I ordered a 14.5G conical, but hadn't yet figured out how I was going to handle the temperature control.
Since I already had a standard freezer-on-top fridge, I figured I'd try to mod it to fit the beast.
What follows is probably ill-advised, but I did it anyway.
First, I removed the partition between the fridge and freezer sections. I cut the plastic with a utility knife, peeled it back, and went at the insulation with a spoon. The spoon was so that if there were cooling lines, electrical cable, etc., it wouldn't be injured. Eventually I had most of the shelf removed, thus essentially having one large cooling cavity:
As of this morning, the temperature in the cavity was exactly what it had been previously, 68F. So I decided to keep pressing my luck.
The 'big hole' method would probably have worked, but would have required tilting the fermentor to get it to fit inside. Gross! I bought a dremel and went at the front of the partition, between the two doors. I'm glad I did this slowly and carefully, as (unsurprisingly) there was a heat sink line running through that portion of the exterior. This copper line was warm to the touch, and is used to let the heat escape so the fridge can cool some more:
Now, I know what you're thinking. If that line is in the cooled portion of the fridge, won't the heat just go straight back into the system? Of course! So, I just insulated the line, so that the heat can (hopefully) escape in the other portions of the exterior it is run through:
Now I have enough room to get the fermentor in the fridge, but I still want to move that copper line out of the way. I might be stuck with it this way until I can requisition a proper fermentation chamber (nice freezer).
Anyone ever done anything like this? Any thoughts on efficiency or other problems that could arise? After just a few minutes of closed operation after all this it was at the proper 68F again, so I believe it will work alright.
Apologies for the poor picture quality; we had our house burglarized a while back and they got our real camera!
Since I already had a standard freezer-on-top fridge, I figured I'd try to mod it to fit the beast.
What follows is probably ill-advised, but I did it anyway.
First, I removed the partition between the fridge and freezer sections. I cut the plastic with a utility knife, peeled it back, and went at the insulation with a spoon. The spoon was so that if there were cooling lines, electrical cable, etc., it wouldn't be injured. Eventually I had most of the shelf removed, thus essentially having one large cooling cavity:
As of this morning, the temperature in the cavity was exactly what it had been previously, 68F. So I decided to keep pressing my luck.
The 'big hole' method would probably have worked, but would have required tilting the fermentor to get it to fit inside. Gross! I bought a dremel and went at the front of the partition, between the two doors. I'm glad I did this slowly and carefully, as (unsurprisingly) there was a heat sink line running through that portion of the exterior. This copper line was warm to the touch, and is used to let the heat escape so the fridge can cool some more:
Now, I know what you're thinking. If that line is in the cooled portion of the fridge, won't the heat just go straight back into the system? Of course! So, I just insulated the line, so that the heat can (hopefully) escape in the other portions of the exterior it is run through:
Now I have enough room to get the fermentor in the fridge, but I still want to move that copper line out of the way. I might be stuck with it this way until I can requisition a proper fermentation chamber (nice freezer).
Anyone ever done anything like this? Any thoughts on efficiency or other problems that could arise? After just a few minutes of closed operation after all this it was at the proper 68F again, so I believe it will work alright.
Apologies for the poor picture quality; we had our house burglarized a while back and they got our real camera!