They do the job, just right...thanks...i have wheels underneath them.
96 plants were somewhat smaller than 288s at 12:12. They took off stronger than 288s, and 288s grew a little slower.
96s have slightly longer, thicker colas at the moment. 288s have a little wider canopy, but somewhat shallower.
288s seem to be growing a little faster than 96s now, can’t wait to see what this looks like at the end...
Nice plant, classic look, hope you win something.
New lights will be there soon...
Yeah, they are on the way, brother, and I've to send you a huge "thank you" across the ocean.
Got the tracking number yesterday and they should arrive next week. Maybe tues- or wednesday..
Next thing is to order a few siutable MW AB drivers and some more aluminum to get the heat sinks done.
How much boards do you plan to use per tent? 4, 6 or even 8 like with the 288's?
I think your goal is up to 1100μMol/s PPFD at around 24" hanging heights like in your other tents?
If so 6 boards and 3 HLG-240H-48A or AB should work. ~900w!
I really like the new AB series cause you can set a certain voltage level "and" use an external dimmer to make the dimming more comfortable. With 2 boards in parallel you need to set the voltage to 49,5 or 50v maximal with A and AB (a little more than needed but you need a little headroom for cold starts) and you would get up to 300w per driver.
Probably ~6A per driver..
You could also use 3 HLG-320H-54B if you want it dimmable down to off. This driver has probably up to 6,5A, has no voltage regulator(so no need to change voltage settings) and the boards would run in constant current mode from the beginning.
Probably around 320w each pair of boards!
The wiring is as easy as it can be. + and - from the driver are going to + and - of the 1st board and the second board is connected to the 1st board using the other + and - connectors. + goes to + of the 2nd board and - to the - connector. The remaining pair of connectors on the 2nd boards stay unused/open.
You can also use a 3 slot Wago clamp on each driver output(+ and -) and add two AWG18 wires to each Wago. The + wires go to board 1 and 2/+ connectors and the - wires to the - connectors. Each board would be directly powered and the 1st board don't need to handle the additional current of the 2nd board. So this setup will probably end up with a few watts more because of less droop.
That's it aleady!
We continue talking when you hold them in your hands ..