01 — Description
Présentation du produit
Discover the Florastar LED Ti 480W panel, Ti lighting from the Florastar brand has been designed for indoor horticulture. The 480W Ti LED panel can be used for a growing area of 100x100cm.
The LED panels adopt a Full Spectrum, they are composed of the new generation of Samsung LM310B and Osram 660nm Deep Red LEDs distributed over 4 or 6 bars. They are protected by a nano coating which provides, in addition to high sealing, light transmission much higher than standard coatings such as plastic shells or thermoformed plastics.
Features
- Dimensions: 870 x 755 x 103 mm
- Recommended use: Growth and Flowering
- Voltage: 240VAC
- Power: 48 0W
- Color temperature: 3000K + 4000K + 600nm
- Cultivation surface: 100x100cm
- Power variator: from 0 to 100%
- Led Samsung LM 301B 3000K + 4000K and Led Osram 660nm Deep Red
- IP65 waterproof case
04 — Questions about this product
Product questions
Your questions about this product
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- Is the Florastar TI 480W LED panel suitable for differentiated power management during growth and flowering phases, or does the dimmer operate linearly across the entire light spectrum?
The Florastar TI 480W LED panel does indeed feature an adjustable dimmer from 0 to 100%, allowing for overall light intensity adjustment. However, this dimmer acts linearly across the entire light spectrum, without distinguishing between growth or flowering phases. The full spectrum includes Samsung LM301B and Osram 660nm LEDs, but management via the dimmer pertains to total intensity, without specific control of different wavelengths.
- Does the TI 480W Florastar panel efficiently support SCROG over 100x100cm while maintaining a uniform light intensity under LM301B LEDs?
The TI 480W Florastar LED panel is perfectly suited for SCROG cultivation over an area of 100x100 cm. Thanks to its design with multiple bars equipped with Samsung LM301B LEDs, it ensures a homogeneous light distribution across the entire canopy, which is essential for this technique. With an efficiency of 2.55 µmol/j, it delivers sufficient intensity to stimulate optimal growth and flowering, while maintaining a uniform illumination that promotes a balanced and healthy vegetation.
- What is the actual power consumption in operation at 75 percent for a TI 480W panel on a cultivation area of 1 by 1 meter with an efficiency of 2.55 umol per joule?
The actual power consumption of the TI 480W panel when operating at 75% is 360W (0.75 × 480W). With an efficiency of 2.55 µmol/J, this panel offers excellent light output. On a cultivation area of 1 m², it will provide intense and even light, although its optimal coverage area is generally a bit larger (around 1.2 x 1.2 m).
- How does the heating of the TI 480W Florastar panel behave during continuous operation on a surface of 100x100cm, and is it necessary to add a specific ventilation system to maintain an optimal temperature in the growing room?
The TI 480W Florastar LED panel is designed to efficiently cover an area of 100x100cm to 120x120cm. During continuous operation, it heats very little, which is a real advantage for limiting excess heat in your growing space.
That said, even though the panel generates little heat, it remains essential to have an appropriate ventilation system to maintain stable temperature and humidity levels. Good ventilation prevents the accumulation of moisture and heat, thereby ensuring optimal conditions for your plants.
For a space of this size, an air extractor coupled with a passive air intake or an exhaust fan may suffice to ensure a healthy and dynamic atmosphere.
- What are the tips to optimize the use of this TI 480W Florastar LED panel with differentiated management between growth and flowering?
To optimize the use of the TI 480W Florastar LED panel with differentiated management, it is important to adjust the light according to the phases:
During growth, favor a moderate intensity with a blue light dominance (around 4000K) to stimulate healthy vegetative development. Keep the panel approximately 40 cm above the foliage for even distribution and to avoid overheating.
During flowering, slightly increase the intensity and favor red light (660 nm) to encourage the production of flowers and fruits. The panel allows for intensity adjustment, a valuable asset for this stage.
Finally, combine 3000K, 4000K, and 660 nm LEDs to cover all spectral needs, and if possible, use a control system to automatically synchronize the intensity according to the phase.
These adjustments ensure vigorous growth followed by optimal flowering while controlling energy consumption.
- What concrete advantages does the nanocoating offer on this Florastar TI 480W LED panel in terms of durability and luminous efficiency compared to conventional LED panels with plastic housing?
