01 — Description
Présentation du produit
The ZEUS 465W PRO 2.9 LED horticultural panel is here!
Excellent performance and results for indoor cultivation!
The manufacturer Lumatek offers us a complete and homogeneous spectrum on this LED lighting.
They cover a cultivation area of approximately 1.2x1.2 m .
A return on investment will be significant for growers!
The Zeus 465W PRO 2.9 is a luminaire producing a high PPF of 1353 µmol/s and a photonic efficiency (luminaire efficiency) of 2.9 µmol/J .
Lumatek has composed the ZEUS 465 W PRO 2.9 with the best OSRAM and Lumileds LEDs on the market, in order to optimize the growth and flowering phases of plants.
This horticultural LED is 100% dimmable , the lighting can be automatically controlled externally using the “ Lumatek Digital Panel ” (sold separately) .
This makes it possible to vary the intensity of the light according to the phases of plant development, without losing efficiency!
You will be able to 100% control the light, the temperature, simulate a sunrise and sunset...
02 — Specifications
Caractéristiques détaillées
| Functions | Dimmer and Console Compatibility |
| Waterproof | Yes |
| Product includes | 1 x Power Cable 1 x 0-10V Light Dimmer + Velcro 2 x Metal Cable Hangers 1 x Manual |
| Format | Système multi-barres |
| Garantie (ans) | 5 ans |
| Surface de culture (m²) | 120 x 120cm |
| Puissance consommée (W) | 475W |
| Équivalence HPS/MH (W) | 665W |
| Poids (kg) | 10Kg |
| Type de contrôle | Filaire |
| Tension (V) | 200-240 |
| Mode de gradation | Dimmer + 0-10V |
| Dimensions (mm) | 998x900x51.9 |
03 — Customer reviews
Customer reviews
Comments All reviews
Ce modèle se distingue par une lumière équilibrée et agréable, créant une ambiance propice à mon usage. Le dispositif ne génère pas de chaleur excessive, ce qui est un avantage considérable pour le contrôle thermique de mon espace. Son installation s'est déroulée sans encombre grâce aux accessoires fournis, ingénieusement conçus. Le prix demeure conséquent, toutefois la robustesse et la finition semblent le justifier pleinement. Après plusieurs heures d'utilisation, je suis encouragé à continuer d'exploiter cette technologie.
Recommended to buy: Yes
Bon rapport qualité-prix
Bon rapport qualité-prix. Fonctionne correctement. Livraison un peu lente.
Recommended to buy: Yes
C'est un bon
C'est un bon produit. Un peu cher, mais la qualité est là. Fonctionne comme prévu.
Recommended to buy: Yes
Rapide
Franchement super.
Recommended to buy: Yes
Franchement, je suis
Franchement, je suis bluffé par la qualité. Livraison rapide et bien emballé. Les plantes poussent vraiment mieux depuis que j'utilise ça. Vraiment pas déçu de mon achat.
Recommended to buy: Yes
04 — Questions about this product
Product questions
Your questions about this product
- What is the lifespan of the OSRAM and Lumileds LEDs in the multi-bar horticultural LED system Zeus 465 PRO 2.9 from Lumatek?The OSRAM and Lumileds LEDs used in the Zeus 465 PRO 2.9 multi-bar horticultural LED system from Lumatek have a long lifespan, estimated at over 60,000 hours. This is one of the major assets of this system, part of the new Zeus 2.9 line, known for its highly efficient LEDs. The Zeus 465 PRO 2.9 includes 5 LED bars of 93W, mounted on a durable and lightweight structure. One of the features of this range is the Clear Glue protection technology which improves light transmittance and diode lifespan, while ensuring high corrosion resistance and waterproofness. Thanks to Lumatek's durability and quality of manufacture, this model is also guaranteed for 5 years by the manufacturer.
- What is the average lifespan of the LEDs on this panel and how does it impact the consistency of the lighting over time?
The average lifespan of the LEDs of the Zeus 465 PRO 2.9 panel is about 60,000 hours. This remarkable longevity, supported by high-quality components like Osram and Lumileds diodes, ensures very stable lighting consistency over time.
In practice, this means that the light intensity and spectrum quality remain homogeneous throughout the entire usage duration, essential to maintaining optimal conditions in your indoor cultivation. You can thus rely on reliable and durable performance without notable degradation, maximizing the quality of your harvests.
- What is the precise detail of the PPFD curve at 30 cm from the Zeus 465 PRO 2.9 on a surface of 1.2x1.2 m and its actual impact on yield g/Watt in flowering?
