01 — Description
Présentation du produit
SPYDR 2p is powerful LED horticultural lighting with a full spectrum, recommended for growing plants indoors on an area of approximately 120cm x 120cm . This product consumes 630 Watts and has a lifespan of approximately 50,000 hours . We recommend placing it approximately 6 inches above the plant canopy.
Fluence Bioengineering (by Osram ) is a well-known and recognized American LED producer. The LEDs used by Fluence are of high quality. Their lighting systems are robust and economical. Their spectrum will provide your plants with the full light energy they need to grow.
- PPF: 1600 µmol/s
- Efficacy: 2.5 µmol/J
- Input power: 645W
The Spydr 2p produces almost no heat since it uses a passive cooling system. It is also dimmable with a controller (sold separately)
Dimensions: 108cm x 119cm x 11cm / Weight: 12.5 kg
Spectrum
04 — Questions sur ce produit
Product questions
Your questions about this product
- What is the average daily electricity consumption in kWh for continuous use of the SPYDR 2p on a cultivation area of 120cm by 120cm?
The SPYDR 2p consumes about 630 watts, or 0.63 kW. For continuous 24-hour use on a 120 x 120 cm area, the average electricity consumption will be approximately 0.63 kW × 24 h = 15.12 kWh per day. This is a rough estimate for continuous operation.
- Is the SPYDR 2p LED horticultural system easy to install and safe to start growing at home with my son?
The Fluence SPYDR 2p horticultural system is quite simple to install thanks to clear steps, and it is very secure: ETL certified and protected against moisture with an IP66 rating. Its design without moving parts reduces risks. It is an excellent choice to start growing at home with your son, provided you follow the instructions to ensure safety. If you wish, we can help you get this project started properly.
- Compatibility of the SPYDR 2p with multi-variety management in the same areaIs this model suitable for the simultaneous cultivation of multiple varieties with different light requirements in an area of 120x120 cm, particularly in terms of spectrum and regulation via dimmable controller?
The SPYDR 2p uses a PhysioSpec Indoor spectrum optimized for general plant growth, making it suitable for the simultaneous cultivation of multiple varieties in an area of 120x120 cm. However, this spectrum is not specifically adjustable to meet very distinct light needs between varieties.
Regarding regulation, this model is generally compatible with dimmable controllers, allowing you to adjust the light intensity according to your needs. For optimal coverage of 120x120 cm, one SPYDR 2p might be sufficient, but multiple units may be necessary if you want to precisely segment the lighting areas.
If multi-spectrum management or precise individual control is essential, a combination of several systems or complementary solutions may be considered to perfectly meet your expectations.
- What is the ideal number of cycles for SPYDR 2p on 120x120 without overheating in a closed micro space?
The SPYDR 2p is perfectly suited for a 120x120 cm area and can handle multiple growing cycles in a closed micro space without excessive overheating. Its power consumption of about 632 watts combined with a natural convection heat dissipation system ensures effective heat management, even without fans. With its high-quality Osram LEDs and robust aluminum design, it offers remarkable longevity, capable of supporting many cycles without performance loss. However, it is essential to monitor the temperature and humidity of your space to optimize these conditions.
- How do you integrate the dimmable control of the SPYDR 2p with a home automation system to automate lighting based on the growth stage?
The SPYDR 2p includes a dimmer but requires an external controller to manage light intensity. To automate lighting via a home automation system, you need to connect this controller to your home hub (like Jeedom, Home Assistant, etc.) using a compatible protocol (Wi-Fi, Zigbee, 0-10V, DALI).
You can then program scenarios according to the growth stage: for example, maximum intensity during the vegetative phase, followed by gradual dimming during the flowering phase. If the original controller is not compatible, an external dimmable module suitable for the power (~630W) can be used to control the lighting.
This setup will provide you with precise and automated control, perfect for optimizing the growth of your indoor plants.
- How do you integrate the dimmable control of the Spydr 2p into an automation system to adjust the lighting according to growth phases?
The SPYDR 2p incorporates a dimmable control via a standard signal (1-10V or PWM depending on configuration), allowing for precise adjustment of light intensity. To automate this lighting according to growth phases, it is ideal to connect this system to a compatible centralized controller (such as Trolmaster), which manages the appropriate light profiles: low intensity for seedlings, medium for growth, and maximum for flowering.
