Specific air conditioner for cultivation chamber - Fresh air supply by tube - Air conditioning 1700 FG

Your questions about this product

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• Is the nominal cooling power of 1700 W sufficient for a grow room of 240cm x 120cm x 220cm equipped with two SpectraWILD L900 PRO of 900W, or should the 3000W version be prioritized especially in terms of hot air evacuation efficiency?

  For a grow room of 240 cm x 120 cm x 220 cm with two SpectraWILD L900 PRO of 900 W (totaling 1800 W dissipated as heat), the nominal cooling power of 1700 W is insufficient. It will not fully compensate for the heat generated, which may lead to difficulties in maintaining a stable temperature and premature wear of the air conditioner.

  The 3000 W version offers suitable cooling power, ensuring effective hot air evacuation, better thermal stability, and optimized equipment lifespan. For efficient and serene cultivation, prioritizing this option is advisable.

• Is the 1700 FG air conditioner sufficient for a growth chamber of 120x120x220 with 650W LED lighting Spectrawild M650?

  The 1700 FG air conditioner is perfectly suitable for a growth chamber of 120 x 120 x 220 cm equipped with a Spectrawild M650 LED lighting of 650 W. Its cooling power of 1700 W more than exceeds the estimated heat to be removed, which is between 390 and 455 W, thus ensuring effective temperature control.

  This model ensures rapid air renewal with an airflow of 230 m³/h, ideal for maintaining a stable and comfortable environment for your plants. However, it does not allow cooling below 20°C, which remains in line with optimal temperatures for indoor LED cultivation.

  In summary, this air conditioner provides a comfortable safety margin and efficient operation, even in slightly warmer conditions or with additional heat input.

• Does the VDL 1700 FG air conditioner with an airflow of 230 m³/h provide sufficient ventilation for a grow room of 1.2m x 1.2m x 2.2m equipped with a Spectrawild M650 lighting of 650 watts?

  The VDL 1700 FG air conditioner, with its airflow rate of 230 m³/h, is more than capable of efficiently cooling a grow room of 1.2 x 1.2 x 2.2 m (which is 3.168 m³), even with a Spectrawild M650 lighting of 650 W. This airflow exceeds the recommended air renewal to dissipate the heat quickly.

  On the other hand, this air conditioner does not replace a complete ventilation system as it does not allow for the extraction of stale air or the management of CO₂ and humidity levels. For an optimal environment, it is advisable to combine it with specific air extraction.

  In summary, the VDL 1700 FG is perfect for providing fresh air and cooling, but consider complementing it with active ventilation to ensure complete and healthy air exchange.

• Is the VDL 1700 FG air conditioner sufficient for a growing room of 120x120x220 with a 650W LED lighting or should the 3000 model be considered to avoid overheating?
  For a growing room of 120x120x220 cm with a 650W LED lighting, the VDL 1700 FG air conditioner, with its 1700W power and an air flow of 230 m³/h, may be just on the limit. The heat emitted by such a powerful lighting often requires more cooling capacity.
• Is it possible to connect this VDL 1700 FG air conditioner to a home automation application to automate its operation in a cultivation room?

  The VDL 1700 FG air conditioner is designed to provide efficient cooling with a constant airflow and can be integrated into a climate control system for automated management. However, it does not have native compatibility with mainstream home automation applications such as Home Assistant or Google Home. To automate its operation via home automation, it would require the addition of external interfaces, such as relays or third-party controllers, but this solution is not officially documented. Therefore, its control remains mainly manual or through proprietary systems.

• What is the recommended cooling capacity for a growth chamber of 120x120x220 cm lit by a SpectraWILD M650 of 650W with this VDL 1700 FG air conditioner?
  For a growth chamber of 120 x 120 x 220 cm (approximately 3.2 m³) lit by a SpectraWILD M650 of 650W, the VDL 1700 FG air conditioner, with its cooling capacity of 1700 W, is perfectly suitable. This power far exceeds the heat generated by the LED lighting and allows for the maintenance of a stable and optimal temperature in this confined space. Thanks to its efficient airflow and evacuation technique via a tube, it provides precise thermal management essential for successful indoor cultivation.
• What is the difference in terms of cooling and heat management between the VDL 1700 FG model and the 3000 for a cultivation chamber 120x120x220 with 650W LED lighting?