The Zeus 465 PRO 2.9 from Lumatek offers a PPF of 1353 µmol/s with an energy efficiency of 2.9 µmol/J, which demonstrates excellent light performance. At 30 cm, the distribution over a surface of 1.2 x 1.2 m is designed to be uniform due to a 120° beam angle, ensuring optimal penetration and minimizing hotspots.
Regarding the precise PPFD curve at this distance and surface, detailed data is not published, but the system ensures an effective distribution of light useful for photosynthesis.
In terms of yield g/Watt during flowering, although there is no exact figure for this model, its high energy efficiency suggests optimal conversion to plant biomass, ensuring a good consumption/production ratio under suitable growing conditions.
- What is the average power consumption in dimmable mode at 50 percent on an area of 1.2x1.2 m with the Zeus 465 pro 2.9?The Lumatek Zeus 465 PRO 2.9 has a nominal power consumption of 475 W at full power on an area of 1.2 x 1.2 m. In dimmable mode, set to 50%, its average consumption is about 237.5 W. This multi-bar LED system offers precise control via a dimmer, allowing you to adjust the power and optimize consumption according to your needs.
- Actual consumption of the Zeus 465 PRO 2.9 vs Lumatek efficiency 2.9 umol per joule? What is the ideal maximum area for 1 panel without loss of efficiency?
The Zeus 465 PRO 2.9 from Lumatek actually consumes around 475 watts to deliver a photon flux of 1353 μmol/s, with an efficient yield of 2.9 μmol/J. This level of efficiency allows for the optimization of every watt spent.
For optimal use, this panel ideally covers an area of about 1.44 m² (1.2 x 1.2 m) without loss of efficiency. Beyond that, the light distribution could become less homogeneous, which can affect the overall performance of the crop.
This system is perfectly suited for compact spaces where powerful and efficient lighting is sought, thus ensuring healthy and productive growth of your plants.
- What are the concrete advantages of a dimmable LED panel like the Zeus 465 PRO 2.9 for managing multiple varieties simultaneously in a 12x12m space, considering the specific light needs at each growth stage?
The dimmable LED panel Zeus 465 PRO 2.9 offers a remarkable flexibility for managing multiple varieties in a 12x12 m space thanks to its dimming system. You can precisely adjust the light intensity according to the specific needs of each variety and each growth stage (germination, growth, flowering), optimizing photosynthesis without stress.
Its multi-bar design ensures a uniform light distribution across the entire surface, eliminating shadow areas and hotspots, promoting even growth. With high light output (1353 µmol/s) for low energy consumption, it meets the requirements of the most sensitive plants.
Moreover, the modularity of the system allows for the installation of multiple units to create micro-environments perfectly suited to each variety, facilitating the management of several simultaneous growing cycles in a restricted space.
- What is the best dimming management strategy with the Lumatek digital panel to maximize yields under the Zeus 465 PRO 2.9 in a 1.20x1.20 m cultivation without compromising maximum photon power?
To maximize yields in a 1.20 x 1.20 m area with the Zeus 465 PRO 2.9 and its Lumatek digital panel, the best dimming management involves adjusting light intensity according to growth phases:
- Germination and propagation: dim between 25 and 50% to avoid seedling stress while ensuring sufficient light.
- Vegetation: gradually increase to 50-75% to support rapid and vigorous growth.
- Flowering: move to 100% to harness maximum photon power and optimize quality and yield.
The Lumatek panel also allows simulating dawn and dusk, promoting a natural light cycle, and integrates thermal protection systems to safeguard the equipment. Remember to keep the LED bars clean to ensure consistent efficiency.
This strategy fully leverages the 1353 µmol/s and the efficiency of up to 2.9 µmol/J of the system, thus ensuring optimal lighting without compromising maximum power or crop quality.
- What is the average cooling time of the Zeus 465 PRO 2.9 during continuous use for a 1.2x1.2 m crop?
The Zeus 465 PRO 2.9 features an efficient passive cooling system that relies on natural heat dissipation through its five LED bars. During continuous use for a 1.2 x 1.2 m crop and under typical ambient temperature conditions (20°C to 30°C) with good air circulation, the average cooling time after shutdown is usually between 30 minutes and 1 hour.
This cooling is carefully designed to ensure a long LED lifespan (up to 60,000 hours) while providing optimal operation without overheating, even without active fans.
- Is the Zeus 465 PRO 2.9 really a plug and play kit to start? Is the size 1.2x1.2m ideal for a first home indoor grow? Is it easily compatible with a Lumatek Digital Panel control system for automatic management?
