Pictures of LED/HID lights on this grow. the hand held pictures, i had to lock because of trying to get an angle that wouldn't glare off the face. realizing that some would think it was "rigged" to look that way, i simply put the senser on the bucket tops (120cm's distance as compared to the 60cm hand held distance) anyone really interested in the difference of lumens to LUX can look it up but both are basically the same. I use LUX in my work for "total light" comparisons and spectrometers for nm research. micromoles being shown here are a grouping of color, in this case reds and greens. (I use nm to nm specifications and
View attachment 133023 microwatts readings) if the total LUX is higher on narrow band lighting (LED) than on broad band lighting (HID), by deduction, you already know the the
View attachment 133022 micromole is higher. so when George says lumens are not necessary in taking readings, simply put, wrong. Its a very good video and helped prompt me in
View attachment 133021the LED direction. Also, you will note that he has stopped talking about bin 4 and 5, the IR sections. IR is very important for the photo chemical react
View attachment 133020ions to take place in the leaf walls, just like the IR needed for D3 in humans, yes, its a photo reactive action but it needs heat (IR) to complete this
View attachment 133019 action. we believe that the near IR is better because it penetrates deeper. the new LED has 815nm added at a 10-4-1 ratio. enough bable, some pictures:
View attachment 133018 OH, and i should explain, these are reading with "00" after the number, 62,100LUX. Half of mid day sun