01 — Description
Présentation du produit
The Solux heating tube is essential for growing under LED systems that do not produce heat, unlike HPS or CMH systems. It guarantees uniform heat, essential for plant growth, especially during the coldest months and the first weeks of flowering. This tube is available in three different sizes, with powers adapted to your specific needs.
Main Features
- Energy-efficient heating : Provides stable heat while consuming little energy.
- Mounting brackets included : Quick and easy installation in your greenhouse or grow space.
- Overheat Protection : Safety guaranteed with built-in protection against excessive temperatures.
- Even Heat Distribution : Ensures a consistent environment for all your plants.
- Reversible Cable Entry : Allows flexibility during installation, with the option to choose which side the cable enters.
- Built-in thermostat : Precise temperature control for optimal heating.
- IP55 - Splashproof : Protects against moisture for safe indoor use.
Technical Specifications
| Tension | 220/230 V |
|---|---|
| Power | 120W, 180W, 240W |
| Length | 60 cm, 92 cm, 120 cm |
| Protection index | IP55 |
Advantages of the Solux Heating Tube
- Climate stability : Protects your plants from sudden changes in temperature and humidity.
- Easy to Install : Mounting brackets and compact design allow for quick and hassle-free installation.
- Effective for LED crops : Perfect for compensating for the lack of heat from LED lighting systems.
For more information on the importance of thermal management in indoor growing, check out our article How to Properly Heat an Indoor Grow Space .
Usage and Advice
- Installation : Fix the heating tube to the wall or ceiling using the brackets provided. Make sure the cable entry is correctly positioned to avoid any obstacles.
- Adjustment : Use the built-in thermostatic control to adjust the temperature to your needs.
- Maintenance : Clean the surface of the tube regularly to avoid any accumulation of dust which could affect its effectiveness.
FAQ
Q: Is this heating tube suitable for high humidity indoor grow spaces?
A: Yes, with its IP55 rating, it is resistant to splashes and sprays of water, making it perfectly suited to humid environments.
Q: What size greenhouse should I choose?
A: It depends on the size of your growing space. For larger greenhouses, a 120cm tube (240W) will be more suitable, while
03 — Avis clients
Customer reviews
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04 — Questions sur ce produit
Product questions
Your questions about this product
- Compatible real dimensions 60cm 90cm 120cm? What is the ideal power for a micro space 60x60 under LED?
The Solux Tubo Calefactor is available in several lengths: 60 cm (120W), 90 cm (180W), and 120 cm (180 to 240W depending on the model). For a micro space of 60x60 cm under LED, the 120W power of the 60 cm model is generally sufficient to maintain good thermal control, taking into account insulation and the desired temperature.
- Easy integration into a micro LED growing space?Can the Solux 60cm 120W heating tube be installed on compact racks without generating localized heat and with precise management via an external thermostat?
The Solux 60 cm 120 W heating tube integrates perfectly into a micro LED growing space, thanks to easy installation and included mounting brackets. It provides uniform heat distribution, minimizing the creation of localized hot spots, which is ideal for protecting your plants.
Its robust design allows for precise temperature management, and although it does not specifically come with a thermostat, it can be connected to an external thermostat for optimal control.
Finally, its IP55 protection ensures good resistance to the humidity often present in this type of environment.
- What power and size do you recommend for an indoor growing space of approximately 60x60 cm with LED lighting to ensure uniform heat without overconsumption?
For an indoor growing space of 60x60 cm illuminated by LED, a heating power of 5 to 15 watts would ideally suffice to maintain a uniform temperature without overconsumption.
However, commercially available heating tubes Heizrohr often start at around 50 watts, which can be too powerful for such a small volume. If you still wish to use a Heizrohr, choose the lowest power model available (50 watts) and make sure to equip it with an adjustable thermostat to prevent overheating.
In terms of size, a tube of 40 to 60 cm allows for good heat distribution in a space of this dimension. Place it in a way that diffuses heat evenly, for example along one side or under the grow tray, without directing it directly onto the plants.
For an even more suitable and economical solution, a heating mat of 15-20 watts may be preferable, providing gentle and constant heat without excess.
- What heating power and size of Solux heating tube do you recommend for a 120x120 cm grow box under LED to ensure a stable temperature without excessive electricity consumption?
For a 120x120 cm grow box under LED lighting, a 90 cm Solux heating tube with a power of 180 W is ideal. This model ensures homogeneous heat distribution, thus stabilizing the temperature without excessive electricity consumption.
For more precise control or a larger cultivation area, it is possible to use multiple heating tubes connected to an external thermostat, ensuring centralized and efficient heat management.
Don't forget that the insulation of your grow box is crucial to limit heat loss and optimize consumption, and that a thermostat is essential to perfectly regulate the temperature.
- How to effectively integrate multiple Solux 120cm 240W heating tubes into a 1x1 LED culture to ensure homogeneous thermal distribution without electrical overconsumption or overheating zones?
