Did you guys order any of the accessories or just the conicals?
I did not i wanted get the order for the conical in because i knew there was limited amounts of them and didnt want to waste time. I can always get them later.
Did you guys order any of the accessories or just the conicals?
Spike any plans on different tops with more tri clamp for a pressure gauge and pvr?
I have a couple questions.
What is the plan for temp control? Simply the coil or do you intend to come out with some sort of heater/chiller to compliment it?
With regards to pressure rating it does not look like you could folly carb in this unit even with a carb stone. At 65 degrees I think it would take about 27-28 psi to reach 2.3 carbonation level. The unit is only rated to 15 psi, so how would that work? Partially carbonate than transfer to complete carbonation?
I have a couple questions.
What is the plan for temp control? Simply the coil or do you intend to come out with some sort of heater/chiller to compliment it?
With regards to pressure rating it does not look like you could folly carb in this unit even with a carb stone. At 65 degrees I think it would take about 27-28 psi to reach 2.3 carbonation level. The unit is only rated to 15 psi, so how would that work? Partially carbonate than transfer to complete carbonation?
How much time to carb under those conditions? Is this the equivalent to cranking a keg to 30 for 48 hours? Im assuming the carb stone reduces the time, even at 12psi.
Please see attached for pre-production temp controller. It will have a set point and temp read out. It will be closed loop utilizing the sanitary thermowell our conical comes with standard. The temp coil will drop in through the 4" port in the lid. The controller will regulate a pump for cooling and heating pad for warming. It will also include a jacket.
You would not be able to carb at 65 degrees. You'll want to cold crash to ~35F, dump out sediment and then start carbonation process. Should be fully carbed up in 24hrs.
Next up, the sample port!
Like all of our other fittings the sample port utilizes a sanitary welded 1.5" TC fitting. For reasons explained before, this is the only connection that should be used on a fermenter. Our sample valve is a sanitary design with no ball that can trap liquid which can harbor bacteria.
The sample port is super handy for taking gravity readings during fermentation. This design is taken directly from what the pro brewers use.
Since we designed our conicals to be as modular as possible the thermowell/thermometer can be moved from the top port down to the lower sample port for smaller batches. The sample valve can then be attached to the lower racking port butterfly valve. This allows all of our fermenters to accommodate a full batch as well as a half batch.
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2 questions.
1. do you plan on offering jacket/coil/heater/controller as a package with a small discount?
2. is the sight glass safe to 15 psi?
Spike - a couple of questions on this...
(1) When you move the thermowell to the lower port, do you have to tape a thermocouple in so that it doesn't slide out? I'm assuming that the thermowell would now be at an angle rather than horizontal.
(2) When attaching the sample valve to the racking port butterfly, does this prevent you from being able to use the racking arm attachment?
Thanks.
We do plan on offer our complete package with a discount compared to buying everything individually. I'll need to check with engineering about the sight glass up to 15psi.
I use a piece of masking tape to hold the temp sensor when installed in the sample port. The racking arm would still be able to be used with the sample valve on the end of the racking port.
I use a cable connector. You can get at lowes or homie d. Ask for romex connectors. Works perfect.
Got it - thanks.
Ordered my CF10 tonight...
Please see attached for pre-production temp controller. It will have a set point and temp read out. It will be closed loop utilizing the sanitary thermowell our conical comes with standard. The temp coil will drop in through the 4" port in the lid. The controller will regulate a pump for cooling and heating pad for warming. It will also include a jacket.
You would not be able to carb at 65 degrees. You'll want to cold crash to ~35F, dump out sediment and then start carbonation process. Should be fully carbed up in 24hrs.
Spike,
Do you plan for your temperature control system to be a package, e.g. neoprene jacket/controller/heater/glycol pump, or is the general idea more of a part by part offering?
Thanks.