An external dimming module may be necessary to interface the SPYDR 2p with your automation system, avoiding any internal modifications that might compromise the warranty. For even finer control, you can integrate PPFD sensors, allowing the system to automatically adjust the light according to the actual demand of the plants.
In summary, check the dimmable compatibility, equip yourself with a suitable external module, program your controller for the different phases, and use sensors to optimize the performance and health of your crops.
- What is the best height management of the SPYDR 2p during the growth and flowering phases to optimize light efficiency without stressing the plants?
To optimize the light efficiency of the SPYDR 2p while avoiding plant stress, it is recommended to adjust the height according to the growth stage:
- Growth phase: position the panel between 60 and 100 cm above the canopy for vigorous growth without risk of burning.
- Flowering phase: slightly bring the light source closer between 60 and 80 cm above the canopy, depending on plant tolerance and light intensity.
It is essential to regularly monitor the plants: any burning, yellowing, or tilting of leaves indicates that the height should be increased. Conversely, weak growth may justify bringing it closer, without going below 40-50 cm without strict control. Using a PPFD sensor is valuable for precisely adjusting the distance and ensuring optimal lighting.
This progressive and attentive management allows you to get the best out of the SPYDR 2p while preserving the health and vigor of your crops.
- what is the ideal height to optimize the light distribution of the SPYDR 2p on 120x120 cm without burning the plants
To optimize the light distribution of the SPYDR 2p over an area of 120x120 cm without the risk of burning, the ideal height is around 6 inches (approximately 15 cm) above the top of the plants. This distance ensures optimal light uniformity while avoiding excess intensity that could damage your crop.
- Is the SPYDR 2p compatible with a universal dimmable controller or only with the one from Fluence to adjust the light intensity according to growth phases?
The SPYDR 2p is compatible with universal dimmable controllers using a 0-10VDC or PWM signal, allowing for the adjustment of light intensity according to growth phases. It is therefore not limited to the Fluence controller alone. However, to ensure optimal compatibility, it is important to verify that the chosen universal controller supports these types of signals.
In summary, you can use a universal dimmable controller as long as it is technically compatible with the 0-10VDC or PWM signal of the SPYDR 2p.
- Integrable with a home automation system like Home Assistant or Jeedom for remote control and complete automation?
The SPYDR 2p is a powerful horticultural lighting system with OSRAM LEDs, offering a classic dimmable function via standard controllers. However, it does not have native or direct compatibility with home automation systems like Home Assistant or Jeedom.
For remote control and complete automation via these platforms, you would need to add a compatible dimmable home automation controller between the SPYDR 2p and your electrical installation. Without this intermediary equipment, integration will not be possible.
In summary, there is no native support for directly connecting the SPYDR 2p to Home Assistant or Jeedom. A complete home automation solution requires additional specialized equipment.
- What is the precise distribution of PPFD over a 120x120 cm area at 15 cm height, and what is the impact of dimming on the efficacy in micromoles per Joule of the SPYDR 2p?
PPFD distribution at 15 cm on 120x120 cm: The SPYDR 2p is perfectly suited to evenly illuminate a 120x120 cm area at a height of 15 cm, with a total photon flux of approximately 1600 µmol/s. This configuration provides intense and uniform lighting, ideal for intensive cultivation, especially during the flowering phase.
Impact of dimming on efficiency: The nominal efficiency is approximately 2.5 µmol/J at full power. By reducing the intensity via dimming, electricity consumption decreases without significant loss of efficiency, although a slight marginal drop may occur at low intensity. This allows for precise adjustment of the PPFD according to plant needs while maintaining good energy performance.
In summary, the SPYDR 2p combines optimized light distribution and flexible power management for efficient and economical LED lighting.
- What is the best height placement for the SPYDR 2p to optimize the efficiency of the full spectrum in SCROG over an area of 1m2 under LED?
To optimize the efficiency of the SPYDR 2p in SCROG cultivation over an area of approximately 1 m², it is recommended to place it between 15 cm and 30 cm above the canopy. This height ensures uniform light distribution, excellent penetration of the full spectrum, and perfect photon flux for growth and flowering.
This positioning fully benefits from the high power of the OSRAM LED lighting (approximately 630 W) and prevents any stress or burning on the plants, which is ideal for a SCROG where the canopy is flat and uniform.
