Bumping Spheda
Well-Known Member
Idk, I see where both you guys are coming from. GPW measurement is much easier on tall plants which have potentially longer veg times than SoG or something. kWh might be the ideal measurement.
thats what the middle man tells me..."1 colour temp for one white led" makes a bit more sense now. does anyone know what temps are available from cidly?bouncin, the seller has no idea. Are those words from Cidly or the middleman on dhgate? 2700k-18000k is just the range they offer, one white led has one color temp
ok so another seller tells me i can choose from 630.660.460.430.585.6500.5500.2700.3000.12000.410.850.410.if getting an apollo get the aquarium model. You can run more whites.
12 leds per module
x2 630
x2 660
x5 2700k -3000k
x3 5000k
I used to have an apollo 10 grow.
go withok so another seller tells me i can choose from 630.660.460.430.585.6500.5500.2700.3000.12000.410.850.410.
would this be just as good
x2 630
x2 660
x2 2700k?
x3 3000k?
x3 5500k?
they can only do 5 white or blue. Even with 6 that's still too much red. There's red in the whites too. The leds and drivers on the grows are maxed out 700mA. The aquas have more drivers and running at 1450mA. The whites and blues run at a higher votage. Adding reds will lower the wattage so they are driven softer. That will make them run longer and having more whites will produce a higher par rating.Well, I'd prefer the grow model, I am 100% sure cidly can do 6pcs white or blue LEDs at each cluster for the grow model, in this way I would like 6 white and 9 red LEDs.
700mA is input current, there is nothing related with input voltage, they have upgraded their LED driver, each outlet only outputs 700mA, so if one cluster burns, the other clusters will never be affected. They have also updated their technology and can do 6-7pcs white or blue LEDs at each cluster.they can only do 5 white or blue. Even with 6 that's still too much red. There's red in the whites too. The leds and drivers on the grows are maxed out 700mA. The aquas have more drivers and running at 1450mA. The whites and blues run at a higher votage. Adding reds will lower the wattage so they are driven softer. That will make them run longer and having more whites will produce a higher par rating.
700mA is input current, there is nothing related with input voltage, they have upgraded their LED driver, each outlet only outputs 700mA, so if one cluster burns, the other clusters will never be affected. They have also updated their technology and can do 6-7pcs white or blue LEDs at each cluster.
And by the way, there is never too much red for flowering weeds. Finally, the more watt, the more PAR rating.
Sure~ and most Apollo LED grow lights growers at this site got great results even their spectrum ratio is very simple or unknow...Depends on your definition of 'red'.
Red can be overdone when the entire red spectrum is not being used in balance to what mj can use.
Most strains need little to no 660, and yet many panels are heavily 660: 630-650 is far more important say ~ 9:1
Well we will find out with hard evidence if 660 is any good or not. I reviewed many grows and many opinions before deciding on 660nm.
the xmls have quite a bit of 630 in their spectral chart. Yet bud size and fill still seemed a little lacking. Don't get me wrong, you could be absolutely right, 660 could be a waste or even a hindrance. But I want to see for myself before I come to a conclusion