Yes. I've never used an airlock or blowoff on it. Usually I just covered the camlock (that i use to connect my pump outlet to) with foil.
@bemerrit. The glycol chiller builds are found in a few threads. I didn't document mine.....especially since I haven't fully tested it. It was really easy to put together...he says before fully tested.
I ordered the brewhemoths with the internal chiller coil. so there's not much for me to do, expect connect some tubing for chilling and add flex watt and insulation for heating.
Bemerritt,
Were you able to get the coils into the cooler? The AC unit I tried this with the copper tubing came from the bottom so there was a lot of bending and i ended up with a leak. So I'm looking for a different model AC if anyone cares to share.
Started marking up my enclosure box tonight, and going to start planning the innards of the control panel markups on the insert panel soon.
I notice the BCS460 has an ethernet port, and I assume to achieve WiFi access, that I'll need an ethernet to WiFi adpater?
Is there any suggested model? Would it be better to buy a connector dock to mount the WiFi adapter on the enclosure externally rather than INSIDE the enclosure on the BCS directly for better signal? I think Oscsys.com has a connector for this purpose (male ethernet to female ethernet panel mount).
It seems the answer to the last question is probably a "Yes".
The Three Din Rails, I have it seems that these mount on the internal removable plate in the enclosure and to that one rail is +12VDC, one is "HOT" 120VAC and the third is ground (for BOTH the 12VDC and 120 VAC?) Seems this is probably not correct, plus the rails can't be live if they are all mounted to same plate. Have not worked with DIN before. Seems the AC and DC will each need 2 conductor paths independent, with a shared ground/3rd conductor so I think my initial assumption is incorrect.
Its late and I just started looking at this stuff. I'm pretty good with electronics so I think I'll be able to get it figures out, but I've not worked with these DIN rails before. On my "Brutus" clone, my enclosure had a three "rails" which are really a terminal block not a rail. I think its 120V Hot / Neutral and Ground. Then there is a transformer for 24VAC but that doesn't have a rail as I recall. The difference here is that we have AC & DC current, but just three rails..
TD
Any thoughts on how to seal up the slit cut in the cooler? I'd like to fill it up past that if possible. Thanks!
View attachment 172666
Update:
First off, HUGE thanks to Packet!! Totally hooked me up on the PEX stuff. Way to pay it forward. I definitely owe you pal! I asked to pay him back but never saw him send a PP invoice. Maybe I send him some brews once I get operational... Lots of brass fittings PEX connectors and tubing arrived from his leftovers. Thanks a million!
Next up is the frame. It's basically finished. They top it off tomorrow. They are using an aluminum plate to hold the conicals. It'll be welded on. It's got the diamond plate pattern and will look cool. The diamond plate is in place of the butcher block top.
This is the most critical step in my plan. If the plate bows too much I'm screwed. I think it should be fine though. We are using thick stock. I think its 3/16". They're nervous about the diameter cutouts.
Thanks on the info for the Ethernet. My brewery is below my network switch. I may just run a cable up to the switch if I get poor connectivity. You say you have the adapter inside your enclosure? I may just try that and see how it works.
TD
Ordered a Ethernet patch cord and kit from open control systems site. Should be easy to hardwire to my switch upstairs.
Did some reading on the din rail stuff.
For my Brutus build, I just did terminal blocks for power bus. This din seems a little slicker. Found a few places to read up on it.
One thing I was a little unclear about is the use of the DIN bridge connectors: the strips of metal. Seems like these are used to create power bus out of a row of adjacent din terminal blocks, rather than just pass-through connections. So you would take a set of several din terminal blocks, connect with the bridge, for as many pieces as needed, then run the 12VDC to one terminal block and then any other conductor you connect will supply 12 VDC. I think this is the correct implementation.
So how many buses did you implement? Positive and negative 12vdc obviously, and probably also live/hot and neutral 120vac. The 120VAC goes to the circuit breaker first I assume, the live/hot wire. The ground probably doesn't deserve a bus, as you can just ground to the chassis easily.
Did you mount the BCS control to a din rail too?
What about the driver board? Where did you mount that?
I think they changed the heat sink since you got yours. Mine are really large. I hope they fit into the enclosure when mounted on the rail, and with door panel closed. The heat sinks don't seem to really lock into place, thus the end block clamps to hold them in place I assume.
My din rail kit came with three rails. Sounded like your write up you only used two? I'm kinda thinking about pre wiring the din rails onto the mounting plate while my enclosure box is being cut and painted.
Anyway, when I get off work tonight, I might piddle around with it a bit. The mounting plate looks pretty beefy though, and step one will be to drill the mounting holes for the rails.
Thanks again.
TD
Cool.
Well, I drilled my mounting plate and attached the DIN rails. I know packet used only two. I installed all three, even if I don't end up using them all.
with only 10 DIN terminal blocks, I'm wondering how many to use for each bus. I did a quick tally on the connections to each bus, but I think it may be better to wait until my enclosure gets back and I can visualize with all the connections going to and from the various outlets and switches on the enclosure.
What is the easiest way to connect all the small 14ga THHN wire to the chassis ground? I'm thinking a big Ring solderless connector to the mounting plate screw and maybe using a few terminal blocks to avoid trying to crimp multiple wires into a single solderless terminal.
TD
Is it important to paint the part of the ac that is in the water to prevent rust? I feel as if I read this somewhere but can't find it.
What plugs into the outlets? The BCS for one. But what about the second outlet?
I used 3 terminals with bridge for each load and neutral 120 VAC buses and 2 each for the 12 VDC.
I used all three rails. There is room for a chassis ground bus if I wanted but I would need more terminals. Mounted the SSRs.
Could've used more end rail blocks. Also could've used more of the tiny plastic separators and ran all the voltage busses along one rail. Oddly there were no covers aside from the two and therefore I ended up butting up the exposed ends to other components.
Ended up only using one bridge connector.
TD
Cool.
Well, I drilled my mounting plate and attached the DIN rails. I know packet used only two. I installed all three, even if I don't end up using them all.
with only 10 DIN terminal blocks, I'm wondering how many to use for each bus. I did a quick tally on the connections to each bus, but I think it may be better to wait until my enclosure gets back and I can visualize with all the connections going to and from the various outlets and switches on the enclosure.
What is the easiest way to connect all the small 14ga THHN wire to the chassis ground? I'm thinking a big Ring solderless connector to the mounting plate screw and maybe using a few terminal blocks to avoid trying to crimp multiple wires into a single solderless terminal.
TD
I thought two I'd be crowding the rails. My BCS had side mounting brackets, so I figured I'd use them.
I may wire up some more after work. It's not so bad actually, the wiring. The rails work pretty slick. Did you have an issue plugging the BCS power adapter into the outlet and still being able to close the lid? I think I need an outlet adapter to plug in at a 90 angle.
Hopefully I don't have to move anything around once I get the enclosure back and fit the panel inside. I may do up the XLR connectors tonight. Those seem like a a pita to solder up, but will see..
TD
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