In summary, hanging your SPYDR 2p 15-30 cm above the plants guarantees you an optimal balance between light intensity and coverage, essential for successful indoor cultivation under LED.
- Is the SPYDR 2p compatible with a standard dimmable controller to adjust the intensity in a 60x60cm micro box?
The SPYDR 2p is fully compatible with a standard dimmable controller that uses a 0-10V or PWM signal. You will be able to adjust the light intensity in a 60x60 cm micro box, provided that the controller supports these types of signals and the panel's power of approximately 630W.
For optimal control, you may also consider dimmers specifically designed for the SPYDR 2p or integrating your setup into a compatible home automation solution.
- What is the main difference in terms of efficiency and luminous output between the SPYDR 2p and other full-spectrum horticultural LED systems on a similar area?
The SPYDR 2p clearly stands out from other full-spectrum horticultural LED systems over a similar area with an excellent efficiency of 2.45 µmol/J, well above the 1.8 to 2.2 µmol/J often encountered. This performance ensures optimal conversion of electricity into useful light for photosynthesis.
Its PhysioSpec Indoor full spectrum is specifically optimized for growth and flowering, providing a very high light uniformity thanks to wide-dispersion OSRAM LEDs (120°), thereby improving penetration into the foliage.
Additionally, its passive cooling limits the heat generated, which stabilizes the light and increases the system's durability, while the integrated dimming function allows for fine adjustments of power according to the plant's needs, a real plus for controlling consumption.
- Is the SPYDR 2p 630W suitable for effective cultivation in a 120x120 area without needing an additional extractor?
The SPYDR 2p 630W is perfectly suited for a cultivation area of 120x120 cm thanks to its optimal power and light coverage.
However, its cooling is passive and does not include built-in ventilation. Thus, to prevent overheating and ensure an ideal environment for your plants, it is recommended to use an air extractor or a complementary ventilation system in this space.
This precaution helps maintain a stable temperature and ensures healthy and effective growth under this powerful LED lighting.
- Is the SPYDR 2p suitable for a micro-cultivation area under 1m² with limited growing height?
The SPYDR 2p is a powerful and large LED panel (approximately 108 x 119 cm) designed for areas close to 1.2 m². For a micro-cultivation under 1 m², it may be too bulky, making its installation tricky and limiting the quality of the lighting.
With a limited growing height, it may also be difficult to maintain the optimal spacing (about 15 cm between the canopy and the panel) necessary for good uniformity and light penetration. Its high power (632 W) is more suited to larger spaces and could cause light stress in a small environment.
For micro-cultivation and reduced height, a more compact and modular LED lighting will be more suitable, providing better light control and more appropriate consumption.
- What is the actual luminous yield at the canopy level for lighting at 15 cm, and how does it impact the ambient temperature in a room of 120x120 cm?
The SPYDR 2p system, positioned 15 cm above the canopy, delivers a total photon flux (PPF) of around 1600 µmol/s with a power of 630-645 W. This typically results in an average PPFD ranging between 700 and 900 µmol/m²/s, ensuring powerful and uniform lighting over a 120 x 120 cm area, ideal for vigorous growth.
Regarding temperature, the device generates a thermal rise of 25 to 30°C above ambient temperature. In a 120 x 120 cm room, without suitable ventilation, the accumulated heat can quickly raise the ambient temperature to 30-35°C or more, which can stress your plants.
To manage this effectively, an airflow of at least 28 L/s (1 ft³/s) is strongly recommended, along with a space of at least 2.5 cm around the lamp to ensure proper air circulation. This helps maintain a stable and optimal climate for your indoor crops.
- What is the ideal height to position the SPYDR 2p above plants of different heights within the same crop to maximize light penetration without risking burning the lower plants?
For the SPYDR 2p, the ideal positioning height above plants of different heights is between 15 cm and 30 cm. This range allows for optimal light penetration while avoiding the risk of burning the lowest plants.
This positioning ensures an excellent balance between intensity and light coverage over approximately 1 m², ideal for maximizing growth and flowering thanks to the high power (~630 W) and quality OSRAM LEDs.
In case of crops with specific microclimates or significant variations, it is advisable to adjust the intensity via a dimmable controller (0-10V or PWM) for optimal light management.
- What is the best strategy to manage the lighting cycle if I want to grow two crops in parallel under a single SPYDR 2p due to its surface area and power?
