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Additional lighting range

Lumatek Supplemental Lighting Range: the complementary lighting that makes a difference

The Lumatek supplemental lighting range includes LED solutions designed to complement your main setup or illuminate specific areas of your grow space. These compact LED panels offer an optimized spectrum and remarkable light efficiency to boost your yields w...

Lumatek Supplemental Lighting Range: the complementary lighting that makes a difference

The Lumatek supplemental lighting range includes LED solutions designed to complement your main setup or illuminate specific areas of your grow space. These compact LED panels offer an optimized spectrum and remarkable light efficiency to boost your yields without skyrocketing your electricity bill.

Why choose Lumatek supplemental lighting

Frankly, when you see the difference well-placed supplemental lighting can make, you understand why Lumatek developed this specific range. These LEDs deliver a homogeneous PPFD with reduced consumption compared to traditional solutions. The full-spectrum of Lumatek panels perfectly covers growth and flowering needs, with peaks in far-red that truly stimulate elongation and bud formation.

The major advantage is installation flexibility. These panels easily fit into corners, under lower branches, or as side lighting. Passive heat dissipation prevents hot spots, even in confined spaces. And in terms of durability, we're talking about 50,000 hours of operation with reliable Meanwell drivers.

How to choose your Lumatek supplemental lighting

To choose the right model, first calculate the area to be lit and the desired PPFD. The 200W models effectively cover 60x60 cm with 800-1000 µmol/m²/s, while the 300W models go up to 80x80 cm. Also check the available height: these panels are generally 5-8 cm thick and require 30-60 cm of distance depending on the power.

The spectrum is another key criterion. Recent models integrate Samsung LM301B or LM301H diodes with additions of 660nm red and 730nm far-red. This combination optimizes photosynthesis while triggering photomorphogenic responses that improve plant structure.

Frequently Asked Questions

What is the difference between Lumatek Attis 200W and 300W LEDs for my grow space?

The main difference lies in light output and coverage area. The Attis 200W delivers approximately 520 µmol/s with optimal coverage of 60x60 cm, while the Attis 300W goes up to 780 µmol/s to cover up to 80x80 cm. In terms of efficiency, both models are around 2.6-2.8 µmol/J, but the 300W offers better light penetration for taller plants. For a 60x60 tent, the 200W is more than enough, but if you're aiming for more aggressive growth or denser plants, the 300W provides that little extra that makes all the difference.

How to install a Lumatek supplemental lighting range lamp for homogeneous distribution?

Optimal installation depends on your setup, but a few rules apply. Hang the panel parallel to the canopy with adjustable straps to easily adjust the height. For homogeneous distribution, center the panel above the grow area and maintain a 120° light diffusion angle. If you use multiple panels, space them so that the light cones slightly overlap without creating hot spots. A lux meter or PAR sensor helps you check uniformity: the deviation between the center and the edges should not exceed 20%.

Is the Lumatek ATS300W suitable as supplemental lighting in a 100x100 cm tent?

Yes, the ATS300W works very well as supplemental lighting for a 100x100 tent, especially if you already have main lighting. It provides approximately 780 µmol/s distributed over the surface, which perfectly complements an existing setup. However, if it's your only light, you might be a bit short on light intensity to optimize yields over the entire surface. In this case, two ATS300W or a combination with other light sources will yield better results. The recommended hanging height is 45-60 cm to avoid light stress while maintaining good penetration.

What hanging distance to avoid burning plants with Lumatek LEDs?

The hanging distance varies depending on the power and the plants' development stage. For 200W models, maintain 40-50 cm during growth and 30-40 cm during flowering. The 300W models require 50-60 cm during growth and 40-50 cm during flowering. These distances ensure a PPFD of 600-900 µmol/m²/s without light stress. Monitor for signs of burning: yellowing leaves, browning edges, or stunted growth. If you observe these symptoms, immediately raise the panel by 10-15 cm. An integrated dimmer also allows you to adjust the intensity rather than the height.

How to maintain Lumatek Attis LED panels to extend their lifespan?

Maintaining Lumatek LEDs is quite simple but crucial for maintaining performance. Clean the diodes every 15 days with a slightly damp microfiber cloth to remove dust that reduces light efficiency. Regularly check that the heat sinks are not obstructed and that the room ventilation is sufficient. Avoid thermal shocks by allowing the panels to cool before cleaning. Also check electrical connections and drivers every 6 months. With these simple steps, your Lumatek LEDs will retain 90% of their initial intensity after 50,000 hours of use.

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What is Lumatek supplemental lighting used for?
   

Lumatek supplemental lighting, as its name suggests, is designed to complement your main lighting. I recommend it for targeting specific areas that lack light, for increasing overall light intensity without overloading the main setup, or for providing precise light spectra at key stages of your plants' growth. It's an excellent way to optimize photosynthesis and, ultimately, your yields.

How do I choose Lumatek supplemental lighting?
   

To choose Lumatek supplemental lighting, I advise you to consider several key factors. First, think about the size of the area to be lit and the type of crop. Then, evaluate the light spectrum your plants need (growth, flowering, or a full spectrum). Finally, power and luminous efficacy (PPF/W) are crucial to ensure sufficient input without overconsumption. Don't hesitate to consult comparisons to help you make your choice, such as the one I made between different LED lamps in this article.

What power should I choose for a supplemental Lumatek panel?
   

The power of a supplemental Lumatek panel will depend on the light intensity you want to add and the surface area. Generally, for supplemental lighting, I don't aim to match the power of the main lighting, but rather to fill gaps or reinforce areas. For small areas or for targeted supplementation, LED bars from 30W to 100W can be very effective. If you need a more comprehensive guide on power, I have already detailed the ATS Pro 200W and 300W ranges in a dedicated article.

What is the ideal distance for supplemental Lumatek LEDs?
   

The ideal distance for your supplemental Lumatek LEDs is crucial to maximize their efficiency without stressing your plants. I recommend starting with a distance of approximately 30 to 60 cm from the canopies, then adjusting based on light intensity and your plants' reaction. Lumatek LEDs are generally very efficient, so too close a distance could cause burns, while too far a distance would reduce the beneficial impact. Observation is your best tool!

What is the difference between main and supplemental Lumatek lighting?
   

The main difference, as I often explain, lies in their role. Lumatek main lighting is designed to provide the majority of the light needed for your plants' growth and flowering across the entire growing area. Supplemental lighting, on the other hand, is there to optimize or correct specific situations: providing extra light on the sides, targeting the lower parts of the plants, or supplementing a spectrum for a particular phase. These are two complementary approaches for successful cultivation.

What light spectrum for supplemental Lumatek?
   

For supplemental Lumatek lighting, the choice of spectrum will depend on what you want to achieve. If your main lighting is already complete, I can advise you to opt for a targeted spectrum. For example, far-red to stimulate flowering or blue to strengthen vegetative growth. However, a full spectrum remains an excellent option for general input. I have already discussed adding a full spectrum LED bar in one of my articles, which may give you some ideas.

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