coreywebster
Well-Known Member
Just marketing gibberish
Are 600w hps being discontinued??
- Thread starter dredra
- Start date
coreywebster
Well-Known Member
Kingrow1?
jimihendrix1
Well-Known Member
The Graph, clearly shows the spectrum, going down under 300nm.
Also I use a Solacure Flower Power UVA/B Bulb, which has its most power from 280nm-305nm.
Plus while anyonecan say anything.
MMS also states the bulb goes down to 280nm. That doesnt mean, it is extremely powerful, in this range, BUT, the spectrum, does go down that low, and the Graph, also shows it.
Useful Invisible Light
Plants use both visible light and invisible light wavelengths! The latest science proves that the short and long wavelengths outside of the visible spectrum actually drive photosynthesis and other cellular processes. Like the sun, MH technology produces light wavelengths from ~280nm to over 2000nm! While horticulture research focused on visible light (400-700nm) emissions, they mostly neglected the invisible portions of the spectrum which are present in sunlight and bulbs too. Science is slowly discovering that plants use much more than just the PAR range of light energy.
Infrared Warmth
Our lamps deliver a full light spectrum including less-researched, longer Infrared (IR) wavelengths from 780-2000nm (present also in sunlight) which are absent in LEDs, and mostly ignored in indoor horticulture so far. IR has profound effects on plant growth and flowering. We see improved plant structure, vigor, and health in many cultivars with MH bulbs.
Sunlight has abundant energy in the Infrared region (classified as 780nm and beyond.) What many people dismissed as inefficient heat loss, turns out to be essential long wave infrared energy that powers cellular processes within the plants, penetrating deep into the canopy and assisting in nutrient metabolism. Infrared helps control leaf surface temperature, crucial for plant's cellular processes and nutrient uptake. We notice that the same amount of soil or nutrition goes a lot longer in a plant under MH in comparison to using the same under LED.
Our bulb has a similar ratio of visible light to IR compared to sunlight. LEDs produce a less natural ratio of colors, with more visible light and less, or none of the useful invisible IR light. This IR is very helpful for plants to express fully and utilize nutrition optimally.
There is currently no LED capable of producing a truly sun-like light spectrum, and even the best custom blends are still missing the entire long range of the IR spectral region. LED spectral curves are almost always variations of the same unnatural curve and mostly use the same chips as each other in varying ratios.
Even an IR LED is no comparison for our full spectrum emission. A typical IR LED 730-745nm is not IR at all, it's Far Red. A lesser common IR LED of 840-870nm is just the beginning of the entire wideband infrared range and is very weak. Our bulb technology produces a full range of wideband IR that covers over a 1300 wide nanometer range of wavelengths. The bulbs emit into at least 2000 nanometers in small amounts, just like sunlight does. You will notice a big increase in nutrient availability with our bulb, due to the full infrared range being present.
As more research papers emerge, IR spectra is being shown to optimize things like nutrient metabolic rates, uniform ripening time of flowers throughout the plant, and enhanced flowering processes. Plants seem healthier and more expressive toward their full potential. For now we can tell you what we observe. Many say that using MH allows them to save a week of grow time.
The Potency of UV
Our bulb also has nearly the same ratios of Ultraviolet (UV) spectra as sunlight. UV contributes additionally to the genetic expression of the medicine. It may increase potency or alter the metabolites produced. Growers often observe increases in resin quality and quantity.
Plants have utilized UV from sunlight around the world for millions of years. Not until recently with the invention of LED's have plants been really missing the full UV spectrum in their environment. The UV produced by our bulb is far superior to that of most other grow lights, and is as close to sunlight as possible.
We have full spectrum UV from 280-400nm, whereas specialized UV LEDs are narrow band in comparison. For example a typical UV LED is just a small spike of 365-375nm or 395-405nm rather than the entire UV spectrum range from 280-400.
The following chart illustrates the UV difference of MH and LED quite nicely. It shows our spectrum compared to 10x of the LED UV + IR supplemental 10w bar by Grower's Choice ($180 each). As you can see, the supplemental UV and IR LED's put out very little energy compared to the UV + IR energy from our 1000w bulb.
