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I just made mine last night and mine was basically just like it. A very simple and easy chiller. I was messing around with it and was wondering something. Will the chiller cool fast if the water is going fast OR slow through the tubing? ????????
 
@dannylerch
Thought copper is a better conductor you'll find that most the stainless steel tubing has a much thinner wall then the copper tubing that is available and therefor its ability to transfer heat will be equal, if not better. This was brought up in a HERMS coil discussion over at theelectricbrewery.com. SS however tends to be more expensive and more difficult to work with and that is why my HERMS coil is copper :)
 
UK brewers - buy 10mm annealed copper tubing as you can bend it by hand and it doesn't kink.
 
@Tekn0ph1sh
re: I can throw my brew pot in an ice bath in the sink and cool it to 65 degrees in about 30 minutes. Unless you have a brew pot that is too big for your sink or can't move it for some reason what real benefit does the chiller have
over an ice bath. I mean sure if you could drop the temperature down in under 5 minutes I see the benefit. But 30 minutes just seems like a waste of time, material and effort.
-----
great points and this is my question as well... my pot fits in the sink and I'll usually empty my ice tray and add cold water around it. I would think the lid staying on my pot would also be beneficial to cut down on contamination with this method as well.
any reason I should go to the chiller method?
 
Speed, not having to prepare ice every batch, and less heavy lifting. But the chillers waste more water and you most likely have to be outside. Each has their trade offs.
 
@aswistak
I just had it int he sink for testing for leaks in picture. Yes you can throw it in a sink of ice if you like.
***If you have a 8-10 gallon kettle or Doing AG brewing on a rig outside, you wouldn't want to be lifting it and carrying it to your sink.*** With a immersion wort chiller you leave it in place on the burner and screw it to your hose or faucet and let it cool in place. It's safer and effective no mess and no chance of contamination.
It's your hobby though. If you like the sink method, do the sink method. There are many ways in Home brewing to get the same result. If you choose to build a chiller, her's how
 
Great article. Thanks for sharing. Did you get the hose adapter and screw on faucet adapter at Home Depot? A friend of mine told me he used stainless steel hose clamps to connect the hoses and to hold the rising necks together.
 
@kacey1973
I got a bag of stainless steel hose clamps from Lowes for a few bucks. I used the rest of them for my mash tun braided filter.
 
Add a cheap fountain pump and a cooler of ice water to chill quickly and without excess waste water by recycling into the cooler
 
That might work out well for 5 gallons. I have a plate chiller that I use, I am brewing 16.5 gallons at a time. I used to use a 25 foot copper coil and the chill time was around 1 hour. The plate chiller will, in the winter, drop 16.5 gallons to 68F from boiling in about 11 min. About at fast as my March pump can pump the wort. Then I can also use a hop back as well. This option may end up 140 bucks cheaper than a plate chiller, but a plate chiller will more than makes up for that in time saved. Now come up with a cheap DIY plate chiller and I am in!
 
@bnhocking 50 feet of dual coil copper should definitely be enough to cool a big batch without the big investment of a plate chiller. we normal brewers have to brew in a budget and need highly effective, affordable options for our operations. Immersion chillers are highly effective when used properly and correctly adapted to individual needs.
 
Some of you talk about string your wort while you are chilling your beer to drop the temp faster. I don't recommend this though. The clarity of your beer starts as soon as you take it off the heat and all the turb sediment starts to fall out. You want to leave as much of this in your brew kettle as possible. when you stir your wort you mix in all of the sediment and then end up racking it into your primary, making it harder for your Irish moss to do its job. just let it sit, I don't even move my kettle off the burner at this point. The wort chiller will cool the beer just fine without string and in the end your beer will be clearer when you bottle or keg it. And remember to siphon off the top.
 
