I'm brewing!!! 15 gallons of my sweet stout. Strike water is nearly up to temp. Things are going fine so far. The control system is VERY rough, but it works well enough to brew today.
I'm brewing!!! 15 gallons of my sweet stout. Strike water is nearly up to temp. Things are going fine so far. The control system is VERY rough, but it works well enough to brew today.
No video today. Once I get it dialed in, I may fire up the camera again.
Nope...hydraulics are way too complicated. I want 30" of travel at a minimum, meaning either a really big cylinder, or a really big lever. The winch and a single pulley should work just fine. I can easily do pullups on any single rafter (tested), and my weight is roughly equivalent to a full fermenter. So far, this project screams $15 hand winch...
EDIT:
Fingers...ever use a "come along?" You can move a surprising amount of weight using only the mechanical advantage supplied by the gears in a hand winch. I've moved thousands of pounds of car/boat/tractor/etc onto trailers that way. A single fermenter will be child's play in comparison.
I'm stoked...I can sit here at my desk in the house and monitor the temp via a remote desktop connection.
OS X has a built in VNC client, but it's painfully slow, so I've been messing with Chicken of the VNC and JollysFastVNC. JollysFastVNC is the winner so far.
I've been SSH tunneling when I want to do some real work, but unless you know something I don't, SSH requires a separate X session. So, I can't mirror/control the active desktop display without using VNC. Because I'm using the USB serial port to monitor data, I can only have one instance of the monitor process running, and I want to be able to see it whether I'm inside the brew hut or sitting in the home office. I may use Apache and a dynamic web page at some point, but for now, VNC is the solution.Being the old school guy, I would just do a SSH connection and tunnel the X11 display.
I have to remove the hard plumbing to dump the mash tun. ...
The point is: it's easy. The plumbing removes with the quick twist of a wrench, and then the whole mess (all 50 lbs of it!) dumps into a trash bag with no fuss at all.Wet/Dry vac
Home Brewing Wiki said:With today's highly modified and thus enzymatic strong malts, the mash is generally converted after 15-30 min based on the rest temperature. Lower temperatures mashes convert slower than higher temp mashes of the same grist (see The Theory of Mashing for further details). Most brewers do however mash 60-90 minutes to ensure complete conversion and for the time it gives them to heat the sparge water for example. It is always a good practice to check for conversion of the mash with an iodine test.
Allow myself to quote...myself.The (rough) numbers are in: 85% efficiency into the kettle. I lost a bit during both conversion and lautering. I likely rushed both steps, since I started late in the day (25 minute mash, one hour fly sparge to collect 17 gallons). I'm reasonably happy with 86% lauter efficiency, but the 86% conversion number is a tad low. In any case, the numbers are quite encouraging, and I'm fairly sure I know where I need to improve the process.
Allow myself to quote...myself.
The false bottom works great. There are pics/info throughout the thread.
Have you considered "Snap Lock Couplers" rather than unions for the removable hard line?
http://proflowdynamics6.reachlocal.net/modules/store/-Stainless-Steel_C68.cfm
These look pretty cool to me. I wonder why they aren't used more often by homebrewers?
Damn the luck. Any word on how fast he will resupply?
I had some great success with the software tonight. Arduino is outputting XML, and the web script is down to a single Ajax request for a small XML file rather than several asynchronous requests for data from a PHP script. The webcam image refreshes every few seconds. I'm not entirely sure that the webcam is useful, but it looks nice.
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