HSS22BDMDWH Hotpoint Refrigerator - Instructions

Moved refrigerator out from wall, unplugged from electric, removed plate at bottom back with 1/4 nut driver, turned incoming water valve off, disconnected water line from water valve on refrigerator, removed mounting screw, remove water lines from valve and electrical plugs, set old valve aside and replace with new valve, reconnecting water lines and electrical plugs then remount bracket, reconnect water line from source, open water valve and check for leaks, replugged refrigerator and depressed the door button to check to see if working. It worked and there was not any leaks. Replaced back plate and placed refrigerator against wall. Job completed.

Everything looked to be working but the compressor. As a pro checked every thing came down to a relay on the main board.

Just removed cover from back top left. marked and removed all wires. removed old board and installed new board very easy. Must read paper sent with it,
you may need to cut wires on some models.

Procedure for Replacing the Ice Chute Plate
1. Turn off the power.
2. Snap off the outside trim ring. Use a plastic screwdriver to avoid scratching the cabinet.
3. Locate the three small holes below the control panel facing, just above ice chute. The center hole is not used. With a small, blunt, object (wire – blunted nail) that is slightly smaller than the holes, push up rather firmly up through the outer holes to release front control panel.
4. Remove the three wire connectors from printed circuit board. Firmly pull/pry them straight out of retaining clip. Use caution: Excessive force will break clips.
5. Release the secondary panel by removing four screws (one in each corner).
6. Remove the flap assembly.
7. Clean all accessible areas with 1/10 bleach water to sanitize. Rinse the cleaned area with clear water and thoroughly dry everything before re-assembling the panel.
8. Install the new flap assembly.
9. Re-installed everything in the reverse order and check the functionality.
10. Order a spare ice chute flapper to be ready for the next event.

Unplug the fridge, then:
1) Remove food and shelves from freezer
2) Remove rear panel from inside freezer (panel that covers the evaporator coils)
3)Stare at all the ice covering the coils for 10 seconds!
4) Plug the drain hole in the bottom left side of the freezer (cork or plug made from rolled up paper towel), and place a big towel in the bottom of the freezer compartment to absorb the melting ice
5) Plug in a table fan and leave it blowing into the freezer compartment, at the iced-over coils. Come back in 30 minutes.
6) Ice should be all melted. Place the wet towel in a bucket.
7) Remove the little clip attached to the green wire from the top of the panel., and then remove the two top screws on either side of the panel covering the coils. Take out the panel.
8) Removed the two screws that hold the heater element in place at the bottom of the coils. Pull the element out about 3 inches and disconnected the two wires.
9) Connect the wires to the new heater element, and screw it back into place. Put panel back, shelves in, turn fridge on. Fixed

I ordered the defrost heater and replaced that, also ordered the defrost thermostat but the old one looked fine so I did not replace that. Fridge and freezer have been working great, no more icing problems.

Thank You PartSelect!

I read stories from the website how others did it so I figured I would give it a try. I put all the frozen stuff in the refrigerator piled up. Took out the shelves. Took out 2 screws with a socket extension ( nut driver will work fine.) Remove the light bulb. lifted up on the back panel...it came right out. Saw the coils and on top the sensor. Took it off, cut the wires, spliced in the color coded new one ( pink to pink, orange to orange) Stuck it in the top coil in the original position and crossed my fingers! I put all the pieces back easily, restocked the freezer and waited. HOORAY!! My ice cubes are all separate and free. NO frost inside. A very easy fix for $20.

Note: If there is a large amount of ice build up on your coils a hair dryer works great. The drain is on the bottom anyway. Also , you may want to seal around the wire nuts to keep moisture out. I did

First I disconnected the Power from the unit. Pulled out the freezer drawers and the ice machine used a 1/4 inch nut driver and removed the sheet metal from the back of the freezer exposing the evaporator coils. I defrosted the coils. Then I removed the two screws holding the defrost heater braket assembly and removed the two electrical connections from it. I then installed the new heater put everything back together(reverse of installation)and it works like a brand new fridge and freezer.

Moved refrigerator forward, this allowed me to work on the back panel. Unplugged the refrigerator power cord. Released all 6 screws, removed panel then release an additional screw that was holding the water valve and the two (red & blue) connectors. Then installed the new part in reverse steps. Plug the unit and job well done. I had purchase the water filter already after several minutes push for water from the dispensing front part of the refrigerator and good to go, later in the evening we notice the ice maker working fine and producing ice. Thank you parts select.