To effectively integrate several Solux 120 cm 240 W heating tubes in your 1×1 m LED growing space, it's essential to limit their number to 1 or 2, depending on the actual heating needs of the room, in order to avoid electrical overconsumption and hot spots.
Preferably place them along the walls or under the growing tray, never directly above the plants, to promote a uniform heat distribution. The installation must be equipped with an external thermostat to maintain a stable and safe temperature.
Finally, one or two small oscillating fans are recommended to circulate the air and ensure optimal thermal distribution across the entire surface, thus avoiding localized hot spots.
- Can the Solux heating tube cause hot spots or overheating areas in the growing area, even with overheating protection?
The Solux heating tube is designed to emit a constant and uniform heat, thereby reducing the risks of hot spots in your growing area. However, even with good design, it remains essential to properly install the device and ensure sufficient air circulation to avoid any local overheating. This vigilance guarantees a stable and homogeneous temperature, optimal for the health of your plants.
- What power and size of Solux heating tube do you recommend for a 1m by 1m grow tent under LED to maintain a stable temperature with an external thermostat?
For a 1m by 1m grow tent under LED lighting, we recommend a Solux heating tube with a power between 100 and 200 watts. The ideal length typically ranges from 50 to 100 cm, depending on the internal configuration of your tent.
Good insulation is essential to maintain a stable temperature, generally between 20°C and 25°C, while limiting energy consumption. Make sure your external thermostat can accurately manage this temperature range for optimal control.
This type of heating, well-calibrated and controlled by a reliable thermostat, will provide an effective and safe thermal supplement to your LED setup.
- What is the best mounting method to ensure uniform heat distribution with the Solux heating tube in a medium-sized growing space?
For uniform heat distribution with the Solux heating tube in a medium-sized growing space, it is best to mount it along the walls or under the growing bed, avoiding placing it directly above the plants. A distance of about 30 cm ensures even distribution without creating hot spots. Accompany this installation with an oscillating fan to circulate air and maintain a stable temperature.
Also ensure that the tent or room is well insulated and pair the tube with an external thermostat for precise heat control. For an area of about 1 m², a 90 cm, 180W Solux tube is an excellent compromise between power and coverage.
- What power of Solux heating tube is most recommended for a medium-sized growing room using LED lighting, and how to optimize its setup with an external thermostat to ensure a stable and uniform temperature?
For a medium-sized growing room under LED lighting, a 240 W Solux heating tube (120 cm) is generally recommended. This power offers a good balance to maintain a stable temperature without the risk of overheating.
To optimize its installation, it is essential to use an external thermostat. Place it in the growing area to be controlled and set it to activate the tube as soon as the temperature falls below the chosen threshold, and to turn it off once the ideal temperature is reached. This ensures a uniform temperature and avoids sharp variations.
Also, make sure that the room is well insulated and install the tube horizontally to distribute heat evenly, avoiding the creation of hot spots. This method protects your plants while maximizing energy efficiency.
- Can multiple Solux heating tubes be connected to a single external thermostat without losing accuracy in temperature control?Yes, it is entirely possible to connect multiple Solux heating tubes to a single external thermostat. This setup allows for centralized and precise temperature control without any loss of performance, making it ideal for efficiently heating larger spaces.
- What power and size would you recommend for a 1m2 indoor grow under LED to ensure even heat without excessive electricity consumption?
For an indoor grow under LED of about 1 m², we recommend a SOLUX heating tube of 60 cm with a power ranging between 5 and 15 watts to ensure even heat without excessive electricity consumption. This format allows for uniform heat distribution, avoiding overheating or cold spots, and ensures a good thermal balance suitable for this volume.
If you prefer a more powerful model, a 60 cm tube at 120 W may also be suitable for a small space, but the key remains to choose an appropriate power level to control consumption while maintaining optimal conditions.
- What power and size of Solux heating tube do you recommend for indoor cultivation under LED in a 1m² box to achieve uniform heat while minimizing electricity consumption?
For indoor cultivation under LED in a 1m² box, we recommend a Solux heating tube of approximately 60 cm in length with a power of 120 W. This format ensures homogeneous heat distribution while limiting electricity consumption.
To optimize the temperature and avoid overheating, it is strongly advised to install this tube horizontally and couple it with an external thermostat. This guarantees precise control and maximum energy efficiency.
In summary:
- Power: 100 to 200 W (ideal 120 W)
- Size: 60 cm to 90 cm
- Installation: Horizontal with thermostat
- Can the Solux heating tube be easily installed on an indoor growing frame without risking damage to the plants during growth?
The Solux heating tube is perfectly suited for installation in an indoor growing setup. Compact and easy to attach, it is ideally placed about 30 cm from the plants to ensure even heat distribution without creating harmful hot spots.
To ensure the safety and thermal comfort of your crops, we strongly recommend using an external thermostat to precisely control the temperature, as well as an oscillating fan to properly distribute the warm air and avoid thermal stress.
