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Let there be light - What's the best grow lights, growing ?

Whats Your Favorite Light Source, besides the sun... ;)

  • HPS - HIGH PRESSURE SODIUM

    Votes: 11 26.2%
  • DE HPS - DOUBLE ENDED HIGH PRESSURE SODIUM

    Votes: 3 7.1%
  • MH - METAL HALIDE

    Votes: 7 16.7%
  • HID - HIGH INTENSITY DISCHAGE

    Votes: 1 2.4%
  • CMH - CERAMIC METAL HALIDES

    Votes: 9 21.4%
  • LED - LIGHT EMITTING DIODE

    Votes: 21 50.0%
  • FLOURESCENT -

    Votes: 4 9.5%
  • MISSED ONE, MADE A MISTAKE - ADD IT IN COMMENTS PLEASE

    Votes: 1 2.4%
  • DIY LED

    Votes: 4 9.5%
  • THE SUN

    Votes: 3 7.1%

  • Total voters
    42

acespicoli

Well-known member
PG4,5 spoiler alert #147
 
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mountainoutlaw

Well-known member
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Chilledlogic grow craft.
 

Dime

Well-known member
I took a flourescent fixture,mounted a 1k halide and 1k hps to it, then I used an old wheel hub off of my truck , bolted it to steel plate for stability,then bolted a sheet of plywood to it and made a turntable and i give them a 1/4 turn or so every day for equal exposure and ease of watering. It keeps them from running and it gives good penetration .
 

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acespicoli

Well-known member

Conversion - Instantaneous PPFD to Integrated PPFD​


Most light meters measure the instantaneous photosynthetic photon flux density in µmol m-2 s-1 and yet plant growth is determined by the integrated daily photosynthetic photon flux density in mol m-2 d-1.
Here is how to convert from µmol m-2 s-1 to mol m-2 d-1 when using electric lights.
There are 3600 seconds in an hour. If the electric light output is constant, the instantaneous PPFD can be added up (integrated) over an hour.
Therefore 1 µmol m-2 s-1 = 3600 µmol m-2 h-1.
This must be divided by a million (1,000,000) to convert from micromoles to moles: 3600 µmol m-2 h-1 = 0.0036 mol m-2 h-1.
If the electric lights are on continuously (24 hours), the hourly PPFD must be multiplied by 24 to get the daily PPFD: 0.0036 mol m-2 h-1 = 0.0864 mol m-2 d-1.
There are 86,400 seconds in a day (3600 x 24 hours) so the daily PPFD can be calculated directly from the instantaneous PPFD from the following equation: µmol m-2 s-1 multiplied by 86,400 and divided by 1,000,000 = mol m-2 d-1.
So: 1 µmol m-2 s-1 = 0.0864 mol m-2 d-1 with continuous light
These conversions are accurate only under electric lights. The integrated daily PPFD from sunlight changes during the day so a single measurement cannot be used to estimate daily PPFD.

Daily PPFD Reference Table​

24-Hour Photoperiod
Instantaneous PPFD
(µmol m-2 s-1)
Daily PPFD
(mol m-2 d-1)
100.864
1008.64
20017.28
30025.92
*600*51.84
100086.40
2000172.80
16-Hour Photoperiod
Instantaneous PPFD
(µmol m-2 s-1)
Daily PPFD
(mol m-2 d-1)
100.567
1005.67
20011.52
30017.28
60034.58
*1000*57.60
2000115.20
12-Hour Photoperiod
Instantaneous PPFD
(µmol m-2 s-1)
Daily PPFD
(mol m-2 d-1)
100.432
1004.32
2008.64
30012.96
60025.92
100043.20
*1300*56.23
200086.40
*There are 50 to 60 moles per m2 day on sunny summer days in outside areas without any shade
 

acespicoli

Well-known member
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Overview​

AgroMax Clone Pro 9000k 18W LED Strip​

Clone lighting at its most efficient. The AgroMax Pro Clone 9000K LED grow light specializes in nursery applications including cloning, seedlings, and more. Coming in a pack of two, each strip is housed in a finned aluminum heatsink, running brighter with significantly less heat output. The Clone Pro produces a similar light output as your standard T5 light at 45.36 μmols. But what really sets the Clone Pro apart is its low-energy consumption at only 18 watts per light. The 9000K spectrum is optimized to meet the demands of vegging plants and take your clones to the next level. A blend of white, red, and blue Samsung LED chips promotes rapid and vigorous development in the early stages of growth.

