ttystikk
Well-Known Member
More homework, lolWhats UVB useful for?
The right amount is supposed to increase trichome production.
More homework, lolWhats UVB useful for?
I just talked with a guy this morning who said they didn't make a noticeable difference in frost but he did see his yield drop a bit.Resin production so they say, I've run 10000k finishing lamps . I'm not that sold on it.
lolMore homework, lol
The right amount is supposed to increase trichome production.
My physics text tells me that most glass blocks UV. Maybe theirs is 'special'. IDK, I'm going to do some more homework on the MV lamps.Poly would go on to say something about the outer envelope of sun pulse ( they also make solis tek lamps and rebrand) blocking uv even though sun pulse and solis tek would assure you their glass is of high quality with no uv blocking .
Quartz if I rremember right won't block uv. Of course an outer enevelope of quartz would probably make your 150 dollar mh lamp a 500 dollar lamp.My physics text tells me that most glass blocks UV. Maybe theirs is 'special'. IDK, I'm going to do some more homework on the MV lamps.
I see no reason why not, if everything is rated for it.Can I run this 24k BTU AC mini split off 1 indoor A/C mini split unit alone? Will it really put out that much cooling capability? Thing would be fridge status. With your calculation of 4k-6k per 1kw bulb.... Could run a lot of equipment off that single AC unit.
http://www.homedepot.com/p/Ramsond-24-000-BTU-2-Ton-Ductless-Mini-Split-Air-Conditioner-and-Heat-Pump-220V-60Hz-74GW2/203013150
You really want a 20% fudge factor so you're not totally overloading the unit. Do this off the average expected load, not the absolute maximum.I wanna run a mini split but have to do more research. See if I can run...say 20k BTU in grow rooms and 4k on another for A/C inside the actual living space. Assuming we are talking the 24k BTU example.
I went to school for these types of calculations. It's just a matter of digging through my binders and refreshing my memory to get back into formulas. We covered so many different trades..... HVAC, masonry, carpentry, landscape, and even surverying. Did alot of CFMs air exchange rates, Cubic Yards for soil cut and fills, picking the correct BTU unit based on diff temps w/specific R-value building materials, but never any electrical calculations I could apply here. Maybe just a simple... Don't go over 1440 watts-ish because of my old 15 amp circuits? Assuming this research is true.....You really want a 20% fudge factor so you're not totally overloading the unit. Do this off the average expected load, not the absolute maximum.
13 SEER is garbage in todays world. its the bare minimum allowed to be sold. youre gonna want a multi zone. thats only going to cool one area.Can I run this 24k BTU AC mini split off 1 indoor A/C mini split unit alone? Will it really put out that much cooling capability? Thing would be fridge status. With your calculation of 4k-6k per 1kw bulb.... Could run a lot of equipment off that single AC unit.
http://www.homedepot.com/p/Ramsond-24-000-BTU-2-Ton-Ductless-Mini-Split-Air-Conditioner-and-Heat-Pump-220V-60Hz-74GW2/203013150
You can run multiple evaps off one condenser. The system im gonna be getting next year has one 4 ton condenser going to two branch controllers since the max is 5 zones per controller. i got 3 zones each controller.
System does 2-8zones. Smallest is 6kbtuhr. 4k will be a hard evap to get.
Dont know any that small. Even window units smallest is like 5.5k