60W Super Star LED horticultural lamp

Your questions about this product

• What is the exact electrical consumption in kWh per month for this 60W Super Star LED horticultural lamp when used 12 hours a day for a full month?
  For the 60W Super Star LED horticultural lamp used 12 hours per day for a month (30 days), the electrical consumption is 21.6 kWh per month (0.06 kW × 12 h × 30 days). It is an efficient lamp that remains energy economical.
• What is the optimal distance between the Solux Super Star 60W LED lamp and the plants in the flowering phase to maximize yield without the risk of burning?

  For the 60W Super Star LED Horticultural Lamp in the flowering phase, the recommended optimal distance is between 15 and 25 cm from the plants. This range allows for maximizing luminous yield while avoiding the risk of burning.

  It's essential to closely observe your plants for any signs of stress (leaves too light or burning) and adjust this distance based on their reaction. Proper management of the distance ensures beautiful, healthy, and productive flowering.

• What is the ideal distance to optimize growth without risking overheating the plants with this fanless LED system?
  For the 60W Super Star LED-Grow Light, the ideal distance to avoid overheating varies depending on the phase of your cultivation. During the vegetative phase, hang the light 70-80 cm above the tops of the plants. When flowering, you can bring it closer to between 15 and 25 cm, ensuring intense light without the risk of burning due to its passive cooling. This management of distance ensures optimal and safe growth of your plants.
• What is the total PPF in μmol/s and the PPFD curve at 20 cm in flowering to optimize yield with this 60W Samsung full-spectrum lamp?
  The 60W Super Star LED horticultural lamp delivers a total PPF of 1044 μmol/s. Regarding the PPFD curve at 20 cm, no precise data is available, but to optimize yield during the flowering phase, it is advisable to place the lamp between 15 and 25 cm above the plants, covering approximately 0.50 m² per 60W unit.

  For optimal coverage over 1 m², several units will be necessary. The PPFD varies with distance and the configuration of the growing environment, so it is recommended to measure directly with a PPFD meter for precise adjustments.

• What is the recommended strategy to run two Super Star 60W lamps in parallel without overheating or wasting energy?

  To operate two LED horticultural lamps Super Star 60W in parallel without the risk of overheating or wasting energy, it is essential to organize their installation properly:

  • Position the lamps to evenly cover an area of about 120 x 60 cm or 80 x 160 cm, respecting the optimal coverage size of each lamp (60 x 60 cm or 80 x 80 cm).
  • Maintain a distance of 15 to 25 cm between the lamps and the plants to ensure excellent light yield without burning.
  • Monitor the ambient temperature between 18°C and 26°C, as the lamps utilize effective passive cooling but thermal stress must be avoided.
  • Power the lamps via a suitable electrical circuit, ensuring not to exceed the load capacity (120W in total), which is generally easy to manage in a household.

  This approach ensures optimal lighting and controlled consumption for healthy and efficient plant growth.

• Can we synchronize multiple Solux Super Star 60W lamps in parallel with a timer to optimize continuous rotation across two distinct growing spaces?
  It is indeed possible to connect multiple Solux Super Star 60W lamps in parallel, up to 4 units, and manage them via a timer. These low-power LEDs are well suited for control through programmable sockets.

  For continuous rotation between two distinct growing spaces, synchronization does not happen automatically. You need to use an appropriate system, such as a double timer or a relay, that alternately activates each group of lamps. This allows you to optimize the lighting without overloading and ensuring good thermal management.

  Just be sure to organize your electrical installation properly to guarantee safety and performance.

• Is the ideal suspension distance in flowering for a 60W Super Star LED compatible with a small area of 60x60 without risk of burning?
  For the 60W Super Star LED Grow Light, the ideal distance during the flowering phase is between 15 and 25 cm above the tops of the plants. This height allows for optimizing light while avoiding the risk of burning.
  