I live in FL too. I also use a pre-chiller in a bucket of ice during the summer months (don't need it now in Jan), but I don't put the ice in for the first 10 min or so since even at 80F water temp the differential to the boiled wort is pretty high. It definitely does help to move the wort chiller around or stir the wort (slowly) as a boundary layer forms in the liquid around the copper tubing and the heat transfer goes way down. The same with the tubing in the bucket of ice. A little movement makes a huge difference in the amount of cooling in the water going through the coils in the ice. And I haven't had any clarity issues as the solids seem to settle out fairly quickly.
 
@drklingman
I tried swirling the wort chiller tonight with boiling water as a test. It cools a lot faster. As long as you don't slosh it around and disturb the bottom it should be fine. There are a lot of posts on this site with people swirling. I do want a pre chiller for the hot florida summer days though.
 
I made a 25' immersion chiller much like this last week. Totally cost including taxes was $46CAN (My LHBS sells a 20' version for $80 plus tax). 25' of 3/8" copper tubing at Home Hardware was $27.99. A tube bending spring to make the tight bends at both ends of the tube was less than $5 at Home Depot. I wrapped the coil so the vertical outlet length from the bottom was inside the coil, which makes for a sturdier assembly IMO. I used copper ground wire to secure the outlet length to the coil top and bottom. I attached a brass compression fitting for my garden hose directly to the inlet pipe. Easy-peasy, took about 45min total start to finish. Can't wait to try it out! I'd attach a pic but don't know how to do it in a thread comment...
 
It may be worth noting that you don't need the full 25'. I found a box of flexible copper tubing at Home Depot that was, for some reason, missing a few feet. I think it ended up being around 10', so grabbed it and the cheapest garden hose they had and two hose clamps. $20 total and it cools my wort from full boil to 70 degrees in 40 minutes.
 
@kacey1973 LHBS = Local Home Brew Store
We went to Adventures In Homebrewing (http://www.homebrewing.org)
 
After my first homebrew batch took forever to chill (someone forgot to make/get enough ice for an ice bath...), I went ahead and made one of these. If you have ANY diy talent, it's simple and will save a buck for sure. As someone pointed out above, stirring gently, but constantly will rapidly accelerate your cooling. I am going to have to look into the 'pond pump' idea, as summer time temperatures on our municipal water can reach the 80s (slowing the cooling process immensely).
 
From boil to pitch in less then ten minutes, NO running water. I just cooled my wort from 200 deg to 80 in about five minutes. I used less the two gal of water and a bag of ice. Place the copper coil in a bucket of ice water and siphen the wort through the coil into the fermenter. don't allow the wort through too quickly or else.
 
Thanks for the write-up. Just used my homemade wort chiller last night and loved it.
If you're doing DIY beer, why not use DIY materials? Keep the great articles and projects coming!
 
@NewBrewerTFM
Could you elaborate? I was thinking the same thing then I read your post. I was thinking of taking 20foot of copper and coiling it inside a bucket. Cut a hole at the bottom of the bucket for the copper to come through and seal with silicone since it wolnt touch the wort. Fill bucket with ice water and run the wort through into the fermenter. It's seems like it could be a cheep way to cool quick. You could even take it a step further and use a wort chiller in the kettle till a certain temp and then run it through the other chiller. Any one else ever try this?
 
Thanks for the original post. I made an immersion chiller form 1/2" copper. It works great but doesn't look professionally done like yours does. I cool 7.5 gal boiling wort to 68 F in 15 - 20 min. Stirring is the key. Without stirring cooling will take much longer.
 
swageloc and mc master carr will allow for a quick, cheap sourcing of the exact supplies you want, no welding needed for a good solid connection
 
Thanks for posting this - made one of these yesterday in no time for my first extract brew, worked like a charm!
I used a washer hose for my connection and threaded the output through one of the loops to help hold it in place as I didn't want any hose clamps in the wort. I didn't have a pipe bender so there are no 90 degree bends so much as long swooping curves. A little crude but very effective and that suits me just fine.
 
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