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GVLine - LED standing lighting for seedlings and green plants - Autonomous
LED 50x20 cm
The GVLine is a very versatile product with a spectrum allowing the start of your seedlings in winter and illuminating your green plants lacking light for the rest of the year.
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GVLine - LED standing lighting for...
64,90 €
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Description
Product presentation
Extremely versatile, it includes an internal timer which will keep your lighting on for 16 hours.
An ON/OFF button also allows you to manually turn off the lighting.
Delivered with two different leg heights, you can adjust the height between your lighting and your plants.
A screw kit is also provided with which you can attach your lighting directly to the wall.
Its white spectrum combined with a few red LEDs allows you to use this lighting both for your seedlings and for your green plants all year round.
Two heights available 31 and 20.5cm.
Power 14W.
Dimensions 54cm
Lighting area 50cm x 20cm.
Technical data sheet
Features detailed
| Type | LED |
|---|---|
| Surface de culture | 50x20 cm |
| Puissance consommée (W) | 14 W |
| PPFD (µmol/m²/s) | 210-350 µmol/m²/s |
| Efficacité (µmol/J) | 1,5-2,5 µmol/J |
| Compatibilité | timers externes |
| Hauteur (cm) | 20,5 cm et 31 cm |
| Durée d'action estimée | timer autonome 16h/jour |
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Après quelques jours d'utilisation intensive, je peux confirmer que ce produit tient ses promesses. Efficace, économique, et facile à mettre en place. Les résultats sont visibles rapidement. Le service client est top, très réactif. Livraison sans souci. C'est un bon rapport qualité-prix pour ce type de produit. Recommande.
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Frequently asked questions
Your questions
Is this internal 16-hour timer really reliable in the long term, or does the device need to be recalibrated or replaced after a few months of intensive use?
The internal 16-hour timer integrated into the GVLine - LED standing lighting for seedlings and green plants - Autonomous is designed for reliable and autonomous use. Nevertheless, like any electronic component, it may be useful to periodically check its accuracy, especially after intensive use. To ensure optimal stability in the long term, some enthusiasts prefer to couple this timer with an external system, thereby reducing any risk of drift related to usage conditions. In summary, the timer generally remains reliable, but regular checking is recommended for maximum accuracy.
Is this type of LED spectrum mixing white and red sufficient for a SCROG in the vegetative phase under 14W on a surface of 50x20cm, or would a more complete and powerful spectrum be better?
The GVLine, with its white spectrum and some red LEDs, is well suited for seedlings and the maintenance of green plants on a small surface at 14W. However, for a SCROG in the vegetative phase on 50x20cm, this simple spectrum and power remain limited. The SCROG requires more powerful and complete lighting, especially with deep reds (660 nm) and a good blue/red ratio to promote dense and homogeneous growth. To optimize your cultivation, it would be better to opt for an LED panel offering a broader spectrum and a power of at least 30 to 50W/m², thus ensuring better performance and faster plant development.
What is the difference in terms of efficiency and adaptation between the two heights of the foot provided (31cm and 20.5cm) for this GVLine LED lighting, particularly for seedlings compared to adult green plants in a limited space?
The 20.5 cm foot places the LEDs closer to the plants, providing more intense and focused light, ideal for seedlings and young shoots. This proximity promotes effective photosynthesis and prevents the stems from elongating too much. In contrast, the 31 cm foot broadens the illuminated area with more diffused light, better suited for adult green plants that need a wider light coverage without the risk of burning or overheating.
In a limited space, the 31 cm foot allows for effective lighting of multiple adult plants, while the 20.5 cm is perfect for small pots and seedlings requiring strong and precise light. You can adjust the height based on your plants' reaction for optimal results.
How does this system manage the distribution of light intensity between the white and red LEDs to optimize plant growth?
The GVLine system combines white and red LEDs, a classic association in horticultural lighting to provide the plant with a complete spectrum favorable to photosynthesis. The white LEDs deliver balanced light, while the red ones particularly stimulate leaf growth and flowering.
Although the precise details on managing light intensity between these two types of LEDs are not specified, this mix is designed to optimize the development of seedlings and green plants by recreating lighting tailored to their needs.
What is the optimal distance between the GVLine 14W and seedlings for maximum development without the risk of burning or etiolation?
For a GVLine 14W LED light intended for seedlings, a distance of about 20 to 30 cm between the lights and young plants is generally recommended. This height helps to avoid the risk of burns due to too much proximity and etiolation caused by insufficient light. It is important to adjust this distance based on the seedlings' reaction: if the leaves turn white or yellow, move the lamp away a bit; if they stretch, bring it slightly closer for better lighting.
Can we synchronize the internal timer with an external timer to run two different lighting cycles on two GVLine floor lamps in parallel?
The GVLine – LED floor lighting is a standalone lamp equipped with an internal timer that manages its cycles independently. It is generally not possible to synchronize this internal timer with an external timer or between two GVLine, as each unit operates on its own programming.