  On a surface of 60x60 cm, this lamp is perfectly suited. It is simply advisable to monitor the temperature and the condition of the plants to avoid any thermal or light stress, thus ensuring a healthy and productive crop.
• What is the ideal temperature to set up the Super Star 60W lamp to optimize growth without generating excessive heat?

  To optimize growth with the 60W Super Star LED growing lamp while avoiding excessive heat, the key lies in the precise management of the distance between the lamp and the plants.

  In the vegetative phase, hang it about 70 to 80 cm above the tips for effective lighting without thermal stress. During flowering, it can be moved closer to 15 to 25 cm, benefiting from the low heat output thanks to its passive cooling system.

  Always observe the health of your plants: clear leaves or burns indicate that you need to adjust the height. This management ensures optimal growth while controlling the temperature.

• What is the ideal height for this system in a compact 60x60 box to maximize light coverage and penetration without thermal stress on the plants?

  For your compact 60x60 cm box with the 60W Super Star LED horticultural lamp, the ideal height varies according to the growth stage:

  Vegetative Stage: position the lamp about 70-80 cm above the plants to maximize coverage (~1 m²) and provide uniform light without risk of stress.

  Flowering Stage: reduce this distance to between 15 and 25 cm to encourage intense brightness and good oxygenation while avoiding burns. This distance covers about 0.5 m², so multiple lamps would be necessary to optimize a 1 m² surface.

  Always observe your plants' reaction to adjust the height according to their comfort and development, to avoid any thermal stress.

• Is it possible to use two Super Star 60W LED lamps in parallel in a small 60cm by 60cm box to accelerate growth without the risk of overheating or light stress for the plants?

  For a 60cm x 60cm box, it is advised to use only one Super Star LED 60W lamp. This lamp is already sized to perfectly cover this space. Installing two lamps in parallel in such a small area risks causing a light stress for your plants, as the light intensity would become excessive, which can harm their growth.

  Additionally, even though each lamp benefits from effective passive cooling, two lamps in a confined space can cause overheating and increase the ambient temperature, which is not ideal for a healthy growing environment.

  In summary, to optimize growth without risk, the safest solution remains a single Super Star 60W lamp, perfectly suited for your 60 x 60 cm grow tent.

• With an efficiency of 2.4 umol per joule and a full spectrum, is this system sufficient for a 60cm by 60cm SCROG grow with LED using LST, or would it be preferable to add a second panel to optimize light penetration during flowering?

  The Super Star 60W LED with its efficiency of 2.4 µmol/J and full spectrum is perfectly suited for a 60 × 60 cm SCROG grow, especially with the LST technique. Its power allows for good light penetration and proper distribution for a homogeneous canopy during both growth and flowering.

  However, if you want to maximize bud density and production during flowering, adding a second panel can be beneficial. This will enhance light penetration and improve illumination of lower or central areas, which are often less exposed.

  In summary, a single panel is sufficient for a grow of this size, but a second panel is recommended to maximize yield and quality during flowering.

• Can I easily add multiple Super Star 60W lamps to cover a larger area without the risk of overheating or excessive electricity consumption?
  It is entirely possible to add several LED horticultural lamps Super Star 60W to cover a larger area. Thanks to their passive cooling system with aluminum fins, the risk of overheating is very limited, even with several units. Each lamp consumes 60W, which remains reasonable for effective lighting management.

  To avoid excessive electricity consumption, it is advisable to install the lamps in an organized manner, for example by powering them through separate timers or relays to optimize their usage. Feel free to adjust the arrangement and height of the lamps to achieve good lighting and a uniform PPFD across the entire area.

• What is the exact height for suspending in flowering mode in a 60x60 space to avoid burning and optimize light penetration?

  For the 60W Super Star LED horticultural lamp in a 60x60 cm space during flowering, it is recommended to suspend it between 15 and 25 cm above the tops of the plants. This height ensures optimal light penetration while avoiding burns, thanks to the passive cooling of the lamp.

