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Discover TLED BLOOMING 42w 95cm LED horticultural lighting, ideal for flowering plants indoors!
LED horticultural lighting TLED Blooming - 42 watts 95cm - Secret Jardin
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The TLED BLOOMING 42 watts 95cm is the perfect lighting to optimize the flowering of your plants indoors!
Enjoy powerful lighting suitable for small spaces.
Adaptable, you can position it vertically or horizontally to effectively direct the light spectrum towards your plants. Its light penetration is higher than TCL or T8 technology.
| Functions | Not Dimmable |
| Waterproof | No |
| Thermal management | Passif (totalement silencieux) |
| LEDs | No Name |
| Lens angle | 120° |
| Plug & Play | Yes |
| Temp. working environment | -20°C ~+40°C |
| Product includes | Cable and fasteners |
| Marque | Secret Jardin |
| Dimensions (cm) | 95x4x3 cm |
| Format | Barre LED |
| Garantie (ans) | 2 ans |
| Surface de culture (m²) | Rectangulaire |
| Puissance consommée (W) | 42W |
| Spectre lumineux | Floraison |
| Dimmable | NON |
| Équivalence HPS/MH (W) | 60W |
| Poids (kg) | 0.58kg |
| Silencieux (zéro bruit) | Oui |
| Type de LED | LED |
| Efficacité (µmol/J) | 1,0-1,5 |
| Technologie | LED |
| Contrôle connecté | Non |
| Durée de vie (h) | 30000 |
| Durée d'action estimée | 30 000h |
| Flux lumineux (Lumens) | 4010 |
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Recommande
Pas déçu.
The LED-Gartenbaubeleuchtung TLED Blooming 42W 95cm from Secret Jardin model does not offer direct compatibility with home automation systems nor the Zigbee or Z-Wave protocols for advanced automation.
It also lacks real-time monitoring functionality of light intensity and automatic adjustment based on the growth phase.
Regarding integration with temperature or humidity sensors, this product does not have an easy integration option to regulate the environment via these sensors.
For advanced automation features, complementary solutions or systems specially designed for horticultural home automation should be considered.
The TLED Blooming 42W 95 cm from Secret Jardin offers an optimized light spectrum and better light penetration compared to classic T8 tubes, which promotes the growth and flowering of your plants.
In optimal conditions, this results in a noticeable improvement in yield quality, particularly in terms of flowering and terpene production. Its lifespan of around 30,000 hours and energy efficiency also contribute to long-term savings.
However, the specific gains in yield depend heavily on the cultivated species and cultivation parameters, and there are no fixed guaranteed numbers. What is certain is that this model offers more efficient and durable lighting compared to classic T8.
The TLED Blooming 42W from Secret Jardin does not have a native feature to be controlled directly via a voice assistant (Google Assistant, Alexa, Siri). It is a classic LED lamp, without built-in Wi-Fi or Bluetooth connectivity.
However, you can easily manage its lighting and timer via a smart plug compatible with a voice assistant. By plugging the lamp into such a socket, it becomes possible to control it remotely, simply by voice or via a home automation app.
This is a simple and effective solution to integrate your TLED Blooming horticultural lighting into your existing smart system.
The LED Horticultural Lighting TLED Blooming - 42 watts 95 cm consumes about 0.504 kWh for 12 hours of daily use, which totals approximately 15.12 kWh per month. Its light efficiency ranges between 1.0 and 1.5 µmol/J, which is effective for stimulating flowering due to a full spectrum that includes red peaks (2100K-3000K).
In terms of coverage, a single bar illuminates about 100 x 20 cm. For a space of 1.5 x 1.5 m, it is recommended to use several TLED Blooming fixtures arranged optimally. This will ensure harmonious and sufficiently intense lighting to fully support your plants during their flowering phase.
In summary, with a well-ventilated setup and appropriate electrical management, there is no major risk in combining this TLED with another LED lighting for your crops.
The LED-Garden Lighting TLED Blooming – 42 Watt from Secret Jardin is a LED bar designed for indoor flowering, with user-friendliness but without native connected functions.
Voice control: This model does not have direct integration with voice assistants to manage lighting or brightness. However, it is possible to control the lighting via a compatible smart plug, but brightness adjustment is not supported, as the lamp does not have a built-in dimmer.
