01 — Description
Présentation du produit
Discover the 240W V2.0 LED Grow Light Panel, a compact and efficient lighting solution, perfectly suited to indoor growers. Designed to maximize your yields while minimizing energy consumption, this panel is ideal for small growing areas such as an 80 × 80 cm space.
Why Choose this 240W LED Panel?
1. Versatility for All Stages of Cultivation
- Suitable for all cycles : This panel offers a full light spectrum, ideal for growth, maintenance of mother plants and flowering.
- Targeted Coverage Area : Designed for an optimized space of 80 × 80 cm .
2. Luminous and Energy Efficiency
- Optimized performance : With an efficiency of 2.43 μmol/J and a photon flux (PPF) of 583 μmol/s , this panel guarantees suitable light for abundant crops.
- Reduced consumption : Ideal for growers wishing to control their energy costs.
3. Flexible Power Settings
- Change the light intensity according to your needs: 40%, 60%, 80%, or 100%. A key feature to adapt to each stage of plant development.
4. Advanced LED Technology
- Full Spectrum : Combining 3000K, 5000K, Red 660nm, UV 395nm, and IR 730nm, this panel provides balanced lighting to maximize the potential of your crops.
5. Compact and Durable Design
- Practical dimensions : With its 300 × 600 × 80 mm and a weight of only 3.05 kg , this panel is easy to install and move.
- Passive cooling : No fans, for quiet operation and optimal thermal management.
Technical characteristics
| Characteristic | Detail |
|---|
| Power | 240W |
| Efficiency | 2.43 μmol/J |
| Photonic Flux (PPF) | 583 μmol/s |
| Coverage area | Up to 80 × 80 cm |
| Power adjustment | 40%, 60%, 80%, 100% |
| LED source | SANAN (3000K, 5000K, 660nm, UV, IR) |
| Dimensions | 300 × 600 × 80 mm |
| Weight | 3.05 kg |
| Input voltage | 175-264 V |
| Lifetime | More than 50,000 hours |
How to Use the 240W V2.0 LED Panel?
Easy Installation
- Hang the panel at a recommended height (30 to 60 cm depending on the growing phase) to ensure even light distribution.
- Fix it in an optimized growing space such as an 80 × 80 cm box.
Adjust the Intensity
- Vegetative growth : Set the intensity to 60% to promote healthy development.
- Flowering : Increase to 100% to stimulate flower and fruit production.
Interview
- Clean the diodes regularly to maximize their efficiency and extend their life.
- Monitor humidity and temperature levels in your grow space.
Key Points to Maximize Your Harvests
- Optimal Positioning : Maintain adequate distance between the panel and your plants to avoid burns.
- Environmental Management : Control temperature and humidity for an optimal growing environment.
- Regular Cleaning : Remove dust and residue to maintain optimal light diffusion.
FAQ – Your Frequently Asked Questions
1. What size space can this panel illuminate?
It is ideal for a space of 80 × 80 cm . For larger areas, it is recommended to use several panels or a model with more extensive coverage.
2. What is the estimated lifespan?
With regular maintenance, this LED panel can work efficiently for more than 50,000 hours .
3. Is it compatible with a grow box?
Yes, it fits perfectly in an 80×80 cm box, but can also be used in similar sized spaces.
04 — Questions sur ce produit
Product questions
Your questions about this product
- Can this 240W LED horticultural panel with passive cooling heat up enough to disrupt ventilation and increase odors in a well-ventilated box?
This 240W LED horticultural panel most likely uses passive cooling via a heat sink, which limits the heat emitted compared to traditional lamps. In a well-ventilated box, the heat produced by this panel is unlikely to disrupt ventilation or increase odors, as good ventilation effectively removes heat and odor compounds. Just make sure the extraction system is appropriate for the size of the area and the power of your lighting for a healthy and optimal environment.
- Does this 240W V2 LED panel support control via an app or a home automation system to automate power adjustments according to growth phases?
The 240W Full Spectrum LED Panel does not mention any control via a mobile app or home automation integration to automate power adjustments according to growth phases. Some similar models like the Pure LED Pro V2.0 allow control via a programmable box, while others have a built-in manual dimmer. For this specific panel, the adjustment is likely done manually without connected management.
- What is the ideal height for hanging to avoid burns on plants with this 240W LED panel in an 80x80 cm box?
For a 240W LED panel in an 80x80 cm box, the ideal hanging height is generally between 30 and 40 cm above the canopy. This distance offers a good compromise: close enough to ensure intense lighting without the risk of burns. You can start at 40 cm and then adjust based on how your plants react, moving them slightly closer or farther away. LEDs heat less than traditional lamps, allowing for closer placement, but the sensitivity of the plants remains the best indication to fine-tune the height.
- Is the panel really easy to hang and adjust in an 80x80 box without special tools?
The 240W LED Panel - Full Spectrum comes with an adjustable suspension kit, making its installation in an 80x80 cm box very simple. You attach the cables to the hooks provided at the back of the panel and easily adjust the height, even after the initial installation, without dismantling the system. No special tools are required; a simple screwdriver is sufficient if needed. Additionally, its lightweight makes hanging and handling much easier. This panel is therefore ideal for quick installation and flexible adjustment indoors.
