Hook up ice maker refrigerator

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Be sure to put a gasket seal between the jesus and the T-fitting. Unless you are signed in to a HubPages account, all personally identifiable information is anonymized. Google AdSense Host API This service allows you to sign up for or associate a Google AdSense account with HubPages, so that you can earn money from ads on your jesus. There is nothing more refreshing than water, and when it's readily available, cold and filtered, it only makes it convenient for you to keep your body well hydrated. In order to install the water valve, remove the back cover and expose the compressor area of the ring. Pull it out and plug it into the water valve electrical connection. No data is shared unless you engage with this feature. Attach the free end of the copper tubing to the valve.

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How to Install a Water Line for a Refrigerator Ice Maker - Mike, Hi Djohnson, The refrigerator has a port on the rear to attach the water supply line. These are all normal sounds and soon will become familiar to you.

Our department just moved physical locations. We were able to bring the fridge from our previous break room, but our new location does not have a water line anywhere nearby for the ice maker. The simple solution, of course, is to just use ice cube trays, but I would really like it to be constantly producing ice not have to rely on coworkers to refill the trays. My thought is to get a 1-2 gallon container, and hook the water line into the bottom and then set it on top of the fridge. This way you can refill it in large quantities at once, rather than tray by tray. The container would be clear, to see the water level and to see if it needs to be cleaned, and with a lid to keep out dust. With the container sitting above the fridge, gravity should provide sufficient pressure to supply the maker with water. Would such a system work? Does anybody see any potential problems with setting up something like this? Are there any better alternatives? Comment converted to answer as per specifies a water pressure of 40-120 psi, for the ice maker to function properly. Which as would mean the 1-2 gallon container would have to be about 100 ft. BMitch: if the link I found is correct, 93 feet Well I don't know what your budget is, but you could go ahead and get a keg and a compressed air tank and hook it up to the refrigerator! Easy 100psi, it'll make you 15 gallons of ice before refilling the keg With water. The keg is to be filled with water. In case anyone missed that. Anyways now I have an awesome idea to use a fridge as a keg tap, if only I was in college where that'd be necessary. Easy version: Set regulator of the compressor to 50psi, connect hose directly to barbs of gas in port of the keg. Hook the output port up to the fridge input. Hard version: Find a used compressor. Experiment with tightening the pressure switch until it turns off at 50psi. Liquid can't really be compressed. A compressed liquid is normally a liquid with a solid or gas pushing down on it, and in the case of this setup, the air would just be pressurized at the top of the keg pushing down on the water. On a keg, the pickup for the liquid is at the bottom, so what happens is the pressurized air pushes the water through the spout at the bottom, then out to the fridge. It's as if you attached a hose to the bottom of a water bottle, then blew air into the top of the water bottle - it would force water out of the hose. The most important hardware would be a keg coupler, which would have two ports - air in and water out. You can buy a compressor and hook it up to the keg full time, or you can buy a small tire compressor and wire up a pressure switch for a bit cheaper. Obviously asked in original question setup would work, but with just one change: -- Use Dummy Fridge Water filter or just connect your water container directly to the output of the filter not the input as required. Anyway, anything that eliminates filter would work, as almost all pressure losses are to move water through it. Just buy big plastic water 1-2 gallon container, place it above fridge, make sure containers outlet is at the bottom rotate it upside down , and make a whole at the top original bottom , so air can easily get in. If it doesn't -- It wasn't me who gave this answer... I may do my method because the city water has chloromine and other cleaning agents, so I'm using spring water, in Google type micro water pumps they are DC pumps. Just one line, copper line needs to be pressurized at 50 psi, the plastic hose side doesn't need the pressure. I'm a nice person. In the cap drill a hole for tubing, 6mm, the seal the water up, the short inlet hose will go into a micro pump, 20-100 psi in line pressure booster, 12 v, like coffee maker in wattage. The with water and ice maker, turn them on from off position, wait 24 hours till ice is made, or keep using for ice. You'll need to shut the pump off when not using ice maker and or turn off water. Total cost, bout 120 bucks, cause you micro pump will need a plug in.