Luxx Lighting - Luxx 645w LED Pro V2
Designed In Los Angeles, Cultivated Worldwide.
Please Note - This is purchase to order, we'll dispatch it once it arrives with us - it'll also arrive on a pallet due to its size, so please bear this in mind when ordering.
Luxx Lighting is a group of hands-on, southern California cultivators that believe, “If you don’t do it, you don’t know it”. They are constantly testing, and when they find what works best, they challenge themselves to make it better. They design products based on data and performance. As the technology changes, they will continue to be innovative in lighting the path ahead.
- 10ft 240v cord NEMA 6-15P with a 240-110v plug adapter
- Bolsters an output of 2.67μmols per watt
- 6 bars for a perfectly even footprint
- IP66 Waterproof
- Optimised to produce the goods in a 1.2m x 1.2m grow tent
- UL / ETL Listed
- Manual & Auto Dimming settings - use alongside the Luxx NX-1 controller for maximum control
- Plug & Play design
- 5-year warranty for peace of mind
1 x Luxx 645w LED Pro & Power Cable
Recommend Additional Purchases
How the Luxx 645w LED Pro Works
The LUXX 645 LED PRO is made up of Samsung horticulture whites and Osram reds. The respective companies lead the field in LED R&D, delivering high efficiency, reliability & diode performance. The LUXX 645 LED PRO deploys a lens angle of 120 degrees, from a 6 bar design, with a total of 2,226 diodes.10ft 240v cord NEMA 6-15P with a 240-110v plug adapter.
The LUXX 645 LED PRO features manual and auto power adjustment. Delivering the flexibility to dim the unit down to 40% total power for lower photon intensity, without affecting the quality of the spectrum
How To Use The Luxx 645w LED Pro
When cultivating under LED lighting, a cultivator might be tempted to execute a similar methodology to HPS cultivation. This strategy can lead to frustrating results due to the environmental differences, higher usable lighting levels and subsequent higher photosynthetic rates that stimulate growth with less room for error. The focal point of heat created by a bulb also helps burn off latent load (RH) which doesn’t occur with a properly built LED fixture, which diffuses heat into the ambient environment created a more evenness to environment but also can cause higher relative humidity. Also, with LEDs more input energy goes into created light than heat (which is the case with HPS).
This increase in light will stimulate higher photosynthetic rates, leading to higher transpiration rates and a higher demand of feed solution, all of which add more water into the room. When specifying dehumidifiers it’s important to match the dehumidification potential with the volume of water added. With LEDs, it is safe to assume that the peak water demand per day will be 1 gallon per sq ft of canopy. Remember this is PEAK water demand, daily water demands will in reality be less and dependent on pot size, cultivar type, and plant age. For example, a 2-week-old plant will require less water than a 6 week-old plant.
Because of the higher photosynthetic and growth rates, plants that recieve a higher ppfd will require more food. It is recommended when first cultivating under LEDs, for the cultivator to match PPFD levels used under HPS and make gradual increases of both light and fertilizer PPM during subsequent runs. It is also recommended that the cultivator uses a quality PAR meter that measures PPFD (umol) to understand how much light they are giving the plant.