RT14BKXSQ00 Roper Refrigerator - Instructions

You gotta disconnect the power and turn off water remove the shelf the ice maker and everything in freezer take evaporator fan cover off then loosen the 2 upper ice maker bolts and remove the lower icemaker bolt push up on ice maker to remove disconnect plug and remove plate unhook ground then remove the evaporator fan cover then remove the 2 screws holding the back panel in and the trim on the ducting on the bottom of freezer also 2 screws. Then r/r fan and foll this in reverse to re assemble

Water was already off. All I had to do was pull the fridge away from the wall, remove two screws that hold the fill tube onto the back of the frige, then remove the fill tube. Install the new fill tube, reinstall the two screws. Had to cut the water line straight and clean, slip on the new Compression nut and farrell and insert into the new fill tube, tighten-up, good-to-go.

Installation went smooth - only three hex-head screws (one below unit and two above. After removing 3 screws, unit comes loose in your hand but is still connected by a plug leading 4 wires to a connector visible through a slot in back panel of freezer compartment. New unit goes in easily (making sure spout from pump that protrudes from back wall fits through opening on icemaker) but there's not a generous amout of wiring harness and the 'female' of the electrical connection is recessed and loose inside a cutout in the rear panel so you can't get a good grip on it nor can you feel if it plugs securely. I plugged new unit into connector and then secured it with the 3 screws, waited the 12 hours per instructions, but no ice. Removed unit and guessed that the plug had not seated fully (not plugged in.) I took a short piece of a wooden paint stirrer and put it on back edge of plug and tapped it into place so it seated fully. Immediately, the pump cycled and water came from the filler spout, so I surmised that it was now properly plugged in - it began making ice in a couple of hours and has operated perfectly ever since. Lesson learned is to make sure you get the electrical connector fully in place - mine did not 'snap' or 'click' into place and I wrongly assumed it was plugged in correctly.

After ordering the ice-maker, but before it had arrived, I installed a valve in the pex water line in the room right below the fridge. I had to rent a pex clamp kit from Home Depot. It cost $8 for 4 hours and came with the crimpers and band cutters. I then ran a poly line to an in-line filter which I mounted to an exposed stud and fished the line up the wall and out a small hole I drilled behind the fridge. When the ice-maker came, it took less than 30 minutes to install and start my first batch of ice. With the in-line filter, the ice forms with practically no sediment flakes. Part Select was the only place I could find a replacement ice-maker. In addition to the parts in the ice-maker kit, I had to buy 12 feet of poly water line, a ball-valve, the in-line filter and a compression fitting. A total of $20 at my plumbing contractor store.

I just simply eliminated the ice buildup with hot water and a knife. But I still have the Defrost Timer Kit for future use.

Simply removed the old icemaker and replaced it with the new one. Reqires removing 3 hex head screws and wiring harness, then reconnecting the new unit.

Moved the refrigerator out, unscrewed old fill tube, pulled it out, placed finger-screw on water line, screwed it on, put in new fill tube, re-screwed fill tube in place, put refrigerator back into place. Done!

This is an easy fix, simply remove and replace. What I was impressed with is that a how to video was provided along with my part. I wish all manufactures would offer this, the video was easy to understand and you had a good view of the operation. Thanks, a job well done.

Removed themostat cover with screw driver, unpluged thermostat, pluged in new thermostat, reinstalled cover. Thats it, very easy.

One day the ice cream in the freezer seemed mushy, but the ice was still frozen. There was not water in the ice bin. However, the problem resolved itself. This suggested that the defrost timer had become stuck for an extended time, but then continued to run. The fact that the freezer went back to frozen, implies that all the components of the cooling loop (compressor, condenser & fan, evaporator & fan) were fine. It was possible that the problem was caused by a bad defrost (?evaporator?) thermostat but everything I saw on line suggested that the defrost timer is the culprit about 40 - 50% of the time. Anyway, I followed the instructions in the on-line video at this site for replacing the defrost timer and it was easy. It would have only taken 15 minutes, but I spent a while reading the defrost timer instructions and hunting down a schematic for my refrigerator, to determine which pin the loose wire should go on.