  For a cultivation chamber of 120x120x220 cm with 650W LED lighting, the VDL 1700 FG offers sufficient cooling capacity (1700 W) and a suitable fresh air flow rate (230 m³/h), effectively managing heat in this space. Its single tube exhaust system is simple and efficient for this size.

  In comparison, the VDL 3000 FG offers nearly double the power with 3000 frigories (~3500-3600 W) and a dual hot air exhaust outlet, providing better thermal management and faster, more uniform cooling. This model is particularly interesting if the ambient temperature is high or if you want a more dynamic capacity.

  In summary, the VDL 1700 FG will be suitable and effective for your setup, while the VDL 3000 FG provides more power and better exhaust if you are looking for an enhanced solution.

• Is the VDL 1700 FG sufficient for a grow room of 120x120x220 with a 650W LED lamp without a risk of overheating?

  The air conditioner VDL 1700 FG is perfectly suited for a grow room of 120 x 120 x 220 cm equipped with a 650 W LED lamp. With a cooling power of 1700 W and an air flow rate of 230 m³/h, it ensures efficient air circulation, thereby avoiding any risk of overheating.

  Its flexible air duct allows fresh air to be brought directly into the room, optimizing thermal management. Additionally, it operates with an eco-friendly refrigerant R290 and remains relatively quiet (52 dB), which is ideal for a growing environment.

  In summary, this air conditioner ensures the maintenance of ideal conditions without difficulty for your setup.

• What is the minimum temperature that this VDL 1700 FG air conditioner can reach in a 120x120x220 cm grow room with a 650W LED lighting?

  The air conditioner VDL 1700 FG is perfectly suited for a 120x120x220 cm grow room with 650 W LED lighting. With its cooling power of 1700 W and an airflow of 230 m³/h, it can maintain a temperature around 20 to 22°C under these conditions.

  The minimum temperature will mainly depend on the temperature of the incoming fresh air, insulation, and thermal load. Dropping below 15°C is unlikely with this type of portable unit.

  This air conditioner offers you precise control, with automatic adjustment to maintain a stable and optimal environment for your plants.

• What is the maximum volume of growing room that the VDL 1700 FG air conditioner can effectively cool while maintaining an optimal VPD under powerful LED lights?

  The air conditioner VDL 1700 FG, with a cooling capacity of 1700 W and a cold air flow of 230 m³/h, is perfectly suited for growing rooms of approximately 3 to 4 m³. Specifically, this corresponds to a space around 1.2 m x 1.2 m x 2.2 m.

  This capacity allows it to maintain an optimal VPD under powerful LED lighting, effectively managing the generated heat and ensuring precise control of temperature and humidity to promote the growth of your plants.

  For larger volumes, it would be recommended to opt for a system with greater power to ensure effective cooling and optimal VPD control.

• What is the recommended maximum cooling capacity for a grow room of 120cm x 120cm x 220cm with a 650W LED lighting system to efficiently use the VDL 1700 FG air conditioner without the risk of oversizing or undersizing?
  For your grow room of 120 cm x 120 cm x 220 cm (approximately 3.17 m³) equipped with 650 W LED lighting, the ideal cooling capacity should compensate for the heat emitted without oversizing or undersizing the system. The VDL 1700 FG air conditioner, with its 1700 W cooling power and an airflow rate of 230 m³/h, is perfectly calibrated for these conditions.

  This power is more than sufficient to handle the heat dissipation from your lighting and maintain a stable and cool temperature while ensuring effective air renewal. Therefore, it is a perfectly suitable choice to optimize the growth of your plants while avoiding the risks of overheating or unnecessary energy consumption.

• In a growing space of 120x120x220 with a 650W LED horticultural light, does the VDL 1700 FG air conditioner provide sufficient continuous cooling without the risk of overheating or system shutdown due to low water levels?

  For a growing space of 120x120x220 cm equipped with a 650 W LED horticultural light, the VDL 1700 FG air conditioner ensures efficient and continuous cooling. Its power of 1700 W and air flow rate of 230 m³/h maintain a stable temperature around 20-22°C, ideal for this type of installation.

