The hot water was very cold but not yet frozen. However, I wanted to point out that this urban legend is indeed derived from fact. If one were to boil water and let it cool back to room temperature, and then put it in the freezer at the same time as room-temp water fresh from the tap, the boiled water would indeed freeze first. This is because in the process of boiling, you are evolving a lot of air out of the water. So, the boiled water, which has less air in it, freezes faster. It is really a moot point. Even if you do connect the ice maker supply line to a hot water line, the hot water would never make it to the cube tray.
The volume of water inside the coiled length of one quarter inch tubing behind or under the refrigerator has been at room temperature for hours. This water is often a sufficient volume to fill the tray.
Even if hot water was better, just as it got to the refrigerator the automatic ice maker valve would stop the water flow. However, according to an EPA report EPA F , it is recommended that only cold tap water be used for drinking, cooking and making baby formula. The report indicates that hot water is likely to contain higher levels of lead from the plumbing in your house. Prevention of water leaks beneath a refrigerator is important.
Many a floor has been ruined by a slow water line drip. If possible, see if the connection at the refrigerator can be converted to a one quarter inch flare fitting. Flare connections are much more leak resistant than the commonly used compression type fitting that contains the small brass o-ring. If you can't use a flare fitting you must carefully install the one quarter inch tubing and inspect the refrigerator every 10 minutes or so after it has been rolled back into position. If no leak is present within an hour or two, you should be in the clear.
Be sure to completely flush out the quarter inch tubing before you connect it to the refrigerator. Attach the water supply line to the refrigerator. At the bottom rear, there may be a removable access panel that can be attached with screws, if applicable. Use a screwdriver to remove the screws. Pull off the panel and locate the ice maker supply line valve.
Attach the hose to the valve. In some cases you need a compression-nut and a ferrule that first slides over the water supply line.
When that is the case, insert a brass reinforcer into the end of the supply line after the nut and ferrule are in place. Finger thread the nut onto the valve then tighten the nut using two wrenches. One that holds the valve so that it doesn't turn, and one that turns the actual compression-nut. Another type of attachment is a barbed hose coupler. This type protrudes from the valve. To attach the feed line, first, slide a hose clamp over the line then push the feed line over the barbs on the coupler.
Once the feed line is firmly in place, position the hose clamp over the barbed coupler where the water feed line is attached and tighten the hose clamp with a screwdriver. Locate an area for the water filter. Some are large and need to be mounted to a wall stud or a floor joist. Some can be rested on the floor and some tuck away behind a pipe or mounted under a sink.
Run the water supply line to the water filter. Place a saddle valve onto the pipe and tighten its clamps so that it grips the pipe. Screw the valve in to pierce a hole in the pipe.
3 Ways to Install an Ice Maker - wikiHow
Slowly turn the handle of the valve in a clockwise direction. When you meet resistance, keep turning the valve firmly. Continue until the needle pierces through the pipe. Place 1 end of your copper tubing into the valve opening. Screw on a small compression joint to secure the connection.
Measure the distance between your ice maker and the cold water pipe before purchasing the copper tubing to get the appropriate length. Turn the water back on. Once you have attached the saddle valve and copper piping, you can turn your water back on. First, make sure all of your connections are secure. Turn the main water valve counterclockwise to turn the water back on. Open the saddle valve to rinse through the copper piping into a large bucket. Gently turn the handle on your saddle valve counter-clockwise to open the valve.
Direct the end of your copper tubing unto a large bucket. Let enough water flow through to fill the bucket, then close the valve. Locate the ice maker on your refrigerator.
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If you are hooking up a refrigerator ice maker, find where it is located on the appliance. If you have a model of refrigerator that is 10 years old or older, the ice maker, including the part that hooks up to the copper tubing, is likely to be located in the freezer. If you have a newer model, it may be located in the refrigerator door.
Run the tubing to your refrigerator. Pull your fridge out to access the back of it. Depending on where you accessed your cold water pipe, carefully run the water line towards the back of your fridge. Avoid leaving the tubing somewhere it might get damaged, stepped on, or crushed. Try to run it flush against the bottom of your walls or cabinets where it is most likely to be safe. Use a compression fitting to attach the piping to the ice maker.
Compression fittings are fittings comprised of an outer nut and inner ring that join 2 pipes together.