The nanocoating of the Florastar TI 480W LED panel provides a IP65 waterproofing that is significantly superior to standard plastic housings, ensuring excellent resistance to moisture, which is essential for indoor cultivation. This protection enhances the durability of the panel by minimizing wear related to water and dust.
Moreover, this coating allows for a better light transmission: the light from the LEDs passes through the protective surface with less attenuation than standard plastic, thereby optimizing luminous efficiency and plant growth. Finally, the nanocoating ensures that the complete light spectrum, essential for all vegetative phases, is transmitted without loss.
- What is the exact PPFD value in µmol m2 s for this panel at full power, especially during flowering with Osram 660nm LEDs?
For the TI 480W - Horticultural LED panel - Florastar with Osram 660 nm LEDs, no official precise PPFD (µmol/m²/s) data at full power is published. Based on the data from the TI 320W model, a photon flux (PPF) of about 1224 µmol/s at 480W is estimated.
Theoretically, over 1 m², this would give an average PPFD of about 1224 µmol/m²/s. However, this value is theoretical and generally overestimated as it assumes perfect and lossless distribution, which is never the case in practice. The actual PPFD at the center of the panel, at a typical growing distance (40-60 cm), is likely between 700 and 1100 µmol/m²/s.
For a precise measurement tailored to your setup, a PPFD sensor remains the best solution.
- What is the exact electrical consumption in watts on 100x100cm at 100% power, and how does the yield in µmol/j behave on this surface during flowering?
The horticultural panel TI 480W - Florastar is designed to cover an area of 100x100 cm, but its exact electrical consumption at 100% power is not specified precisely. It can be estimated to be slightly below 480W, similar to the TI 320W model which consumes about 320W for 80x80 cm.
Regarding the yield in µmol/j during flowering on this surface, precise data is unfortunately not available. For reference, the TI 320W offers a PPF of around 816 µmol/s on 80x80 cm, suggesting a high yield that is suitable for intensive cultivation, but without a specific numerical value for the TI 480W.
- What is the exact light output in µmol/s of this TI 480W Florastar panel at maximum power mode over a surface of 100x100cm?
The horticultural LED panel TI 480W Florastar provides a precise light output of 1224 µmol/s (PPF) at maximum power mode. This output is optimal for a growing area of 100x100 cm, offering perfect intensity to stimulate photosynthesis with a maximum efficiency of around 2.55 µmol/J.
- What is the average electricity consumption in kWh of the TI 480W panel for a 100x100cm culture over a complete cycle of growth and flowering?
The LED panel TI 480W - Florastar consumes about 480 watts in continuous operation. For an indoor cultivation of 100x100 cm, over an average growth plus flowering cycle of 75 days, using 18 hours of light per day, the electricity consumption is calculated as follows:
- Daily consumption : 480 W × 18 h = 8.64 kWh
- Total consumption over 75 days : 8.64 kWh × 75 = approximately 648 kWh
This estimate can be lowered if you adjust the light intensity according to the growth phases, particularly by reducing the power during flowering. This is an interesting factor to consider for optimizing your consumption without reducing the quality of the cultivation.
- What are the concrete advantages of the nano coating in terms of light penetration and moisture resistance compared to traditional LED panels for cultivation in a humid environment?
The Florastar TI 480W LED panel is equipped with a nano coating that optimizes light penetration by reducing attenuation through its surface, thereby ensuring complete transmission of the full spectrum essential for all growth phases. This results in better photosynthesis and more vigorous plant growth.
In addition to this light advantage, this nano coating ensures a certified IP65 waterproofing, far superior to traditional plastic protections. This feature effectively protects the panel against moisture and dust, extending its lifespan and reliability, particularly in humid indoor environments such as greenhouses or growth chambers.
In summary, compared to a traditional LED panel, the Florastar TI 480W with nano coating offers better light for your plants and increased moisture resistance, an ideal combo for high-performing and sustainable indoor crops.
- What is the average lifespan of Samsung LM301B LEDs in this panel and how does it impact the consistency of lighting over time?
The Florastar TI 480W horticultural panel integrates Samsung LM301B LEDs, known for their excellent efficiency and durability. These LEDs have an average lifespan of about 50,000 to 60,000 hours under normal usage. Thanks to a waterproof nano-coating (IP65) and optimized heat dissipation through an aluminum housing, their luminous flux degrades very slowly.
