieling 3.cut and stripped wires on 4. sodered wires from old wires to new sensor. 5 insulated conection.6 put cover back on. This did not fix the problem it was the control moduel.

Remove gaskets from boxes and place on a flat surface for a day of so to remove shipping folds.

Before installation we placed the gaskets in a bath tub od warm water to soften.

E tested the dimensions before removing old gaskets by placing the new gaskets on the doors careful to make sure the were oriented the same.

Removed old gasket and installed the new.

Softening helped with pushing the gasket into the rails.

No tools needed and DID NOT remove the door to install

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.

Just pulled apart the lower cabinet assembly and installed new assembly. Not difficult, just take your time so as not to break any of the plastic.

follow the easy instructions replace 3 temperature sensors cut the wires and crimp them with new sensor and it works like new

I replaced the water line and the inlet water valve

Unplugged the fridge.
Took off the freezer door.
Took off the door brackets and the ice machine. Removed the back panel. Unplugging the light and the ice machine were a challenge to get to. Installation of the fan motor was simple. Reverse all the directions, done. Tough part was figuring out what to take off.

After the new gaskets arrived, I left them flat on the floor for 24 hours to let kinks settle out. When they were ready, I pulled the old gaskets loose from the doors (one at a time)and wiped down the area with baking soda solution, then wiped it dry. I then seated the new gaskets in place, using my fingers to push them into the slots on the doors. All went very well, with no problems.

I watched the video online and it said there were three sensors in the refrigerator, two in the freezer and one in the refrigerator. I only ordered one sensor and was going to try the one in the refrigerator first. He said the upper one in the freezer is the most difficult, but is usually the problem. So, I replaced the upper sensor and tried restarting the unit. Everything went well and it fixed the problem.

replaced lights in refrigirator and freezer

0. As a safety precaution, unplug the range or hit the relevant fuse breaker before you start. You might also want to grab a flashlight. Definitely do not try to do this while the oven is hot.
1. Pinch the wire over the light bulb cap to remove it. This is inside the oven at the back.
2. Pop off the hemispherical glass cap.
3. Unscrew the old light bulb, and screw the new light bulb in its place.
4. Put the cap back.
5. Secure the cap by putting the wire back in its slots on the cap.

No tools needed, the cap is just held in place with pressure from the wire.

Checked water inlet tube inside freezer, stuck screwdriver in it to see if there was any ice and it seemed clear. Checked water pressure to fill valve, good pressure. Replaced fill valve, still no water to ice maker. Replaced Ice Maker. Still no water to Ice Maker. Removed freezer back panel, hit fill tube with heat gun after allowing freezer to defrost awhile, replaced back panel, ice maker. Water going to icemaker fine. Problem was that the fill tube was frozen up way at the back where the water line emptys into the icemaker fill tube. Old icemaker and fill valve were probably OK. No real way to check it from outside the case in the rear of the fridge as the water line is sealed on the fill tube and heating it without removing the rear freezer panel does not get back far enough to melt the ice.

I made my wife fix it.

First, turn off power - since I did not want to pull the refrigerator out on my wood floor I tripped the circuit breaker to that circuit and opened door to make sure interior light was off (ensuring power was off). This unit has a bottom freezer, I took out all shelves, ice maker and all parts in the way of accessing back of interior of freezer section. Removed back plastic section by removing one screw in middle top of back panel and prying it out. This was a bit difficult as it was in there a bit tight but once the plastic warmed up it pulled out ok. This revealed the compressor section and temp sensor that was attached to the copper coils with of all things - a zip tie! In pictures of this that I looked at on various web sites the sensor was on a metal bracket attached to the coil so it made me wonder if tf the factory took a shortcut? I cut the old sensor wire, stripped the two wires 1/2", and connected them to the new sensor wire with butt connectors, I put some silicone into the ends of the butt connectors to prevent moisture from entering into connectors and wrapped the connection in black electrical tape. I then "attached" the sensor to the coil using a zip tie, put the plastic back piece back on, inserted everything I took out and put power back to refrigerator. It's been 3 days and temp of refrigerator is stable, ice maker not clogging up, and compressor not running all the time! So far so good.

If you have a reverse osmosis system for filtered water system in your home that also feeds the refrigerator, using another water filter in the refrigerator is redundant, so GE makes a Water filter Bypass Cap that allows you to run using the already filtered water without needing to expensive water filter. FIRST - using a phillips screw driver remove the toe kick plate at the bottom front of the refrigerator - two screws - one on each side of the plate that extends the entire width of the refrigerator. SECOND - Locate the water line (should be right in front) and the valve to turn off the water. Turn valve clockwise (right) until completely closed. Then test by attempting to fill a glass with water using the dispenser on the door. If any water continues to come out, continue turning the valve (without forcing it) clockwise until it has been turned as much as possible. If water still comes from dispenser, locate the source of the water line - most likely from under the kitchen sink. There should be another valve under the sink, or simply turn off (turn the cold water valve clockwise) until water cold water completely turned off. Test again as required. THIRD - clear the top right hand back shelf directly under the water filter screwed into the ceiling of the refrigerator in the rear top right side of the refrigerator. Place a small towel under the water filter, and slowly turn the filter 1/4 turn clockwise without using force. Continue turning until the full 1/4 turn is complete and the filter will drop down without pulling. Place the old filter upside down in the sink, thereby allowing the filter to drain any water present in the filter. FOURTH - remove the filter plug from package, notice notches in top of plug that align with gaps in the area where a filter would typically be screwed into the filter location in the ceiling above the top right shelf in the refrigerator. After aligning notches in the bypass plug with gaps in the screw mechanism, carefully turn the bypass plug 1/4 turn counter- clockwise - at which time the bypass plug should be firmly installed. FIFTH - Reverse step SECOND, and turn valve Counter-Clockwise until valve is completely open. Test to ensure no water is leaking from the Bypass Plug. SIXTH - Finally reverse step FIRST by reattaching the toe kick plate using the two phillips screws removed in Step FIRST. NOTE: The Bypass Plug is quite inexpensive, but after adding shipping from Canada - the cost is about the same as purchasing a new filter for the refrigerator. :-(