  Carefully monitor your plants: if you notice pale or dried leaves, consider slightly increasing the distance to reduce light stress.

• What is the best strategy to manage the installation of multiple Super Star 60W lamps in the same room to optimize light coverage without overheating the plants or exceeding the available electrical power?

  To manage several Super Star 60W LED lamps in the same room, start by calculating the required power: each lamp covers about 80x80 cm and consumes 60W, so for 1 m², four lamps (240W) ensure good coverage without excess.

  Hang them 70-80 cm above the plants to avoid overheating. Arrange them evenly to achieve uniform light over the entire surface. Remember to measure the PPFD to precisely adjust the lighting according to your plants.

  Finally, carefully control the ambient temperature with a ventilation system or fans to avoid hot spots and ensure a healthy environment for your crops, while respecting the available electrical power.

• Does the lamp support use in very humid atmospheres without the risk of rapid degradation?

  The 60W Super Star LED Horticultural Lamp does not have specific specifications indicating a particular resistance to very humid atmospheres. In general, LED lamps should be protected from excessive moisture to avoid any risk of corrosion or premature malfunction.

  For use in very humid environments, it is recommended to ensure good ventilation and control humidity to preserve the lifespan of your lighting. If you are looking for a solution specifically designed for humid conditions, we have models with enhanced IP protection suitable for this type of environment.

• What is the optimal distance to install this 60W LED grow lamp to limit water splashes or odors without affecting plant growth?

  For the 60W Super Star LED grow lamp, the optimal distance varies depending on the growth stage:

  • Vegetative stage: place the lamp between 70 and 80 cm above the plants. This height limits splashes during watering and odors while ensuring good uniform lighting.
  • Flowering stage: move the lamp to 15–25 cm to maximize light intensity, but be careful when watering to avoid splashes on the lamp and limit moisture-related risks.

  It is best to stay at the upper end of these ranges to balance safety and efficiency. This way, you can protect your plants and their environment without compromising their growth.

• Can multiple Super Star 60W LED lamps be used in parallel with different timers to grow two distinct crops without their spectra and intensities interfering with each other?
  It is perfectly possible to use multiple Super Star 60W LED lamps in parallel, each controlled by different timers, to manage two distinct crops without their spectra or intensities interfering. Each lamp delivers a stable complete spectrum and optimized light intensity, and their independent operation via timers allows for precise control.

  Just make sure to organize a neat electrical setup with programmable sockets or suitable relays, and position each lamp 15-25 cm from the plants to maximize their effectiveness. This arrangement ensures optimal lighting and no interference between your crops.

• Does this 60W Super Star Samsung LED system guarantee a lasting performance without a decrease in lumens for at least 3 years under continuous use in horticulture?

  The 60W Super Star LED horticultural lamp equipped with Samsung LEDs has a lifespan of approximately 50,000 hours, which is over 5 years of continuous use, far exceeding the desired 3 years. Its passive thermal management ensures high stability and durability, limiting brightness loss over time.

  Although there is no explicit guarantee ensuring a total preservation of luminous power without a 100% loss, the L70 industry standard implies that the lamp will maintain at least 70% of its nominal brightness over this period. To optimize this longevity, simply avoid excessive humidity and ensure good ventilation around the equipment.

  In summary, this LED system is entirely suitable for continuous horticultural use over several years with good lumen retention.

• What is the maximum area covered by a single Super Star 60W LED horticultural lamp at optimal yield for dense cultivation on 1.5x1.5 m, and what would be the annual electricity cost with an EDF rate of €0.22/kWh?
  The Super Star 60W LED horticultural lamp optimally covers an area of about 60 x 60 cm (or 0.36 m²) for dense flowering, ideal for homogeneous and intensive cultivation.

  For an area of 1.5 x 1.5 m (2.25 m²) in dense cultivation, a single lamp will not be sufficient: you will need to provide at least 4 to 6 lamps to ensure optimal lighting without stress for the plants.

