Einleitung
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The Cuisinart I'm working on is the model DCC-3200. The model DCC-2600 is very similar except for the diameter of the hose, the clamps and the length of one of the hoses.
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This model has phillips screws. The DCC-2600 has torque head. Remove the 4 screws from the bottom.
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The DCC-3200 has one long hose and one short hose located deep in the "well" of the coffee maker. This one hose will be a challenge to remove because it's difficult to get needle nose pliers down in there. The DCC-2600 has two long hoses with more room down in the "well" to grasp the ears of the clamp.
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Notice that the hose that comes from the filler reservoir has a bulge in it. That is the check valve. We need to remove it and install it into the new hose. I cut the hose open and took note of the direction of the valve. The small end will face up. This allows the water to flow down into the heating element and prevents it from flowing back up
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The DCC-3200 has a one-piece check valve, the 2600 is two pieces. Don't lose that ball!!! The "IFIXIT" screwdriver handle is PERFECT for pushing the valve into the new hose. Double check the direction. I used some WD-40 to help the valve slide in better. We'll clean the coffee maker when we're done.
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The aluminum fittings need to be cleaned very well to allow the new hose to seal. Here you can see some of the old hose under the fitting. Get it ALL out.
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Loosen the heating element if needed to allow room to slide the new hoses on. The stubs on the coffee maker are made of plastic and slide on well. The aluminum stubs need a bit of WD-40. I replaced some of the "thermal paste" to help with heat transfer. You can see the thermal fuse. If your coffee maker will not turn on or heat replace fuse.
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I'm trying a new clear high temperature hose for this fix. The reddish hose last about 2 years with heavy use. You can see the check valve and hose clips. That bottom hose was a challenge but that was the one that was leaking. I find that the hose coming OUT of the heating element and going into the top of the coffee maker leaked most often.
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I did a web search for "coffee maker hose" and "high temperature hose". You can find this type of hose by the foot at the most noted web retailers. They come in several inside and outside diameters. This hose is made of silicone and will stretch a bit. You want it tight on the fittings. I'll update with the exact hose type later.
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Once you've replaced both hoses, all that's left is to re-attach the heating element and replace the bottom cover. I ran a solution of 50% water and 50% vinegar thru the coffee maker to clean out the WD-40 and any bits of hose that may have fallen off. I then follow up with clean water.
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It’s a good idea to do this repair in a place where you may have to leave it for a few days. The first time I did it, I had no idea what was leaking. Once I found out it was the hoses, I ordered several sizes in different lengths. It took a few days to get the hose.
7 Kommentare
High Temp Silicone Tubing - 3/8 in. seems to be a good fit for this repair. Remember, whatever hose you use make sure it is “high temp” AND “food grade”. The hose needs to fit TIGHT on the fittings. If you can slide it on and off with very little effort, it’s too loose!! Don’t count on the clamps to seal the tube to the fitting. Think of how difficult it is to get the old hose off. It’s on tight for good reason. There is very little to no pressure on these hoses but they need to be liquid tight. Make sure you push the hose onto the fitting as far as it will go. The more tubing that is in contact with the fitting, the better it will seal.
The DCC-3200 had a larger inside diameter hose then that of the DCC-2600.
I used “Food Grade Silicone Tube 3/8 inch Electrical Water Heat Resistant Hose for Wine Making ID 10mm OD 14mm” from Amazon and it was a perfect fit for my DCC-3200. 1 meter of tubing was $9.59 and I now am going to look for units in thrift stores to repair.
I also made two access ports in the rear of my unit to reach the hard to reach connections. To reach the short tube clamps I used a Dremel type grinder with a saw blade to cut a 1 1/2” x 1/2” hole which exposed the two clamps. The short tube came out in small pieces but with a small tape measure and the access port I determined that a replacement of 1 7/8” was exactly the right length.
The long tube was frozen to the connection from the tank, so I drilled a 1/2” hole adjacent to that connection and used a thin screwdriver to break the hose loose. I could have replaced the rectangular piece with J-B Weld but the holes are not visible when the maker is in use so, I left them in case I have to do this repair again
Thanks for the information on the hose size. I need to do this again. I'll cut the holes to make it easier to get to the clamps. Thanks again.