Temperature and humidity monitoring: The TLED does not offer any real-time monitoring of these parameters. For that, one would need to use specialized independent external sensors.
Synchronized watering/lighting automation: No native automation function is integrated. However, it is feasible to create coordination through an external home automation solution combining smart plugs (for lighting) and watering timers, but this remains a setup to configure separately.
In summary, the TLED Blooming is primarily an excellent simple and robust lighting source, and any intelligent management relies on complementary equipment.
For optimal flowering with the TLED Blooming 42W on 1 m², it is essential to manage the distance between the lamp and the plants properly, generally between 30 and 50 cm to maximize light penetration without risking burning. The unique power of 42 watts is perfect for small spaces, but for uniform coverage and sufficient intensity, several TLEDs may be necessary depending on the planting density.
The ideal light intensity also depends on the type of plants, but in practice, positioning the panel for homogeneous light and adjusting the height according to the plants' reaction remains the best approach. Feel free to test by observing the vigor and color of the flowers to refine the lighting.
The LED horticultural lighting TLED Blooming - 42 watts 95cm consumes exactly 0.504 kWh for 12 hours of daily use (42 W × 12 h). Over a month, this amounts to approximately 15.12 kWh.
In terms of luminous efficiency, this model offers a photosynthetic efficiency between 1.0 and 1.5 µmol/J, which is particularly suitable for the flowering phase thanks to a spectrum rich in reds (2100K–3000K). This performance is significantly higher than that of standard TCL or T8 tubes, which generally have a luminous efficacy of 80-100 lm/W but with a non-targeted horticultural spectrum, less effective for plant growth.
Finally, the TLED Blooming benefits from better light penetration and controlled consumption, while reducing noise and heat compared to traditional tubes.
For the LED Horticultural Lighting TLED Blooming - 42 watts 95cm, the recommended optimal distance is between 30 and 45 cm above the plants. This range ensures good light penetration while avoiding the risk of burning, which is ideal for an LED of this moderate power.
During the flowering phase, it is even possible to bring the lamp slightly closer, between 30 and 40 cm, while carefully monitoring the condition of the leaves. If you notice brown spots or drying, you should move the lighting further away. Conversely, if there is a lack of vigor, you can gradually move the lamp closer.
This custom adjustment allows you to make the most of your TLED Blooming's potential while ensuring healthy and dynamic growth.
To integrate the Secret Jardin TLED Blooming 42W LED panel into an automation system, simply connect it to a timed relay or a compatible smart plug (220 V, 42 W load). This will allow you to precisely program the lighting hours according to the flowering stage.
For example, you can set a photoperiod of 18 hours of light during the growth phase, then reduce it to 12 hours during flowering, based on your plants' needs. Horticultural controllers or home automation systems like Home Assistant also offer the possibility to automatically modify these cycles through a simple interface.
Physically, the bar easily attaches to your grow tent, facilitating its integration into your existing setup.
To maximize indoor flowering, this difference is crucial: the high intensity and better light distribution of the CMH promote optimal bud development throughout the height of the plants, unlike the TLED Blooming, which is more suitable for supplemental lighting or spaces with little height.
For the TLED Blooming 42W 95cm, the optimal suspension distance is approximately 40 to 50 cm above the plants. This height ensures maximum light penetration over an area of 0.5 m² without the risk of burning.
With its full spectrum at 6500K and moderate power, this positioning allows light to uniformly cover your young plants while avoiding any stress due to excessive intensity or overheating. Whether you suspend it horizontally or vertically, this interval remains the reference for safely optimizing growth and flowering.
The LED Garden Plant Lighting TLED Blooming – 42 Watt 95 cm optimally covers an area of about 1 square meter during the flowering phase. For maximum yield, it is recommended to place the lamp at a distance of 30 to 50 cm from the plants, ensuring effective light penetration without the risk of burning.
This 42 W full spectrum power is ideal for small spaces or as supplementary lighting. For a larger area and uniform coverage, using multiple TLED Blooming bars is recommended.
For successful flowering on 60x60 cm, it is recommended to use LED lighting with a power greater than 100 watts or to combine multiple TLED 42W to achieve an adequate light intensity for this area.
For the TLED Blooming 42W at 95 cm, the optimal height for maximum light penetration during flowering is between 30 and 50 cm above the plants. This distance ensures intense lighting without the risk of burning, perfectly suited for small spaces where this lighting excels.