- What is the thermal dissipation of the 240W LED panel, and is a fan necessary to limit temperature rise in an 80x80 cm box?
The 240W LED panel uses an efficient heat sink to dissipate heat, thus limiting the overheating of the LEDs. However, in a 80x80 cm grow tent or box, natural air circulation is often insufficient to eliminate all this heat.
For this reason, it is highly recommended to install a fan to ensure regular air exchange and prevent excessive increases in ambient temperature. This will not only protect your panel but also optimize the growth of your plants by maintaining stable and healthy conditions.
- What height of suspension do you recommend to optimize light coverage without the risk of burning on 80x80cm?
For the 240W LED Panel covering an area of 80x80 cm, it is recommended to suspend the panel between 30 and 50 cm above the tops of the plants. This height allows for optimizing light coverage while avoiding the risk of burning.
It is important to adjust this distance according to the growth stage: for instance, the lighting can be brought closer during the vegetative growth phase and raised slightly during flowering to protect the plants. An adjustable suspension system is ideal for making these adjustments easily.
This range ensures good light uniformity and suitable intensity, perfect for healthy and effective cultivation under horticultural LED.
- What is the average PPFD measured at 40cm in 100 mode for this 80x80cm surface and how does it impact the yield g/Watt?
For the 240W LED Panel - Full Spectrum Horticultural LED Panel covering an area of 80x80 cm, the average PPFD at 40 cm is estimated to be between 600 and 700 µmol/m²/s. This estimate is based on measurements from similar products, adjusted for distance and area.
With a system efficiency of around 2.8 µmol/J, this level of PPFD ensures intense and uniform light, ideal for maximizing plant growth and production. In terms of yield g/Watt, this panel ranks among the best in its category, as an average PPFD above 600 µmol/m²/s promotes rapid growth and optimal flowering, provided that suitable cultural conditions (temperature, ventilation, nutrition) are maintained.
- What is the concrete difference in yield or quality between this 240W full spectrum LED panel and a classic panel without UV or IR in an indoor culture on 80x80 cm?
The 240W full spectrum LED panel, including UV and IR, offers a much richer light spectrum than the classic panel without these wavelengths. Specifically, this translates to more homogeneous growth, better-stimulated flowering, and improved quality of plants, particularly in terms of aromas, coloration, and density.
UV and IR act as biological triggers, enhancing the production of essential secondary compounds (such as terpenes), which benefits the organoleptic quality without necessarily drastically increasing the final weight of the harvest. In terms of yield, the energy performance is similar, but the Full Spectrum optimizes light efficiency and the overall health of plants over an area of 80x80 cm.
In summary, a 240W Full Spectrum panel will maximize your cultivation in terms of taste, aroma, and vigor, while a classic panel remains sufficient for good basic growth.
- How to manage passive cooling to avoid overheating under high intensity on this 240W full spectrum LED panel?
The 240W Full Spectrum LED Panel is equipped with passive cooling via a heatsink, effective in limiting heat. To avoid any overheating under high intensity, it is essential to ensure a good ventilation around the panel, ideally by placing the device in an airy space.
A suitable extraction system for the size of your growing space will enhance heat removal and optimize the indoor climate. Also consider regular maintenance to prevent dust buildup which can hinder heat dissipation.
Finally, if you have a device to modulate power, use it to reduce intensity during phases that require it, which will also limit heat production. These combined measures will ensure optimal and sustainable use of your LED panel.
- What is the maximum temperature emitted by this LED panel while operating to ensure good ventilation without needing to install a noisy system?
The 240W LED Panel for a surface of 80x80 cm generally generates less heat than a traditional HPS lamp, thanks to its energy efficiency and heat sinks designed to limit overheating. Even though the exact maximum temperature is not specified, it is recommended to ensure good natural air circulation or use silent fans to maintain an optimal environment without excessive noise.
This precaution helps to avoid any heat buildup, thus ensuring the quality and health of your plants while limiting noise related to ventilation.
- Is a 240W LED panel sufficient for micro-cultivation on 80x80 during growth and flowering?
The 240W full spectrum LED panel is well suited for micro-cultivation on a surface of 80 x 80 cm. It effectively covers this area in both the growth and flowering phases, thanks to its full spectrum and optimized light output. This type of panel ensures sufficient light intensity to stimulate all stages of your indoor plants' development, with good energy efficiency.
- What is the maximum temperature generated by this panel when in operation, and should additional ventilation be planned in a 80x80 cm box to limit heat and optimize yield?
The 240W Full Spectrum horticultural LED panel for an 80x80 cm surface generates little heat thanks to its passive cooling via an integrated radiator, but the exact maximum temperature is not specified.
To optimize the cultivation and avoid any overheating in your 80x80 cm box, it is strongly recommended to ensure adequate ventilation. An extraction system or discreet fans will help evacuate the warm air and maintain an ideal climate for your plants, while prolonging the lifespan of the panel.
