Not drinking buddies tight
........just been emailing each other since the first gen next light days, told him the xml2 sucked and should go with cxa, lol......he's more As long as the lights grow oily dense dope, I don't care who's design he borrowed. I originally wanted the timbers but I just can't justify 1100 for 400 watts.It sure seems like Aquarium Pants is having trouble finding his own way.
Lets see - Tasty LED case color/spacing, PLC beveled corner design, Johnson Grow Lights cob Spacing on larger unit - grabbing a little here and there hoping for some left over crumbs of the cob market pie.
In that case, I'll consider the offer, brotherNot drinking buddies tight
about small diodes spread out deal. Cool guy, even with his Osram/Philips hate.....ha
He's interested in testing a cob fixture in the sphere, said doubts anyone would send him one......wouldn't skew the results imo, he's pretty honest about his own fixtures limitations.
Hi @HATORI HANZO - Timber Grow Lights would like to help you out. Shoot me a PM if I can be of assistance.
how about pics of the light and inside the case ?
I started a dedicated thread for the mini mo and I will post and unboxing and inside the case tonight after work.
2ppf/w seems about right with CXB3070 @ 30 watts each or so.Looks like the swiss are jumping on the cree cxb(3070) train
http://www.leoledgrow.us/en/models?utm_source=leoLED+Newsletter&utm_campaign=1924961f15-leoLED_20162_25_2016&utm_medium=email&utm_term=0_840dc70c42-1924961f15-75380905
2.5ppf/w!?........idk about that
Looks like the swiss are jumping on the cree cxb(3070) train
http://www.leoledgrow.us/en/models?utm_source=leoLED+Newsletter&utm_campaign=1924961f15-leoLED_20162_25_2016&utm_medium=email&utm_term=0_840dc70c42-1924961f15-75380905
2.5ppf/w!?........idk about that
I can't tell if they are using 3K or 3500K.
Thanks for the info friend...........but does the spec sheet translate in reality? Drivers(s), fan(s), fan drivers, reflectors, secondary lenses, pmma splash covers, diffusers,etc.
Look legit.
40k Lux seems really low for 620 watts.IDK but Fluence seems to be worried about marketing their image and how pretty their website is, but that's just me. IDK who said it, but when it comes to LED grow lights you can get a real good picture of how good the panel is by how nice the website is. The nicer the site the shittier the panel it seems. LOL Yeah I know, it's a terrible way to judge a panel's performance but goddamit just like a positive Throckmorton's sign it's right 9 x out of 10.
Well enough of fractured hips + penises here's another panel that someone needs to throw a plant under. I guess these were mentioned in January but there's a link to all the data you mathamagicians love
Luxtheon Lighting Corporation Unveils Hybrid Horticultural Lighting with LED and Plasma TechnologySAN DIEGO, CA) – Luxtheon Lighting Corporation – Manufacturer of intelligent Plasma & LED lighting fixtures for industrial & commercial use – is excited to announce the Medusa Grow Light, the industry’s 1st hybrid plasma and LED horticultural lighting fixture, providing full control of the light spectrum throughout the horticulture process. Featuring Luxtheon’s SolidFusion Technology, the Medusa grow light combines a high output 470 watt plasma lamp and two true full spectrum 50 watt blue LEDs to maximize product yield. Controls on the fixture allow growers to switch the LEDs on and off, as well as adjust the plasma spectrum between ‘Vegetation’ and ‘Flower’ stages. This is achieved by tuning the intensity of heat the plasma lamp emits between 20 and 100 percent.
http://www.ledsmagazine.com/ugc/2016/02/16/luxtheon-lighting-corporation-unveils-industry-first-hybrid-grow-light-featuring-led-plasma-technol.html
http://luxtheon.com/grow-light/
http://luxtheon.com/wp-content/uploads/2015/12/Spectrum-Analysis-Data.zip
Specifications
- PPFD (380 to 399nm): 10.745 μmol/m²s “Ultra Violet”
- PPFD (400 to 700nm): 816.34 μmol/m²s “Visible Spectrum”
- PPFD (701 to 780nm): 126.16 μmol/m²s “Infrared”
- Illuminance: 8,350 to 47,627 Lux
- CRI: 85 to 98
- CCT: 3,198 to 7,056K
- Voltage: 90 to 264V AC
- Amps: 5.58A @ 114V
- Wattage: 92 to 620 Watts
- Frequency: 50/60Hz
- Dimensions: 36.1 x 12 x 7 In.
- Weight: 43.8 lbs.
- Operating Temp: -30 to 122 F
- UL Listed Components
- Damp Location Friendly
- Optics (120°): Specular Reflector (Plasma), Direct Emission (LED)
- Cover: 1/8 Inch Clear Tempered Glass
- Distribution: 4’ x 4’ @ 18 Inches High
- Lamp: 470W Plasma Lamp @ 3,000K
- LED: (2) 50W Full Spectrum Emitters @ 5,600K
- Lifetime: 50,000 Hours (Plasma), 100,000 Hours (LED)
- Plasma Lamp Access Panel
- Position: Pointing Down
- Housing: Lightweight Steel Cover, Aluminum Internal Chassis
- Finish: Marine Grade Polyester Powder Coat
- Plasma EMI: Wire Mesh Shield
- 9.7’ Detachable Power Cord
- End Caps with Fans or 6" Ducts (Both Options Included)
- Built-In Power Outlet
- Warranty: 3 Years
- Designed, Manufactured and Assembled in the USA
Ya. System efficiency will be lower. Passive helps it no loss to fans and their shitty power supplies but temps could make or break it...no idea of Tc. It has not reflectors really and no secondary lens.
Was more of a general concern than the Leo lights specifically.
They're using (1) 2700k, (2) 3500k, and (1) 5000k