To obtain two different lighting cycles on two lamps in parallel, the best solution is to use two distinct external timers or a multifunction control system capable of managing multiple cycles. However, this only works if you can disable the internal timer of the GVLine, which is not always possible.
In summary, without disabling the internal timer, fine synchronization of two different cycles remains impossible, and the use of independent external timers is necessary. Be sure to check the documentation for your model to confirm the flexibility in managing the internal timer.
Does the integrated timer really last 16 hours without weakening after several months of regular use?
The integrated timer of the LED lighting GVLine is designed to operate for 16 hours per cycle, but there is no precise data regarding its reliability after several months of regular use. Like any electronic component, it is advisable to periodically check its accuracy to ensure optimal stability.
For crops where consistency is essential, some growers choose to couple this type of timer with an external system to avoid any drift. That said, horticultural LEDs remain generally very reliable and durable for your seedlings and houseplants.
Can the timer be programmed independently to operate this GVLine in synchronization with another LED light to optimize the growth of two different crops in parallel?
The GVLine - LED floor lighting operates with a built-in timer that turns the light on for 16 hours a day and then off for 8 hours, with no possibility of independent programming or direct synchronization with another light.
To coordinate multiple lights with different cycles, it is necessary to use an external timer that will control the turning on and off of each lamp according to your specific needs. This solution allows optimizing the growth of different crops simultaneously, but requires additional equipment that is not integrated into the GVLine.
Is it possible to use the internal timer continuously for two cycles of 16 hours to synchronize two growing sessions in parallel without manual intervention between cycles?
The internal timer of the GVLine - LED standing lighting for seedlings and green plants - Autonomous is designed for a single cycle of 16 hours of lighting, after which the lighting turns off automatically. It is not possible to program multiple consecutive cycles without manual intervention.
To manage two cycles of 16 hours in parallel without having to manually turn the lights back on, an external timer system or a suitable programmer must be used, which will allow you to control the lighting according to your specific needs.
This limitation is inherent to the native operation of the built-in timer, which does not support the automatic chaining of multiple cycles.
What is the performance of this GVLine 14W in terms of growth for sensitive seedlings compared to a full-spectrum specialized LED lighting for seedlings?
The GVLine 14W offers a spectrum combining white light and red LEDs, which promotes photosynthesis and stem elongation, making it well-suited for seedlings and green plants. Its built-in 16-hour timer and adjustable height add nice flexibility to support growth.
However, a full-spectrum LED lighting (400-700 nm) will more broadly cover the specific light needs of sensitive seedlings, further stimulate the different stages of growth, and allow for a more harmonious and complete development.
In summary, for particularly fragile seedlings, a full spectrum will generally be more effective, but the GVLine remains a practical and efficient solution for giving young plants a good start.
How to set the timer to alternate lighting 16h on 8h off without manual intervention?
The GVLine - LED Floor Light for Seedlings and Green Plants - Standalone has an internal timer that is already programmed for an automatic cycle of 16 hours on and 8 hours off. Therefore, you don't have to do anything for this setting; the system manages this sequence by itself day after day. The ON/OFF button simply allows for occasional manual control but is not necessary for automatic operation.
Reliable internal timer for continuous use of 16 hours without overheating?
The GVLine - LED standing lighting for seedlings and green plants - Autonomous does not explicitly mention the presence of a reliable internal timer for continuous use of 16 hours without the risk of overheating.
Generally, these horticultural LED lamps integrate efficient heat dissipation systems to prevent overheating during long periods of use, but without specific specifications, it is difficult to guarantee this performance for this model.
If an integrated timer is essential for your setup, you may also consider solutions equipped with external timers for flexible and safe lighting time management.
Is the 16h timer programmable to adjust the lighting duration according to different growth phases?
The 16-hour timer of the GVLine - LED standing lighting for seedlings and green plants - Autonomous appears to be designed with a fixed cycle, with no possibility of programming to adjust the lighting duration according to different growth phases. As of today, no precise information confirms that this timer is programmable.
For a more refined management of the light cycle suited to your plants, we also offer LED lighting solutions equipped with programmable timers, ideal for personalized light control.
What is the exact value of the PPFD measured at 20cm and 31cm, and how does it influence the yield g/W in a space of 50cm by 20cm with this lamp GVLINE-14W?
The exact value of the PPFD at 20 cm and 31 cm for the lamp GVLine 14W is not officially published. However, the recommended height is between 20 and 30 cm: 20 cm for seedlings requiring intense light, and 31 cm for more uniform lighting of several adult plants.
By positioning this lamp at 20 cm, the PPFD will naturally be higher and will promote efficient photosynthesis for small seedlings. At 31 cm, the PPFD decreases but the light coverage expands, suitable for a group of plants over a larger area.