Finally, if the panel has a power adjustment feature, adjust it according to the growth phases to limit heat production when maximum light is not needed.
- Is passive thermal dissipation sufficient to prevent overheating in an 80x80 box with this 240w LED panel?
The 240 W LED panel is designed with an aluminum structure ensuring excellent passive thermal dissipation. For an 80 x 80 cm box, this dissipation is more than sufficient to prevent overheating, provided that the box is not completely airtight and that minimal air circulation is present. Therefore, you can position this panel close to your plants without the risk of thermal damage, without needing an active cooling system.
- What is the maximum temperature emitted by this 240W LED panel during operation and is an additional fan required for proper thermal management in an 80x80 cm grow box?
The 240W full-spectrum horticultural LED panel is equipped with passive cooling via a heat sink, effective for limiting heat. The maximum recommended ambient temperature for optimal operation is around 35°C. Beyond that, there is a risk of overheating which can affect the longevity of the panel and the health of the plants.
In a grow box of 80 x 80 cm, a relatively confined space, it is therefore strongly advised to add an additional fan or ensure good air circulation. This will help avoid heat buildup and maintain a stable temperature to optimize panel performance and preserve your crops.
This active thermal management is a simple precaution that makes all the difference for healthy and sustainable cultivation.
- What is the thermal management of the 240W panel without a fan to limit heating and maintain optimal performance in intensive cultivation?
The 240W horticultural LED panel uses passive thermal management based on an aluminum heat sink that effectively dissipates the generated heat without a fan. This design limits heating while maintaining optimal performance, ideal for intensive cultivation in an area of 80 x 80 cm.
To ensure this performance, it is essential to install the panel in a well-ventilated space, promoting natural air circulation or by combining it with a suitable extraction system. Additionally, regular maintenance of the heat sink to avoid dust and, if necessary, modulation of light power via an integrated dimmer allows you to control the temperature and preserve the durability of the equipment.
Finally, under the most demanding conditions, the discreet addition of supplementary fans can be considered without compromising silence, but the system is still designed to operate primarily without noise or vibrations related to an active fan.
- Is a 240W LED panel sufficient to uniformly cover a micro-culture space of 80x80 without hot spots or shadow areas?
A
240W Full Spectrum horticultural LED panel is indeed designed to evenly cover a cultivation space of 80x80 cm. With a photon flux of about 583 μmol/s and an efficiency close to 2.4 to 2.7 μmol/J, this type of panel ensures good light distribution without creating hot spots or shadow areas.
Thanks to a wide dispersion angle (about 120°) and often a modifiable power setting, the light is harmoniously distributed across the entire surface, ensuring optimal cultivation in this compact format.
For a micro-cultivation space of 80x80 cm, this panel offers a high-performance, efficient, and suitable technical solution, ideal for your indoor plants.
- For a 80x80 cm grow space, does this 240W LCD panel require a silent extractor for optimal thermal management?
For a 80x80 cm grow space with a 240W Full Spectrum horticultural LED panel, passive heat dissipation through the aluminum heat sink is effective, but in a confined space, it is not always sufficient. A silent air extractor is recommended to ensure optimal air circulation, prevent heat accumulation, and maintain the performance of the plants and the panel. This active system perfectly complements thermal management and ensures a stable climate.
- What is the best hanging distance to optimize a scrog with this 240w LED panel over an 80x80cm area regarding intensity and light penetration for LST and scrog?
To optimize a SCROG with this 240W LED panel covering 80 x 80 cm, the
ideal hanging distance typically falls between
50 and 60 cm above the canopy. This height provides an excellent balance between
light intensity and
uniform penetration, which is essential for even plant spread in SCROG.
During the growth phase, prefer 60 cm to avoid light stress, while in the flowering phase, a suspension at 50 cm maximizes power and penetration. It is important to monitor leaf temperature (ideally < 29°C) and the absence of signs of burning or stretching to adjust the height if necessary.
This distance ensures an appropriate PPFD (400-700 µmol/m²/s) promoting good development in SCROG or LST, with strong lighting without exceeding the plants' tolerance.
- Does the 240W LED panel evenly cover an area of 80x80 without hot spots or shadow areas?
The 240W Full Spectrum horticultural LED panel is specifically designed to evenly cover an area of 80 x 80 cm. Thanks to its homogeneously distributed SANAN LEDs, it ensures a stable light distribution without significant hot spots or shadow areas. This optimal diffusion of the full spectrum is ideal for balanced plant growth on this surface.
To ensure this uniformity, it's important to maintain adequate ventilation and good passive cooling through the panel's integrated heatsink. These elements help limit any local heat accumulation, thus allowing for consistent light across the entire growing area.
- What is the average electrical consumption in kWh to cultivate 1.5m x 1.5m with 4 FISSION-LED-240W-TPF panels for optimal yield for 12 hours a day during a flowering phase at 100 percent?
To cultivate an area of 1.5 m x 1.5 m with 4 FISSION-LED-240W-TPF panels used for 12 hours a day at 100% power during the flowering phase, the average electrical consumption is about 11.5 kWh per day.