This design ensures a remarkable consistency of lighting over time, both in terms of intensity and light spectrum. This guarantees stable and homogeneous light that promotes healthy and regular growth of your plants in the long term.
- Can the Florastar TI 480W LED panel be used in continuous cycle for two different crops in an area of 100x50cm each with an independent timer to optimize growth and flowering phases?
The Florastar TI 480W LED panel is ideal for an area of approximately 120x120 cm, so covering two areas of 100x50 cm is possible in terms of light. However, this panel does not allow for programming different light cycles for each area via an independent timer, as the intensity and light cycle apply globally.
To manage two crops with distinct cycles (different growth and flowering), one would need to opt for two separate panels, each equipped with its own timer and intensity setting. This way, you perfectly optimize each phase without compromise.
- Does the TI 480W Florastar panel really live up to its promises of durability and IP65 waterproofing in a very humid horticultural environment over multiple seasons?
The Florastar TI 480W LED panel features a waterproof housing with an IP65 rating, ensuring strong resistance to dust and low-pressure water jets. This specification is ideal for a very humid horticultural environment, such as indoor cultivation with frequent watering cycles.
Users confirm a good durability and reliable robustness, while its 3-year warranty provides an additional guarantee of quality. Although IP65 ensures excellent protection, it should be noted that it is not an absolute guarantee against prolonged immersion, but this panel is clearly designed to withstand several seasons in intense humid conditions without issue.
- What is the average lifespan of the Samsung LM301B LEDs on this Florastar Ti 480W panel, and how does it affect lighting performance over time?
The Samsung LM301B LEDs on the Florastar TI 480W panel have an average lifespan of about
50,000 to 60,000 hours. Thanks to their
nano-coating IP65 and excellent heat dissipation, their luminous performance remains stable over several years, even under intensive horticultural use.
Over time, a slight decrease in luminous output is normal, but it occurs very gradually, ensuring efficient lighting for a long period before any change is necessary. The 3-year manufacturer's warranty also reflects the reliability and robustness of this panel.
- What level of heat is generated by this panel during continuous operation in a 100x100cm space? Is an additional extractor or an active ventilation system needed to avoid overheating?
The Florastar TI 480W LED panel produces very little heat, even during continuous operation on a 100x100 cm surface, which greatly reduces the risk of overheating. However,
it is advisable to install an active ventilation system, such as an exhaust fan, to ensure proper air circulation and to avoid the accumulation of moisture or heat in your growing space.
This ventilation will therefore guarantee a stable and optimal environment for the development of your plants while maintaining healthy climatic conditions.
- Does the integrated dimmer allow for smooth power adjustment to optimize growth in small spaces like 80x80 cm?
The Florastar TI 480W LED panel does indeed feature an integrated dimmer, allowing for smooth and precise adjustment of light intensity from 0 to 100%. This offers excellent flexibility to adapt the intensity according to the available space and the needs of the plants.
For a restricted space like an 80x80 cm box, even though the panel is optimized for larger areas (100x100 cm and more), the dimmer allows for reducing the intensity to avoid excessive light. This gradual control is perfect for precisely adjusting the light during the different phases of growth while preventing stress and overheating.
In summary, this integrated dimmer makes the Florastar TI 480W very suitable for cultivation in small spaces, maximizing light efficiency without wasting energy.
- What are the concrete advantages of the nano coating on this Florastar TI 480W LED panel in terms of light output and durability compared to a standard plastic housing?
The nano coating of the Florastar TI 480W LED panel provides two concrete benefits: it improves light output by reducing surface attenuation, allowing for better penetration and transmission of the light spectrum essential for plant growth. Additionally, it ensures enhanced sealing with an IP65 certification, offering significantly greater resistance to humidity and dust compared to standard plastic housings. This dual protection guarantees optimal long-lasting efficiency and increased longevity, ideal for demanding indoor crops.
- Can we independently adjust the power of Samsung LM301B and Osram 660nm LEDs to optimize growth and flowering on a 100x100cm surface?
The TI 480W Florastar panel allows for overall power adjustment thanks to its Meanwell driver with integrated dimmer. However, it is not possible to independently adjust the intensity of the Samsung LM301B and Osram 660nm LEDs. The setting affects the entire panel simultaneously.
For a surface area of 100x100 cm, this panel offers excellent coverage and is very suitable for both growth and flowering, but if you want distinct spectral control between the white and red LEDs, you will need to look for a model that has independent spectral adjustment.