In a space of 50x20 cm (0.1 m²), with this power of 14 W, an average PPFD can be estimated between 210 and 350 µmol/m²/s, corresponding to an overall luminous yield in photosynthesis between 1.5 and 2.5 µmol/J, which is quite adequate for the development of seedlings and young plants.
To optimize this performance, adjust the height according to your plants' responses, and do not hesitate to use a PAR sensor to accurately measure the PPFD in your growing area.
What is the accuracy of the internal timer management to adjust the lighting periods according to specific growth and flowering needs?
The internal timer of the GVLine - LED Floor Lighting is designed for autonomous operation with a fixed cycle of 16 hours of lighting. It does not offer a more precise or customizable setting to adjust the lighting duration according to specific growth or flowering needs.
Its accuracy is generally reliable, but it is advisable to regularly check its operation, especially after prolonged use. For finer control tailored to your plants, using an external timer system is recommended.
Can this GVLine 14W be used with a 1x1m scrog LED to optimize light distribution without increasing the temperature at the plant level?
The GVLine 14W is ideal for young plants and small areas, covering approximately 50x20 cm. On a 1x1 m scrog, a single GVLine will not distribute light evenly or sufficiently. For optimal light distribution without increasing temperature, it is better to use several GVLine units or a more powerful LED panel designed to cover 1 m².
Due to its low power and appropriate spectrum, this model does not generate excessive heat, thus protecting your plants from thermal stress.
In summary: a single GVLine is not enough for a 1x1 m scrog, but its LED technology ensures effective growth without overheating.
How to manage the autonomy of the internal timer to adapt the duration of lighting according to the differentiated needs between growth and flowering?
The GVLine is equipped with an internal timer programmed for a fixed cycle of 16 hours of lighting, ideal for the growth of seedlings and green plants. However, this timer cannot be directly modified by the user.
To adjust the duration of lighting, particularly during the flowering phase where shorter light (about 12 hours) is often recommended, one must intervene manually by turning the device on or off via the ON/OFF button outside the automatic cycle. For more precision, it is advisable to use an external timer which will allow perfectly customizing the on and off times according to the specific needs of your plants.
Finally, adjusting the height of the panel (31 cm or 20.5 cm depending on your setup) also allows for modulation of the light intensity, which complements the adaptation to the different life phases of your plants.
How is the internal timer adjusted to adapt the lighting duration according to the plants' needs?
The internal timer of the GVLine – LED stand lighting for seedlings and green plants – Autonomous is adjusted via a button or switch typically located on the lamp body. By turning this button or pressing it several times, you can select a predefined daily lighting duration: 4h, 8h, 12h, or 16h. Once the choice is made, the lamp automatically turns on and off each day according to this cycle, without additional intervention.
To adapt the lighting duration for your plants: favor 12-16h for seedlings and young shoots, 8-12h for adult plants, and reduce to 6-8h during rest phases. To change this setting, simply repeat the procedure and select the desired new time range.
This simple configuration effectively simulates a natural light cycle, essential for the optimal growth of your indoor plants.
Is it possible to integrate this GVLine LED lighting into an existing home automation system to remotely control the timer and the ON/OFF button via an application or voice assistant?
The GVLine - LED Floor Lighting is equipped with an autonomous internal timer that cannot be configured remotely. This means it cannot be controlled via an application or voice assistant, nor can it be directly integrated into a home automation system to manage the ON/OFF or lighting cycles.
A partial solution would be to use a smart plug to turn off or power the lighting, but this does not affect the built-in timer, which remains active as long as the device is powered.
For complete home automation control, one must choose LED lighting specifically designed for connectivity and compatible with protocols like WiFi or ZigBee, which the GVLine does not offer.
What is the operating temperature of this GVLine 14W LED lamp and is it really effective in limiting heating during long periods of use?
The operating temperature of the GVLine 14W LED lamp is not specifically indicated, but well-designed horticultural LEDs typically operate around 50-70 °C at the heat sink, which helps to avoid overheating and ensures good durability.
As for the limitation of heating, this lamp is equipped with a built-in timer that imposes a cycle of 16 hours on and then 8 hours off. This operation avoids continuous usage and thus significantly limits temperature rise. Combined with the low heat output of LEDs compared to other light sources, the GVLine 14W is perfectly suited for prolonged use without the risk of significant overheating.
In summary, the GVLine 14W offers an excellent balance between luminous efficacy and thermal management for your seedlings and houseplants.
What is the exact color temperature of the white spectrum used and does this LED light generate little heat for close plant use without the risk of burning?
The GVLine - LED Floor Light uses a spectrum combining white light and some red LEDs, with a color temperature likely between 4000K and 6500K, an ideal range to stimulate the growth of seedlings and green plants. The modest power of 14W ensures a very low heat production, allowing for close use to plants without the risk of burning. Additionally, its adjustable stand makes height adjustment easy, further protecting your crops.
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