It is important to slightly adjust the height according to your plants' reaction: monitor the vigor and color of the flowers to refine the ideal distance and achieve the best possible result.
The TLED Blooming 42W from Secret Jardin provides effective light penetration of about 15 cm, suitable for small spaces or as supplementary lighting. In comparison, a CMH 315W lamp offers much more powerful light and penetrates deeper, up to 45 to 60 cm, which is ideal for optimal flowering in a confined space with large plants or a dense canopy.
In practice, the TLED needs to be placed closer to the plants (40-50 cm) while the CMH 315W offers more flexibility in positioning and more intense coverage. The choice will thus depend on the growing volume and plant density.
The TLED Blooming 42W (95 cm) is well-suited for a cultivation area of 1x1 m during the flowering phase, with an effective lighting capacity over approximately 1 m². For a compact SCROG setup, position the LED bar 30-50 cm above the canopy to optimize light penetration without risk of burning.
Its configuration of 240 LEDs at 2100K, 3000K, and infrared with a wide 120° angle ensures homogeneous penetration and a warm spectrum ideal for flowering. For full coverage and to avoid shadow areas in SCROG, it is recommended to use one or two bars aligned or crossed, depending on the density of the structure.
Finally, for a complete cycle, pairing this model with complementary vegetative lighting helps maintain a balanced spectrum throughout growth.
The electric consumption for an 18-hour cycle with the LED horticultural lighting TLED Blooming - 42 watts 95cm is 0.756 kWh per day (42 W × 18 h ÷ 1000).
Regarding luminous efficiency, this model delivers approximately 80 lumens per watt. In comparison, standard T8 fluorescent tubes, often used in horticulture, show an efficiency between 70 and 100 lm/W, with an average of around 80 to 90 lm/W for efficient versions. The TLED Blooming therefore performs very well in this range, offering light efficiency comparable to that of a good horticultural T8 tube.
The CMH 315W offers very deep light penetration, reaching 45 to 60 cm, thanks to its high power and full spectrum, ensuring uniform flowering even in the lower areas of the plants.
In contrast, the TLED Blooming 42W, with its lower power, effectively penetrates up to about 15 cm. It should be placed close to the foliage and is perfectly suited for supplementary lighting or short crops while limiting energy consumption.
In summary, for indoor flowering on tall plants with significant volume, the CMH is more suitable. The TLED Blooming remains an excellent option for confined spaces or targeted lighting with reduced energy investment.
The LED Horticultural Lighting TLED Blooming - 42 watts 95cm - Secret Jardin does not have native compatibility with home automation systems or protocols like Zigbee or Z-Wave for advanced automation.
However, it can be integrated into an existing home automation system using a compatible smart plug that works with a voice assistant. This allows simple remote control and limited automation through smart home apps.
To automatically manage the lighting periods according to blooming stages, more specialized solutions in horticultural automation, suited for this precision, will need to be considered.
The 42W power of the TLED Blooming 95 cm is ideal for an area of approximately 60x60 cm and offers a spectrum well-suited for flowering with good penetration, superior to traditional tubes. However, for a 1x1 m ScroG culture, this power may be a bit tight.
To cover 1 m² evenly, especially in ScroG where the canopy is spread out, it is advisable to use more powerful lighting, often beyond 100W effective, or to supplement this TLED with an additional light source. This ensures better light penetration and optimal distribution across the entire area.
Moreover, an adjustment by LST (Low Stress Training) will allow for a uniform exposure of the canopy, thus maximizing light efficiency even with moderate power like that of the TLED Blooming.
In summary, for a 1x1 m ScroG, the TLED Blooming can serve as a base, but it will be necessary to supplement the lighting or consider a more powerful LED while practicing LST to optimize yield.
The TLED Blooming 42W 95cm consumes about 0.504 kWh for 12 hours of daily use, which means approximately 184 kWh over a full year when running continuously 12 hours/day.
Its photosynthetic light output is between 1.0 and 1.5 µmol/J, with a spectrum optimized for flowering. Each bar illuminates an area of about 0.2 m² (100 x 20 cm). To cover an area of 1.5 x 1.5 m (2.25 m²), several units (approximately 10) are necessary to ensure homogeneous and effective light coverage.
In summary, for effective horticultural lighting over this area, plan for multiple TLED Blooming 42W, which will help optimize floral growth while managing annual electricity consumption.
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