  The system uses a flexible air duct to inject fresh air directly into the growing chamber, optimizing thermal management and avoiding any risk of overheating. Additionally, no automatic shutdown related to low water levels is reported, demonstrating a reliable design suitable for continuous operation.

  However, it is important to combine this air conditioner with complementary ventilation to ensure the extraction of stale air and optimal management of humidity and CO₂.

• Can the VDL 1700 FG air conditioner maintain a stable temperature in a 120x120x220 greenhouse with 650W LED lighting, considering occasional heat spikes?

  The VDL 1700 FG air conditioner is perfectly suited to maintain a stable temperature in a 120x120x220 cm greenhouse with 650W LED lighting. Its cooling power of 1700 W and air flow rate of 230 m³/h allow for effective management of the heat generated, even during occasional spikes.

  However, it cannot lower the temperature below 20°C, which remains compliant with the needs of most crops under LED. It is also recommended to pair it with a ventilation system to ensure optimal air exchange and manage the extraction of stale air.

• How do you manage the evacuation of hot air with this air conditioner in a compact grow room?

  To manage the evacuation of hot air with the air conditioner Spezifische Klimaanlage 1700 FG in a compact grow room, it is essential to use the dedicated evacuation outlet of 160 mm. This duct allows for the direct extraction of hot air out of the room, thus avoiding any recirculation inside the chamber.

  However, this air conditioner does not replace a complete ventilation system: it cools and brings in fresh air, but does not manage the extraction of stale air or the control of humidity. For an optimal environment, it is necessary to complement the installation with a fan or extractor suitable for your space.

  With an airflow rate of 230 m³/h, this air conditioner ensures good air circulation to maintain a stable temperature and a healthy climate for your plants. Properly connecting the evacuation duct to the outside remains the key to effective heat management.

• What is the average electrical consumption of the VDL 1700 FG air conditioner in continuous operation in a growth chamber of 1.20 by 1.20 by 2.20 meters with a SpectraWild M650 LED lighting?

  The average electrical consumption of the air conditioner VDL 1700 FG in continuous operation is approximately 1700 watts (1.7 kW). For a growth chamber of 1.20 x 1.20 x 2.20 meters equipped with LED lighting SpectraWild M650 (which consumes approximately 150 to 200 W), the total continuous consumption will be around 1850 to 1900 watts.

  This air conditioner, designed for continuous use with environmentally friendly refrigerant and suitable cool air flow rate (230 m³/h), is quite appropriate for maintaining a stable temperature in this chamber size with this type of LED lighting.

• What is the connection interface of the cold air exhaust tube and is it compatible with standard ducts used in growing rooms?

  The connection interface of the cold air exhaust tube of the Air Conditioning 1700 FG is a 125 mm diameter flexible tube. This dimension is standard for ventilation ducts in growing rooms, making it perfectly compatible with the classic flexible ducts used in indoor cultivation.

  The tube easily attaches to the cold air exhaust of the air conditioner using clamps or adhesive tape, ensuring a simple and effective installation for optimal fresh air supply in your growing space.

• Does the noise level of 52 dB remain stable even when the air conditioner is operating at full capacity in a closed grow room?
  The air conditioner Aire acondicionado 1700 FG has a noise level of 52 dB during operation, which corresponds to a moderate noise, slightly higher than that of a refrigerator. This noise level remains stable even when the device is running at full capacity in a closed grow room. Several user feedbacks confirm effective and quiet operation over time, without noticeable increase in noise. Its optimized design ensures efficient and discreet ventilation, ideal for a noise-sensitive environment.
• Does the 1700 FG version evacuate hot air outside the grow room, or does it discharge hot air directly into the room?
  The 1700 FG version of the specific air conditioning for grow rooms, which brings in fresh air through a duct, is designed to introduce outside air. However, it does not explicitly state whether hot air is expelled outside of the room or discharged into the room where the grow chamber is located.

  In summary, this version seems to ventilate hot air into the same room rather than outside, which may influence the overall thermal management of your setup.