Ttystikk's vertical goodness

ttystikk

Well-Known Member
My invention is working; the cloner is resting in a tub full of water, with a copper coil underneath it. Cold circuit water passes through the copper coil and cools the water in the tub, which then cools the cloner.

Tub water temp and peek of copper coil;
20160618_234355.jpg

Temp of water inside the cloner;
20160618_234505.jpg
 

Alaric

Well-Known Member
Don't be raining on my party, I'm just thrilled it works!
Bravo, congrats------"it works."

I've had the same idea about you nute cooling design ------but never tried it.

If you did a cost analysis comparing your present design using one big chiller and the coils vs separate smaller chillers----if so, what you find out?

I've always had the best strike rate at ~75F.

A~~~
 

ttystikk

Well-Known Member
Bravo, congrats------"it works."

I've had the same idea about you nute cooling design ------but never tried it.

If you did a cost analysis comparing your present design using one big chiller and the coils vs separate smaller chillers----if so, what you find out?

I've always had the best strike rate at ~75F.

A~~~
Yes, a multitude of small chillers is far more expensive than one big one.

There are many reasons for this, all of which add up to saving money by reducing needed capacity, improving efficiency and/or reducing maintenance and repairs.

I can bore you to death with details, lol
 

redi jedi

Well-Known Member
68 might be a touch cold, I'm aiming for 71F. OTOH, excess cooling capacity isn't a bad thing!

The air temp is plenty warm, that might help.

Don't be raining on my party, I'm just thrilled it works!
For cloning you should be aiming for 75..80. Use a few mils of bleach if your worried about pathogens.
 
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