Replace the motor fan on condenser and clean the condenser

I followed the partselect videos for the temp sensor and defrost thermostat and the refrigerator has been working well for a about a week now. The refrigerator is old enough that I was just going to replace it. When I called the repair company I use, they said it would cost $200 to $300 for the repair, but I didn't want to put that money into an old refrigerator. I did a little research, found this site and figured it would be worth buying about $20 in parts and giving it a try. I have absolutely no experience working on refrigerators, but the videos were so easy to follow, everything went smoothly. The old thermostat was definitely broken when I checked it with a meter, so I'm pretty confident that the problem is fixed.

i had to improvise And relocate ground wire to get a proper ground .. That's all , the video was a GREAT HELP...

Followed the video showing how it was done. Took me longer to go to the basement and shut the water off and on, than it did to replace the valve

I removed the faceplate and control board by pushing in the 3 plastic latches under the panel. Disconnected the 3 electical connectors. Removed screws. Now this is where the difficulties began, even though the part is listed as a direct replacement for the original part number it doesn't quite match. The original has a child lock next to the light button, the new one doesn't, and with the shroud for the lock and light buttons caused the part to not fit so I had to trim those back. The button for the light doesn't line up, and the light would not turn off so I removed the bulb. Everything else operates properly now though so its good enough.

Got the part from you and I might add it came in about 3 days maybe 2 (wow).Got on the internet on how to utube and the sight had a video on how to that was awesome. So with you clear intruction on the part number and speedy service the whinng noise is a thing of the past.

The repair did not go exactly the way it was described in the YouTube video, but basically it was similar. After unplugging the power cord, emptying the freezer, removing the shelves and the ice reservoir, I removed the ice maker assembly by unscrewing a Philips head screw and unplugging the power connector. The connector had little retaining tabs on each side that I pried open with a straight blade screwdriver. Then the ice maker lifted right out. Next I removed one screw holding the auger motor assembly, unplugged the power connector, and lifted out the assembly. This where things got difficult. After flailing around a bit, I removed the panel on the back wall of the freezer below the evaporator fan assembly, exposing the evaporator coil. I saw that the fan assembly was attached with two screws at the top and two screws at the bottom. The top screws were easily removed, but when I removed the bottom screws, which were situated in very tight quarters, I DROPPED BOTH SCREWS DOWN BEHIND THE EVAPORATOR COIL. Be prepared with a magnetic nutdriver so this doesn't happen to you. I could not retrieve the lost screws, but fortunately it appears that the top screws hold the assembly securely enough. The assembly was loose, but it was still attached by a power cord that I could not disconnect. I removed the tracks on the side walls for the ice bucket, and then I could maneuver the fan motor assembly just enough that I could reach over the top of it, grab and pull off the old fan blade, and slide the new fan blade onto the shaft. Reassembly was straightforward, replacing each part (except two lost screws) in reverse order to disassembly. After getting everything put back in and plugging in the power cord, I was amazed at how quiet it ran.

For troubleshooting, I took off rear panel inside of the freezer compartment & determined that icing of the coils was not the problem & it did not apprear to be a defroster malfunction. All components appeared to be working properly except the compressor would not turn on and only room temperature air was being circulated by the fan. After narrowing the probable causes down to a faulty Main control board by reading as many similar posts as possible,I ordered the new control board. When it arrived the following morning via UPS(less than 24 hours!), I unplugged the wiring connections attached to the old board, (which was somewhat different in appearance), and then gently popped the circuit board off of the plastic retainer studs by pushing in the little retaining clip part of the studs in with a small screwdriver so the board could be released easier as I pulled outward. I popped the new board on the studs by gently & evenly pushing with a larger hut driver over the studs until it was locked in, being careful not to damage or over stress/bend the board. I placed the wiring connecters onto the pins on the board.....every connecter had a different amount of pins so improper connection was not possible. I placed the ground wire connection of the new board between the metal cover plate @ an adjacent screw location to ensure grounding to the back of the fridge sheet metal. I plugged in the refrigerator and was quite relieved when I heard the compressor start up after a second or two! Within moments the temp began to fall until it reached the proper temp in both compartments. Success!