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Slow water flow from water dispenser.
Took out the MFW filter. Screwed in the MFW bypass. Dispensed several gallons of water. Saw good flow of water. Removed MFW bypass. Replaced MFW filter. Our water flow was back to normal.
1) remove the ice bucket. 2) remove light cover and bulb. 3) remove back panel with 2 screws. 4) remove fan shield. 5) unlug 2 elec connections. 6) remove fan housing. 7) extract wiring grommet and use exacto knife to slice thru grommet along the length of it to release wires. don't cut light wires. 8) cut up old fan/light electrical plug to free wire nubs for light. 9) install nubs in new fan plug. 10) remove old fan motor, pull blades. 11) install blades on new fan moter and install fan into housing. 11) reinstall
it was easy. Open the fridge,untwist the old filter. Open the new filter, fill with tap water and twist in place. Run water through it for a few minutes to insure it is working and filters the water.
I watched the video, and noticed that they did not even turn off the water. The replacement took less than 30 seconds once the filter was filled with water.
Since the mechanisms were in the freezer icemaker area, we deduced it was the fan motor. Ordered that from your store and it was delivered to our door in two days. Great service.
The part was replaced and our refrigerator has been quiet for the first time since we moved in almost four years ago and the refrigerator was new.
Removed food from Freezer, Unplugged refrigerator. Removed light bulb cover and ligt bulb. Unplugged and removed Ice maker and motor. Removed air duct cover from motor. Unplugged and removed evaporator housing and fan. Pulled fan blade off. Unscrewed brackets from fan motor, removed dust cap from top of motor and grommet from bottom. New motor came with 6 pin connector and four pins for evaporator fan motor. Cut the harness grommet to separate the light bulb wiring from the evaporator motor's. Pushed the the old light bulb pins (red and orange) from old connector and push them in to the new fan motor connector. Reversed the process and no more noise
Removed the exterior 4 screws and 1 holding the metal rod underneath. Sepearated the plastic parts pulled out the dispensing mechanisim. Removed the lock washer, then removed the spacers and blades. Put the new blades in with the spacers and reversed the other steps and done.
Refrigerator Running Warm, evaporator is not defrosting.
1. Removed and tested defrost heater, tests good. 2. Reinstalled defrost heater. 3. Removed and tested defrost over-temperature sensor, tests good. 4. Reinstalled over-temperature sensor using soldering iron, dielectric silicone grease, and heat-shrink tubing. 5. Removed the control printed circuit board and checked for blown fuse's, fuse's are all good. 6. Removed the defrost relay from the printed circuit board using soldering iron, bench tested the relay, it is good. 7. Soldered defrost relay back onto the circuit board, and reinstalled control board. 8. Removed and bench tested evaporator thermistor, the resistance is out of specification, ordered new thermister. 9. Installed new thermistor using soldering iron, dielectric silicone grease, and heat-shrink tubing. 10. Re-assembled refrigerator. 11. Installed temperature monitoring and recording instrumentation for 72 hour test. The defrost cycle is running correctly with a defrost termination temperature of around 90 deg-f. The defrost cycle ran twice while running the 72 hour test. 11. Removed test instrumentation and Put the unit back into service, The thermistor was the culprit. I bought the right part on the first shot, nice.