The slim lightweight design makes these LED bars easy to mount onto plant racks, shelves, propagators, and cloning machines. Package comes with mounting hardware to help assist in mounting the Clone Pros into any current grow setup, large or small. LED strips are daisy-chainable, IP-65 rated, and backed by a 3-year warranty.

Features:​

  • Full Spectrum 9000K lighting
  • IP65 Waterproof rating
  • Input Power: 18 Watts
  • 120-240V input voltage (auto-sensing)
  • 45.36 μmol = 2.35 μmol/w
  • Coverage Area: 2′ x 4′
  • Mounting Height: 9″ above canopy
  • Strip Dimension: 41.5″ L x 1″ W x 1″ H
  • Package Dimension: 47″ L x 6″ W x 2.5″ H
  • 3-Year Warranty
  • ETL-Listed
Box Comes With: Two (2) 18W LED strips, 6.5″ power cord, 1.5″ daisy chain connector, four (4) mounting brackets, and accessories.
View AgroMax Clone Pro LED 9000K Instructions Guide
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https://growlightmeter.com/
 
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acespicoli

Well-known member
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T5 GROW LAMPS​

AgroMax T5 Horticultural Lamps are the premier brand of High Output T5 Fluorescent lamps on the market today! With almost 10 years in the marketplace, the AgroMax T5 Lamps have earned a reputation for reliability, performance and value that is unmatched by any other brand today. Made specifically for growing plants, the AgroMax T5 Lamps are tailored for your plants exact needs. There are many different spectrums to choose from to maximize growth during different stages of plant growth.

AgroMax 6400K LED TEK Bulb

AgroMax 6400K LED TEK Bulb AgroMax has taken one of our favorite T5 grow lights, the TEK series, and made it even better with the newest in LED technology! If you’ve been shopping with HTG for a while, there’s a good chance you’ve got one of our HTG Supply TEK fixtures somewhere. The all-new TEK …

AgroMax 6400K T5 LED Grow Light Bulb

AgroMax 4′ T5 LED Bulb – 6400K Upgrade your T5 grow lights with higher-efficiency, longer-lasting AgroMax T5 LED bulbs to boost growing power and save money! AgroMax 4′ T5 LED bulbs are a direct-fit, plug-and-play replacement for any 4’ T5 lamp (F54T5HO) and are quick, easy and safe to use. Simply install into the sockets …

AgroMax PLL 55 watt Compact T5 BIAX

3000K BLOOM – Pure Par – 6400K GROW – 10000K FINISHER
AM-T5-LED-3000k-bloom

AgroMax T5 Bloom LED Light Bulb

AgroMax Bloom LED Light Bulb Upgrade your T5 grow lights with higher-efficiency, longer-lasting AgroMax T5 LED bulbs to boost growing power and save money! With full-spectrum white chips and supplemental reds, this lamp is designed to boost the blooming potential of your flowers and plants. AgroMax 4′ T5 LED bulbs are a direct-fit, plug-and-play replacement …
T5 GROW LAMPS

T5 LAMP SERIES

3000K BLOOM – 5400K SUPER VEG – 6500K GROW – 10000K FINISHER – 10000K UV-A PLUS

The AgroMax 4' T5 LED bulbs are direct plug-and-play replacement T5 LED grow lights for standard 54-watt T5 bulbs. With a brighter 5200 lumen output and a power draw of only 41 watts, the AgroMax T5 LED bulb is more efficient than standard fluorescent T5 bulbs. Use this T5 LED grow light to easily equip standard 4' T5 grow lights with LED technology for reduced power consumption, improved spectrum, and longer lamp life. - Convert your existing T5 fixture into a new LED grow light with a simple bulb swap. - 41 watt power draw with a 5,200 lumen output. - Works well for seed starting, cloning, and vegetative plants


T5 PURE SERIES

PURE BLOOM – PURE PAR – PURE UV
 
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CocoNut 420

Well-known member
Hey bud, I use a mixture of lights, depending on the season I use different arrangements, tbh if I had a warmer climate I'd only use Led, I'm @57 degrees lat so I need HID and fluorescent for the heat they give off.
20240303_175042.jpg

I start my seeds with 4x T5s grow them on under the the t5s then flip to flower.
Screenshot_20231215_195405_Gallery.jpg

sometimes it's led only other times I use Mh and Mh with 240w boards each side of it.
IMG_20230504_000733 (1).jpg

650/680w led

My favourite light isn't the best imo lol, there's something about hid plants love, led requires a bit gentle coaxing to really get them going...I suspect that's temp related?

