treacheroustexan
Well-Known Member
Actually, the reason is lead, which you wouldn't notice until it's too late.
https://www.cdc.gov/nceh/lead/tips/water.htm
And lead comes from corrosion.
Actually, the reason is lead, which you wouldn't notice until it's too late.
https://www.cdc.gov/nceh/lead/tips/water.htm
And lead comes from corrosion.
I use cold water on the days that I have all day to brew. And when I am in a rush to brew I use hot tap water.
A lot of people say not to use hot water from the tap because of all of the bacteria and corrosion that could be sitting in the hot water tank. I haven't noticed a difference in taste, but doesn't mean it's not there.
What is your opinion about the temperature difference of mash?
Did you have the pump valve full open? If the bottom switch is not on mash it will way over shoot and take awhile to come back down. That is where having some of the top water go down the overflow tube to keep the two areas closer together helps.
Make sure you use a Mash Infusion Calculator to get your initial mash temp correct. If you hit that and have a Graincoat/reflectix the temp should not drop much for the full 60 min even without the pump.
The mash could maintain its temperature fine. However, my issue is about temperature ramp for multiple rest steps. The temperature at the bottom rises fast while the top rises slowly. Even if I have the valve full open, I suspect that the temperature at the middle of mash basket would rises slowly.
Performed my first Grainfather brew yesterday with the Connect bluetooth unit.
I haven't had any exposure to the original GF, so don't have a real comparison, but my word - does the Connect work wonderfully!
I got a free Mangrove Jack's grain kit with my purchase, so it was a stock-standard recipe as far as the app was concerned. Will be interesting to see how importing a recipe from Beer Smith et al works with the Connect system
Being my first use of the GF, I'm pretty sure I screwed a few things up. The main one being stirring up the trub from the bottom of the kettle when whirlpooling.
Resulted in a lot of trub being pumped into the fermenter, but I guess it's not a huge deal.
Was also about 2L short of the expected 23L I was aiming for. Would I be best to add that volume to my strike water or sparge water?
Another issue I had was with the pump. A few times it was an absolute pain to get started. Made a strange clicking noise like it was trying to pump, but no luck. Thankfully it only happened during cleaning, so I was able to eventually get it going by clearing the outlet with a bit of old fashioned mouth siphoning.
Am I missing any tricks to do with the pump?
Welcome, and congrats on first brew!
As for being short on volume, did you tip the GF to fully pump out? How much was left behind? Its possible that you have a greater boil off rate going on, if you did empty well. If so, I'd adjust in the sparge, i.e. adjusting the factor of 6.9g for 5.5g of wort up to 7.4g.
I haven't experienced what you note on the pump. I have had it appear to not be primed (it does need to be gravity fed) and that was simply worked out by turning off and back on again (not sure if it can airlock). Mouth siphoning on the pipe?? Uh, no, never. That's the first I've read here of anyone having to do that. Hope you don't get into that jam again.
I adjusted the pump valve so that the wort is just above the overflow pipe.
The mash could maintain its temperature fine. However, my issue is about temperature ramp for multiple rest steps. The temperature at the bottom rises fast while the top rises slowly. Even if I have the valve full open, I suspect that the temperature at the middle of mash basket would rises slowly.
/\ nice job
They have the whole system on sale (grainfather with Connect box), but the solo Connect boxes will be available "in the next couple weeks".
This is getting silly.
Before I tell the wife I want it for Xmas I thought I would ask the experienced folks here. It contains:
7 gallon (I think) first stage fermenter food grade bucket with top and air lock.
Glass carboy for the second stage.
Hoses and fitting for siphoning.
SG guage, and thermomater (sp).
Brushes for cleaning.
How to book.
For $69. Does that sound about right? I'd still need scales, spoons, etc, but it sounds pretty good to me to get into more sophisticated brewing than the Mr. Beer can do,
Just got first in a competition sponsored by my club in the American IPA and won BOS with the GF! (woot) I love this thing, it can make GREAT BEER, NO DOUBT! I have made a few changes on this since starting (kudos back to those on this thread with the good advice) and will keep status quo now.
1. Removed the spring and ball
2. Extended chiller output line so I don't have to move fermenter closer to the GF, seems to have bettered the output flow
3. Use a SS prescreen filter over the mash step downdrain (one half of a SS hop ball)
4. Extended the chiller input line so I can move it off the lid when needed
5. Added a round SS screen on the bottom filter (fits right on top of it)
I don't use a hop spider/filter. Everything is thrown right on. Still using the old controller and may stick with it.
I agree with shadar, no starters, no aeration, no temperature probe insulation, primary only, no step mashes here, only thing is NO oxygen gets to the beer during/after ferment for me. KISS.
Hi. I think he means this. I took a SS splatter screen and trimmed it to the same diameter as the lower grain plate, and it fits in the silicone ring. EdBut what do you mean by #5?
Using an extra screen works great
is your sparge flow affected in any way with the extra screens?
I think the other factor that would significantly affect your sparge flow would be the grind of your grist. I condition my grain with 1-2% water (by wt) 24 hours in advance, then grind using a non-adjustable Schmidling MaltMill set to factory specs (~0.045) which is a medium grind. I've found that when I use grain crushed more finely (e.g., by my LHBS) it results in "stuck" or very slow sparges as the flour tends to gum up the lower screen. I also use a handful of rice hulls whenever I use oats or flaked barley/wheat just to keep things a little loose. I figure whatever conversion efficiency I lose to the coarser grind, I can make up in a longer mash. Right now, my conversion efficiencies are usually in the low 90s and high 80s, so I can't really complain. One project I am working on is to add a motorized mixing paddle to the mash pipe to ensure that all the grain is thoroughly mashed and the temperature stays constant in the grain pipe throughout the mashing process. Once I get it working and tried a few times on recipes I've got data for, I'll report back on whether it's worth the effort. EdI would say no, but I do adjust the flow to start the mash and increase it as the hour goes on.