Agreed.......but the claims are extremely impressive, almost hard to believe=== "almost" nonexistent spectral shift while dimming, less than a three percent lumen depreciation at 10,000(!?!) hrs,........... AND the damn 220v dedicated line for the cerametek ballast....I do think the wattage is too low for most, hence the #'s of systems cycloptics recommends for retrofits($$$). A six hundred watt equivalent would be better suited for all IMO.They are starting to get the right idea now at least. Give it some time and the price will drop, people will copy the tech and we will all be happily growing under a single point light source with a premo spectrum soon enough. Most of us anyway. With the new E-ballast tech for CMH, they are claiming 40,000 hour lamp specs with the new lamps. Can't beat that!
Yeah, runs on 1000w mag MH. Can anyone recommend a good 1000w MH mag? I was thinking of going with the Harvest Pro from SS for $100 from 1000bulbs.com or whatever. Seems like a decent price.runs on mag MH ballasts right????? thanks Fonz
I run a perpetual sog, monthly harvests in 4" rockwool blocks, ala Al B. Fuct.How do you like the 315w so far? Are you seeing any difference in your plants? How long have you been running them? $525 for the reflector alone is WOW........why is that so dang expensive? The ballast and lamp price is reasonable, but the reflector price is outrageous!
I really appreciate the info and hard work you've done to provide all of us with this info.I run a perpetual sog, monthly harvests in 4" rockwool blocks, ala Al B. Fuct.
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Plants end up being about 20" tall.
I grow budsicles, so I'm very concerned with plant photomorphology!
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My progression went 1000 HPS > 600HPS finish with party leds for the first 30 days > 600HPS finish with white led for first 30 days > 315 CMH finish with white led first 30 days > now 2 315s.
The plants display superior health over HPS and is comparable with running white leds.
Harvest is on par with running the single 1k or the 600w of hps and 400w led.
To cover a 3x3 table with home made leds would cost as much or more than the cycloptics fixture.
Heat and power would be about the same.
The scientific studies have mirrored my results. (less watts same photonic energy/less heat)
I've cut my electric bill by about $100 a month at this point for lights. AC runs less so the total savings is about $140 or so a month in my part of the woods and this time of the year.
The reflector is designed as a wave guide or as a HID headlight or as a omnidirectional antenna. (similar math) Not cheap nor easy. (minimize reflected signal/light bouncing back into the bulb)
Check out hidplanet to get a taste of the science involved.
They are also completely hand made in the USA.
Until recently Cycloptics has only made these things for growth chambers at research institutes and universities, a very small specialized market.
The luminaire did one thing over the HPS and leds for that matter.
The bud consistency is much better from one end of the table to the other. The light is very uniform!
Just found a 1000w SS HP for $97. On it's way. After this I'm going to have to start selling some of my equipment just so I have room to set up the new equipment. Anyone in the market for HPS equipment? I know there is at least one in here that would be interested. hahaGrowers house and discount hydro have good deals on mag ballasts. Too bad they wont work on digit ballasts. Just because of the power draw. Over 1100w on a mag.
I almost got to use cmh 's for free a couple months ago. After dude gave them to me (his wife wouldn't let him grow). Be started asking for loot a couple days later. Inwas broke so gave the lights back.
Thank you very much!I really appreciate the info and hard work you've done to provide all of us with this info.
Being the disciplined obsessive compulsive type, the way I got to the 315 agro, was through having someone post the spectrum, (Rives)Have you had the opportunity to try out the 860w Allstart CMH yet? I have one on the way along with a 1000w MH mag ballast. I figured it was worth a try to see how it compares to the 2 x 315w you are using. My only concern is the amount of blue that will be in the spectrum of the 860w. I wish I could find a SPD for it.
I will still keep 4 x h150 Kessil red LEDs surrounding the Allstart 860w to equal out the extea amount of blue in the 4k light. This will also assure that there will be enough Red light hitting the corners of the square room. It will also boost the flowering capabilities of the 860w and bring the total watts to 1000wYa, probably too much blue though.
IMHO, Where the ppf is high no problem, where the light is weaker, maybe some flowering and/or morphology problems.
I went into this with the thought that I could tune the light to the plant.
What I found out,
the plant tunes itself to the light.......
as best it can!
Yes the plants do adapt to the spectrum, but I've found the less they have to adapt and the more you provide for them the happier and faster they will grow.
Providing ample 630-670nm spectrum will boost the overall growth power of a blue heavy spectrum x3 and also give you a larger return rate. MH is blue heavy and even the Agro has more blue than necessary for budding. I'm sure some extra red led would boost the potential of your 315w x 2 Agro grow.
Ouch! Oh well, already done. Nice find tho.Fonz look into the hydrofarm power house ballast. 1000w mag mh. $160, 8 year warranty. Runs the lowest amps of Mag's.
Dh has it the cheapest
http://www.discount-hydro.com/products/HydroFarm-Powerhouse-Ballast-.html
The one you were looking at will be pulling 1140w at the plug.
I would argue that this statement only applies in the short term. Yes, a plant may be reasonably happy staying under the same mediocre spectrum (this is purely hypothetical, I'm not referencing any particular spectral source here) it's whole life, and yes, it may temporarily lose some vigor if switched to a different, all be it higher quality spectrum, but in the long run the plant (or at least it's progeny) will likely fare better after adjusting.Yes the plants do adapt to the spectrum, but I've found the less they have to adapt and the more you provide for them the happier and faster they will grow.
Are you suggesting that plants grown without 610- 660 will adapt and fare better in the long run? I ain't buying that oneI would argue that this statement only applies in the short term. Yes, a plant may be reasonably happy staying under the same mediocre spectrum (this is purely hypothetical, I'm not referencing any particular spectral source here) it's whole life, and yes, it may temporarily lose some vigor if switched to a different, all be it higher quality spectrum, but in the long run the plant (or at least it's progeny) will likely fare better after adjusting.
I don't think you understood the statement. I didn't say it would temporarily lose vigor if switched to a higher quality spectrum. I said it will do better by NOT having to adjust to a higher quality spectrum. Therefore, you lose zero grow/flower time. Adding wavelengths that plants are already, by Nature are adapted to grow under will allow the plant to grow WITHOUT having to adapt. That's the whole point. The 630-670nm part of the spectrum is where ALL grow lights fail, except for a few new CMH lamps new to the industry. When you add this part of the spectrum to your grow, you see the plants take off as if on steroids, that is if everything else is dialed in correctly as well.it's whole life, and yes, it may temporarily lose some vigor if switched to a different, all be it higher quality spectrum, but in the long run the plant (or at least it's progeny) will likely fare better after adjusting.
exactly of course some leds heavy in that range are kickerThe 630-670nm part of the spectrum is where ALL grow lights fail, except for a few new CMH lamps new to the industry.