The Zeus 465 PRO 2.9 is indeed a very plug and play kit, designed to be easy to assemble and use, even for a beginner. You can start your cultivation quickly and without technical difficulties.
The size 1.2 x 1.2 m is perfectly suited for a first indoor grow at home. It allows for good utilization of the light power (465W at 2.9 µmol/J) while providing enough space for a few plants, ideal for familiarizing yourself with indoor growing.
Finally, this system is compatible with the Lumatek Digital Panel Plus 2.0 and other 0-10V controllers, allowing for complete automatic management: variable intensity, lighting schedules, thermal safety. This is a real advantage to simplify and optimize your cultivation.
- How can I integrate the brightness control of the Zeus 465 PRO 2.9 with the Lumatek Digital Panel system to optimize the differentiated management between growth and flowering?
The Zeus 465 PRO 2.9 is fully compatible with the Lumatek Digital Panel Plus 2.0, allowing for precise external control of brightness through dimming down to 1% increments. To integrate this control, simply connect the Zeus 465 PRO 2.9 to the Digital Panel via the dedicated interfaces.
You can thus program different light intensities according to the growth phases: a moderate light for growth promoting good vegetative development, then maximum intensity during flowering to stimulate flower production. The panel also offers the possibility to automatically manage lighting durations, ensure thermal safety, and simulate sunrise/sunset – a plus for a natural lighting environment.
Thanks to this centralized and automated management, you optimize light quality while saving energy and simplifying control, even on large setups that can group up to 100 luminaires.
- Is the Zeus 465 PRO 2.9 suitable for a micro space of 1x1m? Is the dimmable management useful in a restricted space?
The Zeus 465 PRO 2.9 is perfectly suited for a micro space of 1x1 meter, with its optimal coverage being 1.2 x 1.2 m. Its 100% dimmable function allows for precise adjustment of light intensity, a real advantage in restricted spaces to limit heat and electrical consumption while providing optimal lighting for your plants. This fine management also opens the possibility to adjust the spectrum according to growth phases. A technical and effective solution to maximize your indoor cultivation.
- What is the best protocol to synchronize two Zeus 465 PRO 2.9 panels in parallel on a growing surface to optimize growth and flowering without overheating?
To effectively synchronize two Zeus 465 PRO 2.9 panels in parallel and optimize growth and flowering without overheating, the best protocol is based on using the Lumatek Digital Panel Plus 2.0. This controller allows for precise synchronization of the two panels, fine dimming in 1% increments, as well as automatic temperature control to prevent overheating.
Additionally, the sunrise/sunset mode simulates a gradual increase and decrease of light, which reduces thermal stress and improves plant development. This system is perfectly suited for a surface area of approximately 1.2 x 1.2 m, corresponding to the optimal coverage of the two Zeus 465 PRO 2.9.
In summary, connecting your panels to this controller, programming a gradual dimming, and monitoring the temperature ensures optimal management of lighting and heat, thus maximizing the yield and longevity of your equipment.
- Is the light output of 465W from the Zeus 465 Pro 2.9 really more efficient than comparable LED panels in terms of yield per m² and heat management?
The Lumatek Zeus 465 PRO 2.9 delivers around 475 W with an exceptional efficiency of 2.9 µmol/J, placing it among the top performers in horticultural LED in its category. With a photon flux (PPF) of 1353 µmol/s and an optimized coverage of about 1.44 m², it ensures homogeneous and efficient light distribution for your cultivation.
Its modular multi-bar design with advanced heat dissipation technology clearly enhances heat management compared to conventional LED panels, helping to preserve the lifespan of components while preventing overheating. Furthermore, its dimmable system offers intelligent control to adjust power according to needs, thus maximizing yield per m².
In summary, the light output of 465W from the Zeus 465 PRO 2.9 is not only more efficient in terms of light yield per watt than many comparable panels, but also better thermally managed, making it an excellent choice for optimized cultivation.
- What is the real yield in grams per m2 with the Zeus 465 PRO 2.9 on an area of 1.2x1.2m in full cycle cultivation?
The Zeus 465 PRO 2.9 from Lumatek, with a consumption of about 475 watts and an energy efficiency of 2.9 μmol/J, is a very efficient system capable of producing about 1.75 grams per watt. On an area of 1.2x1.2m, this could theoretically reach between 800 and 830 grams per full cycle, in optimal conditions.
However, this actual yield strongly depends on factors such as the type of plant, the quality of the cultivation, the environment, and the horticultural practices adopted.