(Please note, our spectrum below was mapped with industry-leading CIE 1931 EVERFINE Spectrometer for the following graphs. Our spectral graphs with wider infrared readings as seen at the top of this page, are mapped with i-Phos UV-Visible-Infrared HD Spectrometer)
Also I use a Solacure Flower Power UVA/B Bulb, which has its most power from 280nm-305nm.
Plus while anyonecan say anything.
MMS also states the bulb goes down to 280nm. That doesnt mean, it is extremely powerful, in this range, BUT, the spectrum, does go down that low, and the Graph, also shows it.
Useful Invisible Light
Plants use both visible light and invisible light wavelengths! The latest science proves that the short and long wavelengths outside of the visible spectrum actually drive photosynthesis and other cellular processes. Like the sun, MH technology produces light wavelengths from ~280nm to over 2000nm! While horticulture research focused on visible light (400-700nm) emissions, they mostly neglected the invisible portions of the spectrum which are present in sunlight and bulbs too. Science is slowly discovering that plants use much more than just the PAR range of light energy.
Infrared Warmth
Our lamps deliver a full light spectrum including less-researched, longer Infrared (IR) wavelengths from 780-2000nm (present also in sunlight) which are absent in LEDs, and mostly ignored in indoor horticulture so far. IR has profound effects on plant growth and flowering. We see improved plant structure, vigor, and health in many cultivars with MH bulbs.
Sunlight has abundant energy in the Infrared region (classified as 780nm and beyond.) What many people dismissed as inefficient heat loss, turns out to be essential long wave infrared energy that powers cellular processes within the plants, penetrating deep into the canopy and assisting in nutrient metabolism. Infrared helps control leaf surface temperature, crucial for plant's cellular processes and nutrient uptake. We notice that the same amount of soil or nutrition goes a lot longer in a plant under MH in comparison to using the same under LED.
Our bulb has a similar ratio of visible light to IR compared to sunlight. LEDs produce a less natural ratio of colors, with more visible light and less, or none of the useful invisible IR light. This IR is very helpful for plants to express fully and utilize nutrition optimally.
There is currently no LED capable of producing a truly sun-like light spectrum, and even the best custom blends are still missing the entire long range of the IR spectral region. LED spectral curves are almost always variations of the same unnatural curve and mostly use the same chips as each other in varying ratios.
Even an IR LED is no comparison for our full spectrum emission. A typical IR LED 730-745nm is not IR at all, it's Far Red. A lesser common IR LED of 840-870nm is just the beginning of the entire wideband infrared range and is very weak. Our bulb technology produces a full range of wideband IR that covers over a 1300 wide nanometer range of wavelengths. The bulbs emit into at least 2000 nanometers in small amounts, just like sunlight does. You will notice a big increase in nutrient availability with our bulb, due to the full infrared range being present.
As more research papers emerge, IR spectra is being shown to optimize things like nutrient metabolic rates, uniform ripening time of flowers throughout the plant, and enhanced flowering processes. Plants seem healthier and more expressive toward their full potential. For now we can tell you what we observe. Many say that using MH allows them to save a week of grow time.
The Potency of UV
Our bulb also has nearly the same ratios of Ultraviolet (UV) spectra as sunlight. UV contributes additionally to the genetic expression of the medicine. It may increase potency or alter the metabolites produced. Growers often observe increases in resin quality and quantity.
Plants have utilized UV from sunlight around the world for millions of years. Not until recently with the invention of LED's have plants been really missing the full UV spectrum in their environment. The UV produced by our bulb is far superior to that of most other grow lights, and is as close to sunlight as possible.
We have full spectrum UV from 280-400nm, whereas specialized UV LEDs are narrow band in comparison. For example a typical UV LED is just a small spike of 365-375nm or 395-405nm rather than the entire UV spectrum range from 280-400.
The following chart illustrates the UV difference of MH and LED quite nicely. It shows our spectrum compared to 10x of the LED UV + IR supplemental 10w bar by Grower's Choice ($180 each). As you can see, the supplemental UV and IR LED's put out very little energy compared to the UV + IR energy from our 1000w bulb.