The crops I'm getting from led are better than my hps crops which imo weren't too shody.
DSC_1264.JPG

600/660w hps ^^^

Cheers bud 🌱
 

Rocket Soul

Well-known member
Hey bud, I use a mixture of lights, depending on the season I use different arrangements, tbh if I had a warmer climate I'd only use Led, I'm @57 degrees lat so I need HID and fluorescent for the heat they give off.
View attachment 19010230
I start my seeds with 4x T5s grow them on under the the t5s then flip to flower.
View attachment 19010231
sometimes it's led only other times I use Mh and Mh with 240w boards each side of it.
View attachment 19010237
650/680w led

My favourite light isn't the best imo lol, there's something about hid plants love, led requires a bit gentle coaxing to really get them going...I suspect that's temp related?

The crops I'm getting from led are better than my hps crops which imo weren't too shody.
View attachment 19010247
600/660w hps ^^^

Cheers bud 🌱
Have you tried Led + just a touch of incandescent? Worth looking into... Check out Greyfaders latest grow...

Incandescent have a much better coverage of reds + 660nm (better than hps and monst of hid) which are almost impossible to find in leds, but seems to have a fair bit of importance in horticulture context.

Hoping to try this myself next winter.
 
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CocoNut 420

Well-known member
Have you tried Led + just a touch of incandescent? Worth looking into... Check out Greyfaders latest grow...

Incandescent have a much better coverage of reds + 660nm (better than hps and monst of hid) which are almost impossible to find in leds, but seems to have a fair bit of importance in horticulture context.

Hoping to try this myself next winter.
Hey bud, no I've not tried or even seen incandescent in a grow I'll check out Greyfaders grow, thank you.

Side note...years n years back I tried growing bag seeds with a 100w incandescent bulb the seedlings grew to circa a 1ft in two days 😂

I'm a little surprised to hear incandescent has something to add to led.
 

Rocket Soul

Well-known member
Hey bud, no I've not tried or even seen incandescent in a grow I'll check out Greyfaders grow, thank you.

Side note...years n years back I tried growing bag seeds with a 100w incandescent bulb the seedlings grew to circa a 1ft in two days 😂

I'm a little surprised to hear incandescent has something to add to led.
I did the same with the same results! Bolted like mfer. I would never rec it as a stand alone, but as a complement!

I mentioned it here as the original comment was growing with hid due to cold climate. I do believe youve already seen pics of this in the led bud quality thread.

The way i think of incandescent is like a wide far red channel, and only very little %. It also helps throw a bit of heat on the cannopy to help with transpiration. But i have still to try it myself, maybe this winter.

Greyfader/Delta9 is a very talented grower using a self built/invented hydro system which seems very legit, im still hoping to convince my growbuddy to try it. The only thing holding him back is that hes afraid of high water consumption; were under water restrictions where i am and we rely on rain water.

Edit: it helps if you look up the spectrum online and try to make a mental overlay of it at a 1:10 ratio with leds, its just a bit of extra reds, far reds and infra red, exactly where the led redbump starts to dropp off.
 
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CocoNut 420

Well-known member
I did the same with the same results! Bolted like mfer. I would never rec it as a stand alone, but as a complement!

I mentioned it here as the original comment was growing with hid due to cold climate. I do believe youve already seen pics of this in the led bud quality thread.

The way i think of incandescent is like a wide far red channel, and only very little %. It also helps throw a bit of heat on the cannopy to help with transpiration. But i have still to try it myself, maybe this winter.

Greyfader/Delta9 is a very talented grower using a self built/invented hydro system which seems very legit, im still hoping to convince my growbuddy to try it. The only thing holding him back is that hes afraid of high water consumption; were under water restrictions where i am and we rely on rain water.

Edit: it helps if you look up the spectrum online and try to make a mental overlay of it at a 1:10 ratio with leds, its just a bit of extra reds, far reds and infra red, exactly where the led redbump starts to dropp off.
Thank you bud i appreciate the info, 1:10 as in 70w for my 720w bar light?

I've been enjoying my growing recently more than ever before, I'd be up for trying incandescent at some point if it's only 70w required, I only grow for me so it's difficult to justify costs although I enjoy messing with experimenting.
 

Rocket Soul

Well-known member
Thank you bud i appreciate the info, 1:10 as in 70w for my 720w bar light?

I've been enjoying my growing recently more than ever before, I'd be up for trying incandescent at some point if it's only 70w required, I only grow for me so it's difficult to justify costs although I enjoy messing with experimenting.
Havent tried myself but i believe that was the ratio he used, but his leds were less efficient. Maybe just a few bulbs with a dimmer, and look out for that bolting. Or even ask Greyfader, hes a good guy
 
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