Expert LED horticole depuis 2009 +50 000 commandes livrées Note boutique 4,7/5 · 1 766 avis King-Avis SAV horticole français

Catalog

Master COB

0 products

Indoorled Master COB: The Game-Changing COB LED Lighting

Indoorled's Master COB brings Chip On Board (COB) technology to horticultural lighting. Unlike traditional LEDs that use individual diodes, the Master COB concentrates multiple LED chips on a single substrate to create an ultra-dense and homogeneous light source. The result? Exceptional light penetration and perfect distribution across the entire canopy.

Why choose Indoorled Master COB technology

The Master COB revolutionizes indoor lighting with its impressive photonic density. With a PPFD that can reach 1500 µmol/m²/s at 30cm, it significantly outperforms traditional LED panels. COB technology eliminates the shadow areas typical of multi-diode lighting and provides uniform coverage even at the edges of the growing area.

The energy efficiency of the Master COB is remarkable: it consumes 30% less than an equivalent HPS while producing less heat. No more temperature problems in small setups! The full spectrum integrates wavelengths from 380nm to 780nm, optimized for all growth phases. High-quality COBs guarantee a minimum lifespan of 50,000 hours.

How to choose your Indoorled Master COB

The choice of power depends directly on your growing area. For a 60x60cm tent, a 100W Master COB is more than sufficient. 120x120cm spaces typically require 200W to 300W depending on the available height. Hanging distance plays a crucial role: the further you can move the lamp away, the more homogeneous the distribution will be.

Check compatibility with your ventilation system. Master COBs generate concentrated heat that must be efficiently evacuated. An extractor adapted to the volume of your space (calculation: volume x 60 for the minimum flow rate in m³/h) is essential. Some models include passive heatsinks, while others require active ventilation.

The beam angle directly influences coverage. 90° COBs are suitable for low setups (less than 80cm in height), while 120° are perfect for tall tents where you can move the light further away. Also consider dimming options: an integrated dimmer allows you to adapt the intensity according to the growth phases.

Frequently asked questions

What wattage Master COB Indoorled should I choose for a 120x120cm tent?

For a 120x120cm tent (1.44m²), count on 200W to 300W depending on your goals. A 250W Master COB placed at 50-60cm height offers an optimal PPFD of 800-1000 µmol/m²/s over the entire surface. If you are growing light-hungry varieties or aiming for maximum yields, opt for 300W. For more classic crops, 200W is largely sufficient and will save you on your electricity bill.

How to adjust the height and intensity of the Master COB to avoid light stress?

Always start by placing your Master COB at a minimum of 80cm during the first few weeks, then gradually bring it closer. During vegetative growth, 60-70cm with 60-70% intensity avoids stress. During flowering, lower it to 40-50cm with 100% intensity. Watch for signs: bleaching leaves, browning edges, or stunted growth indicate excessive light. A lux meter or PAR meter will give you precise measurements for fine-tuning.

Is the Indoorled Master COB better than classic LED or HPS for indoor growing?

The Master COB surpasses classic LEDs in light penetration and homogeneity, but costs more upfront. Compared to HPS, it consumes 40% less, heats up much less, and lasts 5 times longer. The optimized spectrum of the COB promotes resin production and bud density. The only drawback: the higher initial investment, but the electricity savings and durability quickly compensate.

How to install the Indoorled Master COB in a Probox Master, with or without a reflector?

In a Probox Master, attach the Master COB directly to the suspension bars with the provided hooks. No reflector is needed: COB technology already diffuses light perfectly. A reflector can even create hot spots and reduce efficiency. Make sure to leave a minimum of 15cm between the COB and the walls for air circulation. The ideal is to perfectly center the lighting for uniform coverage over the entire growing area.

Should the COBs of the Indoorled Master COB be cleaned and how to make it last a long time?

Clean the COBs every 2-3 months with a slightly damp microfiber cloth, with the lamp off and cooled. Avoid chemical products that could damage the LED chips. Dust reduces light efficiency by 10-15% in a few months. To maximize lifespan, maintain an ambient temperature below 30°C and ensure that the ventilation effectively evacuates heat from the heatsink. A well-maintained Master COB retains 90% of its power after 30,000 hours of use.

Help & advice

Frequently asked questions

About Master COB — click a question to see the answer.

What is the difference between COB LED and classic LEDs for indoor growing?

The main difference is light concentration. With classic LEDs, you have individual diodes scattered. The Master COB, however, groups several chips on a single substrate. This creates a much denser and more homogeneous light source, which translates into better light penetration into the canopy and a more uniform distribution over your plants. It's a bit like comparing a spotlight to a multitude of small bulbs.

What Master COB wattage should I choose for my growing area?

That's an excellent question, and the answer really depends on your space. Generally, I recommend aiming for about 30 to 50 watts per square foot (approximately 0.09 m²) for efficient indoor growing. For a Master COB, thanks to its efficiency, you might even be in the lower range. I always recommend checking the model specifications and manufacturer's recommendations for your exact area, as actual power and coverage can vary.

How far should I install the Master COB light?

Distance is crucial to avoid light stress and maximize efficiency. Generally, I start by positioning my Master COB between 40 and 60 cm from the canopy. Then, I carefully observe my plants. If I see signs of bleaching or burning, I raise the light slightly. If the plants stretch, I lower it a bit. The goal is to find the right balance for intense light without damage.

What are the advantages of COB technology for horticultural lighting?

The advantages are numerous! Firstly, light penetration is exceptional. Thanks to its dense source, light reaches the lower parts of the plant better. Secondly, the distribution is very homogeneous, which minimizes hot and cold spots. Finally, the Master COB is often more energy-efficient and has a longer lifespan than other technologies, which is a benefit for your wallet and the environment. I find this technology truly effective for demanding growers.

Is the Master COB suitable for growth or flowering?

The Master COB is designed to be versatile and effective throughout the entire life cycle of your plants. Thanks to its well-balanced light spectrum, it provides the necessary energy for both the vegetative growth phase, promoting robust development, and for flowering, stimulating the production of flowers and fruits. This is what I particularly appreciate about this type of technology: no need to change lights between cycles.

What mistakes should I avoid with a COB LED light in indoor growing?

The main mistake I often see is not adjusting the distance correctly. A Master COB too close can burn your plants; too far, they will stretch. Next, it's crucial to ensure good ventilation, because even if LEDs generate less heat than HPS, they still emit heat that needs to be dissipated. Finally, don't neglect the importance of a good nutrient program, as intense light demands more from your plants. I explain the importance of nutrition in more detail in this article on nutrients.

COB LED vs HPS: what's the difference in terms of consumption and efficiency?

That's a very relevant comparison! In terms of consumption, the Master COB is significantly more advantageous. It uses much less energy to produce an equivalent, or even superior, amount of light compared to an HPS. For efficiency, the Master COB converts a larger portion of electrical energy into useful light for plants, with less heat generated. This means lower electricity bills and easier temperature control in your growing space. It's a potentially higher initial investment, but one that quickly pays for itself.

Cannot find your answer? 01 88 33 45 52 or by message.