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2 plants side by side and only one had gnat's ? I sort of find that hard to believe .

That's because true horticulturist use DLI for the plants they cultivate,

Glad you got un-banned from over there

Use 3.4 btu's per watt to figure your cooling, but it really depends on how hard you are driving them as far as cooling goes.

That's one poor looking comparison, burnt up plants! You and Hybrid need to get this figured out pronto!

Too much light on the HLG side

( I did) when? At the beginning of the grow. Last time you said anything about your parameters was on DE-FO and said 1800 ppm, no other comments on any other parameters at that time. I guess I will just lay it out there for you. You simply don't understand coir basics period. Coir has a CEC...

Let them stretch for the light, you won't need full power till week 3 of flower.

Then why don't you post your parameters up with each update on the side by sides ?

I don't know but if I was running 1250 u/mols out of my fixture, I'd be running Co2 and maxing my nutrient profile.

It's violet and the above that does the trick late in flower not Blue.

Is there any real growers in this discussion ?

Let us see 222.21 V X .2604 A = 57.63084 watts. Not the 56.2 watts they're claiming, so the eff rating is over exaggerated also.

Then why doesn't that work in a coir mix ? Have you tried that ? Seems to me that if they grow that good in the cloning solution you would think to add some of that to your regular feeds to see if that helps your (LED) deficiency.

Both here CV/CC

Use what you want! I was only comparing the H-influx to the F-series and my thought progression as far as value and cost.

They did take the 25 piece discount out! You are correct as the difference is minimal between the 2 but the H-influx are 24mm wide would require more than a standard u-channel size for mounting and cooling. Also the H-influx thermal design is running at 55c compared to 65c for the f-series, so...

Not enough INFO, but from my experience 5 gallon buckets of coir is to large for plants those size.

Peat is formed by decomposition and accumulation process of plant materials that grow on the land which is influenced by dry and wet season period. Peat formation occurs in a long period with the formation rate of about 1 mm per year (Charman, 2002), which means 1 m deep peat needs 1000 years to...