2275 - Instructions

I did a few tests with the old ice maker and determined that it was the ice maker itself that was faulty. The replacement part I ordered exceeded my expectations in the time it took to get the part. I reused the arm, wire harness and clamps from the old icemaker. Then it was a simple install into the bottom freezer compartment, turning on the water supply and bingo...lots of ice cubes.

The factory installed fill tube was formed and molded, hard plastic. Nothing like the replacement part or the one depicted in the install instructions.To remove it, I had to grip the exterior water tube module with a pair of Visegrip pliers, twist and pull as hard as possible, to expose a section of fill tube. I then had to cut through the tube with a hacksaw to remove the module and flange that secure it to the access hole. From the inside, I removed the ice maker and fan shield to expose the remaining section of fill tube. Using a section of copper pipe and a hammer, I was able to drive the tube through the back wall of the appliance. Fitting the new tube was easy. However, it is too short to reach the fill cup. I fashioned a section of the old tube to create an extension which I inserted in the new part. And, much to my surprise, it actually works!

The first thing I did was to turn the power off to the stove by turning the Stove circuit breaker off at the Main breaker panel. I next removed the 4 burners by pulling them out of their plug-in blocks. I then removed the four screws that held the top of the stove to the body so I could access the bad plug-in block, the screws were located under each of the burners drip pans. I next removed the screw holding the bad block. I lifted up the top of the stove so as to relocate the bad block, with wires connected, through the opening of the back burner. The bad block was located in the front rt part of the stove and by rerouting this to the back I could lay the top down and have easy access to what I needed to replace. I next used the knife to make a cut down the length of the old shrink tubing so as to gain access to the old splice. I next removed the old wire nuts which allowed the removal of the bad block. I then install the new clips into the new block. I installed one each shrink tubing onto each of the pigtails from the new clips and twisted the one new wire to the stove wiring harnes were the old wire was connected . I connected the seconded wire in the same manner. I pulled on each wire to verify that they were tightly secured together. I then positioned each shrink tubing over each wire nut (you have to fold the wire nut and wires down against the wire so as the shrink tubing will slip over the wire nut) and used a heating tool (hair dryer on high) to shrink the tubing around the wire nutted connection. I next installed the metal clip that would hold the block to the stove top. I placed the new block back to the location where the old block came from and secured it with the new screw provided by the kit. I re-installed the four screws to hold the top down, plugged in the four burners, turned the power on at the breaker box and turned the burner on to test that it work.

Replaced refrigerator cooling control. No luck. Replaced freezer cooling control. No luck. Coils were icing up. Unplugged frig and allowed coils to defrost. After more poking around, found that condenser fan was not spinning. Touch it and it'd start. That was definitely in need of replacement. Replacement was easy. Refrigerator is now running as it should.

The Ice maker unit had to be removed and the shaft had to also be removed, which required dis-assembling the motor drive. The thickness of the shaft and the bearing fill cup prevents it from simply pushing it in place. Other than that I have Ice.

Straight forward, trick for the piston ring was to cut a soda can to make a sleeve that could be wrapped around the piston ring. A bit of duct tape with a tab held it shut until the piston was in position then it was easily removed as the piston was slid in.

I didn't. Don't know how to get to light bulb to change it for this specific model

He didn't want to spend alot of money on it. So I got the jug (Head) off and sanded it and the piston down while I waited on the new piston ring to get here. I found that it was easier putting the new ring in and the piston back into the jug (Head) was to go ahead and take the piston out so you could turn the jug (Head) upside down and it slid right in. It didn't take no time at all. And it now runs as good as new

Removed the 2 screws holding the light bulb shield, then the 4 uolding the metal panel. Unplugged the olw door switch and replaced.
reassembled the pieces.

First, I shut off the water going to the refrigerator, then removed the ice bin. Then I loosened the two screws on the top of the ice maker (the one toward the front was a little tricky, since you can't see it at all), then removed the screw that fastens the lower bracket to the side of the frig. Then I lifted up on it slightly to remove it from the two upper screws, then unplugged the wiring harness from the side of the refrigerator and lifted the whole unit out of the frig.

I then removed the plastic cover on the front of the ice maker, pressed on the tab to remove the wiring harness from the old ice maker, and installed it on the new ice maker. I then removed the metal arm from the old ice maker and installed it on the new unit as well. The last part that I moved from the old ice maker to the new one was the lower bracket, as the bracket on the new ice maker was bent during shipping.

Once those parts were swapped, I put the plastic cover on the new ice maker, plugged the wiring harness back into the side of the frig, routed the fill tube into the back on the ice maker assembly, and set the unit back on the two upper screws. I then put the screw back in the lower bracket, tightened the two upper screws, and then put the ice bin back in and turned the water back on. After a couple of hours, I threw out the first couple of batches of ice and it is now working as it had in the past.

I also noticed, when looking at the old ice maker, that the black plastic coating was coming off the ice cube tray, so it was a good time to be replacing it anyway. Overall, a very easy job (I was prepared for swearing, parts being slightly off, etc.) and it would have been a shame to have paid someone to do it.

replaced old, worn blocks with new style surface plug in block kits - all 4 burners. Completely resolved the problem at very low cost (less than $50.00).

Used socket set to remove screws. Removed the wire harness, then removed lift arm from old ice maker and then put lift arm on the new ice maker. Reinstall wire harness then installed back in freeze with the screws. Video was very helpful. I will do business with Partselect in the future. Shipping was very fast. Thanks Partselect

1. Turn off circuit breaker, pull out element and remove reflector pan.
2. Unfasten terminal block mounting screw and remove terminal block from casing.
3. Cut wires as close to defective terminal block as possible (not as per instructions) since you will need the maximum possible length of wire.
4. Slip on heat shrink sleeves, strip stove wires and connect to new terminal block per instructions.
5. Heat shrink sleeves per instructions.

Removed the 3 screws that hold the ice maker in place and remove the cover and level wire. Put the cover and wire on new part and install the 3 screws. Had ice within 1 hour. A very easy job for the do it yourselfer. Suspect the heat coil that melts the cubes was not working in the old unit and cubes stayed in the tray.

First I unplugged the refrigerator. Next item was the ice-maker; remove (3) screws and unplug it from the back wall. Third task is remove the (4) screws that attach the back wall of the freezer compartment. Lift the wall up enough to dislodge the center cooling shaft that the fan rides in and remove the rear wall. The last item is the fan motor which is attached to the freezer wall by (2) screws and (3) wires which are easily removed. Change out the motor and reassemble freezer compartment .