This system ensures constant heat and protects your plants from sudden temperature fluctuations, promoting healthy and steady growth.
- What is the exact electrical consumption in watts of the Solux 120cm 240W heating tube in continuous operation over 24 hours, and what is its thermal efficiency in g/Watt to maximize growth under LED?
The Solux 120 cm heating tube consumes between 120 and 240 watts per hour, resulting in a total consumption between 2.88 kWh and 5.76 kWh over 24 hours of continuous operation.
Regarding the thermal efficiency expressed in grams per watt, there is no precise data available for this product. However, this tube is designed to distribute heat evenly over approximately 8 m², thereby promoting a stable temperature maintenance, which is essential for optimizing growth under LED lighting.
To maximize efficiency, it is advisable to adapt the power and duration of heating to the specific needs of your plants, carefully monitoring the ambient temperature to avoid overheating.
- What heating tube power do you recommend for a 1m² growing surface under LED with stable temperature maintenance in winter?
For a growing surface of approximately 1 m² under LED lighting, we recommend a Solux heating tube of 60 cm with a power of 120 watts. This model distributes homogeneous heat perfectly suited to maintain a stable temperature in winter, provided that the insulation is adequate.
It is important to pair it with an external thermostat, as the tube does not have integrated regulation. This combination will allow you to precisely control the temperature and ensure an optimal thermal environment for your plants.
- Compatible with major connected thermostats for remote temperature management and automation of irrigation possible via home automation integration?
The Tubo Calefactor SOLUX does not have a built-in thermostat. However, it can be connected to an external thermostat sold separately, allowing for centralized temperature control. For remote management and automation via home automation, you will need to choose a thermostat compatible with your home automation system. This solution offers the flexibility to integrate thermal regulation into your connected installation while ensuring precise control.
- What external thermostat do you recommend to ensure precise temperature control with this Solux heating tube?
To ensure a precise temperature regulation with the Solux heating tube, it is essential to use an external thermostat equipped with a remote sensor. This type of thermostat measures the ambient temperature or that close to the tube accurately, thus ensuring optimal heat management.
Choose a thermostat suitable for the power of the tube (120W, 180W, 240W) to avoid any electrical overload. Prefer a model with precise adjustment and a low differential (1 to 2°C) to maintain a stable temperature, which is essential in an indoor growing space.
A programmable electronic thermostat with an external sensor and a switching capacity of at least 250-300W, ideally with an IP54 protection, is perfectly suitable. This ensures reliable control even in a humid environment.
- What is the precise electricity consumption in kWh per day for a Solux tube 180W on a surface of 1m² under LED with maximum efficiency?
For a Solux heating tube of 180W used on 1 m² under LED lighting with maximum efficiency, the theoretical continuous operating electricity consumption is 4.32 kWh per day (0.18 kW × 24 h).
However, most of the time, this tube is controlled by an external thermostat that adjusts its operation based on the temperature, thereby limiting the actual consumption. In practice, the daily consumption will therefore be lower and variable depending on insulation and regulation.
In summary: for optimized use, count on less than 4.32 kWh per day, which ensures good thermal comfort without wasting energy.
- What wattage of the Solux heating tube is most suitable for maintaining a stable temperature in a medium-sized indoor growing space under LED lighting?
For a medium-sized indoor growing space (around 1 m²) under LED lighting, the ideal wattage of the Solux heating tube is approximately 120 watts for a length of 60 cm. This choice ensures an even distribution of heat while avoiding hot spots and controlling electricity consumption.
It is important to install the tube horizontally about 30 cm from the plants and to use an external thermostat for precise temperature control, thus ensuring a stable and safe environment for your crops.
- What is the average electrical consumption for a Solux 180W tube in a 2m² greenhouse with an optimized thermostat, and what is the actual expected thermal efficiency compared to a traditional HPS heating system?
For a Solux heating tube of 180W in a 2 m² greenhouse with an optimized thermostat, the average electrical consumption will be around 1.08 kWh per day considering a daily operation of 6 hours. The thermostat helps reduce heating cycles, thereby avoiding continuous consumption and optimizing energy usage.
In terms of thermal efficiency, the Solux tube offers a nearly total conversion of electricity to useful heat (almost 100%). It provides stable and targeted heat, ideal for a small space like a greenhouse. Compared to a traditional HPS heating system, which also generates heat, the heating tube is more efficient because the HPS also produces light and can dissipate some heat without thermal optimization.
In summary:
Criterion Solux 180W Heating Tube Traditional HPS Heating Consumption ~0.18 kWh/h adjusted by thermostat Higher, less controlled Thermal Efficiency Close to 100% Less suitable for heating use only Thermal Control Precise thermostat Less optimized This Solux system will provide you with economical heating, well suited to your greenhouse needs, with optimal management thanks to the thermostat.