  Regarding the electricity cost, at an EDF rate of €0.22/kWh, a Super Star 60W lamp consuming:

  • 18 hours/day (growth phase): ~€87 per year
  • 12 hours/day (flowering phase): ~€58 per year

  This calculation allows you to adjust your installation and budget according to the targeted area and cultivation phase.

• Can we consider using the 60W Super Star Solux LED horticultural lamp in a SCROG installation on 60x60 without loss of light efficiency or need for modifications in distance between the lamp and plants?

  The 60W Super Star LED Solux horticultural lamp is perfectly suited for a 60x60 cm SCROG setup. Its coverage is optimized specifically for this area, ensuring even distribution and excellent light penetration thanks to its full-spectrum Samsung LEDs.

  Passive thermal management prevents any overheating, maintaining an ideal distance of about 30 to 40 cm between the lamp and plants, in accordance with the needs of SCROG cultivation. Therefore, you will not need to modify this distance or add extra cooling equipment.

  In summary, this lamp perfectly meets the requirements of a 60x60 SCROG without loss of efficiency or particular adjustments.

• What is the optimal size of the cultivation area to ensure uniform light penetration with this 60W Super Star LED lamp in a confined growing space?

  For the 60W Super Star LED Horticultural Lamp, the optimal size of the cultivation area is approximately 60 cm x 60 cm (or 0.36 m²) in a confined space. This dimension ensures uniform light penetration, which is essential for harmonious plant growth.

  During the growth phase, it is recommended to position the lamp 70-80 cm above the plants, allowing for uniform coverage that can reach up to 80x80 cm. For flowering, it is better to bring the light closer to 15 to 25 cm, thus concentrating the light intensity on about 0.5 m², perfectly suited for a 60x60 cm space.

  This lamp is ideal for a compact environment, as its intensity is well-calibrated to avoid light stress in a box of this size. Installing multiple lamps in such a small volume could risk overloading the light, harming the cultivation.

• What is the maximum temperature emitted by the lamp when in operation and do you recommend additional air release to limit heat in a space of 60x60 cm?

  The 60W Super Star LED Gardening Lamp operates with a passive aluminum fin cooling system, significantly limiting the heat emitted. The exact maximum temperature is not specified, but similar models reach around 61°C at the hot spot, demonstrating controlled thermal management.

  For a growing space of 60x60 cm, it is advisable to suspend the lamp between 15 and 25 cm above the plants, ensuring excellent light penetration without risk of burning.

  An active ventilation system is not essential due to the efficient passive cooling, but additional air release can be wise to refresh the air and limit any heat accumulation in this confined space.

• What is the optimal hanging distance to avoid thermal stress on flowering plants with this 60W Super Star LED lamp?
  For the 60W Super Star LED Horticultural Lamp during the flowering phase, the optimal hanging distance is between 15 and 25 cm above the plants. This range allows for intense brightness while avoiding thermal stress, thanks to its passive cooling system. However, be sure to regularly observe your plants to adjust this distance if you notice signs of stress, such as light or burnt leaves.

• What are the advantages and limitations of using the 60W Super Star LED grow light to simultaneously cultivate multiple plant varieties in the same room?

  The 60W Super Star LED grow light offers a powerful full spectrum, ideal for supporting different stages of growth simultaneously. It is energy-efficient and its passive cooling allows for prolonged use in groups without excessive overheating.

  However, its directional light can limit penetration into dense foliage or multi-tiered crops, sometimes requiring supplemental lighting. Additionally, different plants have specific needs regarding intensity and spectrum, which may necessitate adjustments in height and the number of lights to avoid light stress and optimize growth for all varieties.

  In summary, this light is very effective for multi-species cultivation in a well-organized space, provided that the lighting is well-distributed and ambient conditions are monitored to avoid overheating and plant stress.