To manage two crops in parallel under a single SPYDR 2p, the key is to optimize light intensity and the management of the lighting cycle according to the specific needs of each plant.
Position the lamp between 15 and 30 cm above the plants to ensure even coverage over the area of 1.2 m². Use an external dimmable controller (like a Trolmaster or equivalent) to modulate intensity via the 1-10 V or PWM signal, allowing precise adaptation of light output to each crop, even if they are at different stages.
Program differentiated lighting profiles, with variations in intensity and duration, including time shifts if necessary. Adding PPFD sensors is a real plus for real-time adjustments to light power, ensuring optimal growth and avoiding energy waste.
Thanks to the wide dimming range of the SPYDR 2p, you will optimize consumption without sacrificing light quality, which is ideal for effectively managing two crops on a single installation.
- What is the optimal hanging distance to maximize light output without risk of burning with this SPYDR 2p over a surface of 1.2m by 1.2m?
To maximize the light output of the SPYDR 2p over a surface of approximately 1.2 m x 1.2 m, the optimal hanging distance is between 30 and 45 cm above the canopy. This range ensures uniform coverage and excellent light penetration while avoiding the risk of leaf burn.
We recommend starting at approximately 40 cm with moderate intensity, then adjusting according to your plants' response and their growth stage. The high light output and wide angle of the SPYDR 2p will allow you to achieve vigorous growth without stressing the crops.
- How do you control the light intensity according to the different growth phases with this SPYDR 2p LED system without additional heat generator?
The SPYDR 2p integrates a dimmable system controllable via a 0-10V or PWM signal, allowing precise adjustment of light intensity according to growth phases. To do this, the panel must be connected to a compatible external controller (such as a centralized system), which manages suitable profiles (seedling, growth, flowering).
Thanks to OSRAM LEDs with very low thermal dissipation, this adjustment is made without additional heat generator, which prevents overheating and damage to plants. This ensures efficient, safe, and automated control of light for each step of indoor cultivation.
- What are the advantages and disadvantages of using the SPYDR 2p to manage multiple varieties in the same room?
The LED horticultural system SPYDR 2p is ideal for managing multiple varieties in the same room thanks to its optimized PhysioSpec Indoor full spectrum, perfectly suited for different types of plants. Its uniform lighting over a large area (120 x 120 cm) and its integrated dimming function allow precise adjustment of light intensity according to the specific needs of each variety and growth stage.
However, it is important to maintain a sufficient distance (about 40 cm) between the lamp and all plants to avoid excessive intensity. Additionally, the high power of this system is often recommended in the presence of CO2 supplementation, which can complicate management without this device, particularly for sensitive plants. Finally, its cost and complexity of installation require good preparation, especially if multiple light profiles need to be managed simultaneously.
In summary, the SPYDR 2p offers a powerful and flexible solution for multi-variety cultivation, provided that light parameters are finely adjusted and that an adequate space is available.
- Is it possible to use the SPYDR 2p to grow multiple varieties with different light requirements in the same room without negatively impacting their growth?
The SPYDR 2p is a powerful and even LED lighting system with a full PhysioSpec spectrum, ideal for growth and flowering. Its dimmable function allows for overall light intensity adjustment, which makes it easier to grow several varieties in the same room, provided their light needs are not too far apart.
However, the unique spectrum remaining and the uniform coverage means that it cannot precisely modulate the different needs of each variety simultaneously. To manage very specific needs, it's better to combine multiple fixtures or choose a more modular system.
In summary, the SPYDR 2p is perfectly suited for multi-variety cultivation with relatively close light requirements, with good management of height and space.
- What is the best method to synchronize two SPYDR 2p in terms of time and intensity to optimize a parallel culture without electrical overconsumption or plant stress?
To synchronize two SPYDR 2p in terms of time and intensity to optimize your parallel culture without electrical overconsumption or plant stress, we recommend using a
universal 0-10V or PWM dimmable controller. It allows for precise adjustment of light intensity according to growth phases, decreasing power for young plants and increasing it as the plants develop.
Program the appropriate lighting duration for your crops, respecting the necessary light cycles at each stage, while ensuring that the panels are installed at an optimal height (between 15 and 30 cm) to avoid overexposure.
Finally, combine this control with monitoring of electrical consumption to adjust your parameters in real-time and thus limit consumption while preserving the health of your plants.