(Please note, our spectrum below was mapped with industry-leading CIE 1931 EVERFINE Spectrometer for the following graphs. Our spectral graphs with wider infrared readings as seen at the top of this page, are mapped with i-Phos UV-Visible-Infrared HD Spectrometer)
tstick
Well-Known Member
I remember when people who worked in office buildings under fluorescent lights were often complaining about headaches and such. I wouldn't know since I never worked in an office building under fluorescent lights....but I DID attend school under them! It might be pertinent to the discussion of "harmful" lights....? I think it had to do with the way that fluorescents turn off and on in imperceptibly-fast intervals....that actually ended up being perceptible to the nervous system after hours and hours of constant exposure to the "strobing." Nevertheless, I knew people who grew some really good weed under fluorescent shop lights and nothing more.
tstick
Well-Known Member
And, as long as I'm thinking about it, what happened to PLASMA grow lights? They were the ones who touted the ability to get the full Sun spectrum. I remember years ago, the grow shop in my area had them all over....for awhile....and then they seemed to pretty much disappear! Now hardly a mention of them. What gives with those?
jimihendrix1
Well-Known Member
I think the problem with those is extreme heat.
Much hotter than an 1150w DE Gavita. Watt vs watt. Most powerful Ive seen, is 300w, and they came from Gavita.
Much hotter than an 1150w DE Gavita. Watt vs watt. Most powerful Ive seen, is 300w, and they came from Gavita.
Moflow
Well-Known Member
Hollatchaboy
Well-Known Member
"Weed is no different, it's a living tissue, but it's much more fragile, it's not a human being."
So the suns uv is marginal, and plants are more fragile than humans, but human skin, that sits in marginal uv radiation all day, burns. Plants sitting in that same radiation, doesn't burn.
Which one is more fragile again?
Rocket Soul
Well-Known Member
Except for Moes voodoo veg tent where no laws of nature seems to apply. Thx for reminding me, lol.
Rocket Soul
Well-Known Member
Their new range is 2.1 ppf/w which is a lot better than older models at ridiculous 1.3.
I think there are better ways to get to that spectrum they use, more efficient, but i dont doubt the spectrum as something close to ideal for cannabis and aligns well with my own current working hypothesis: wide blue/violet, low green, wide red with high output.
DanKiller
Well-Known Member
Sun uv is marginal on avg, not if you sit in high sun days at hot places, read brother read
When I sit under marginal uv I'm good, when I'm blasted by high sun days I'm not ok but still alive, get it ? I'm living, not in a healthy or good way.
Both humans and plants are fragile under intense uv or emf, one you don't smoke but although damage is apparent in both cases
A plant under intense leds with high RF / EMF waves will under perform, anytime.
Again, there's a reason why no other light source emit such a high reading... I'll leave you to further the research as you and Rocket Soul seem to be the experts around here
Lol when's the last time he was on its been a while I think
coreywebster
Well-Known Member
That profile got banned I think.
Might be wrong though.
Every so often I feel like his ghost is haunting us !
He was a character for sure damn I didn't know he got banned man half the folk that used to be on here seem to be banned or dead or lost somewhere the older members on here are becoming a bit of an endangered species lolThat profile got banned I think.
Might be wrong though.
Every so often I feel like his ghost is haunting us !
coreywebster
Well-Known Member
Haha.. he had a bee in his bonnet about LEDs and boveda packs
And yeah there's a lot of folks MIA.
I was just scrolling through a zombie thread the other day and realised how many names on it have just disappeared.
Lots on our UK thread I keep hoping pop back in.
Same bud was thinking same other day it's quite alot enough for conspiracy nuts to start thinking perhaps lol mind you here used to be a bit more thick skinned and bans come easier today Vs then I think too I hope some of the old faces make an appearance in the future that always be nice for those who can to do soHaha.. he had a bee in his bonnet about LEDs and boveda packs
And yeah there's a lot of folks MIA.
I was just scrolling through a zombie thread the other day and realised how many names on it have just disappeared.
Lots on our UK thread I keep hoping pop back in.
Hollatchaboy
Well-Known Member
Man, I'm not attacking you. I seriously want to know how this works.
Heat during the day is very good for the plant, even in late flower they love a hot sunny day under the HPS( in my case ) !! The most important is to maintain the night shift cold and aerated ( 17-18-19 celcius ). The plant react a lot to the difference of temperature between days and night.
