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Discover the Prima Klima 125Ø-25cm carbon filter and its maximum air flow of 360m3/h. Ecological, economical and practical!
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The Prima Klima carbon filter, 125mm in diameter and max 360m3/h, is capable of neutralizing odors in your growing space by 99%!
Simply place it in your growing space, connect it to your extractor using a suitable sheath and that's it!
360m3/h
25cm high
Outlet diameter: 125mm
| Diameter - Ø | 125mm |
| Flow in m3 | 360 m3/h |
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To optimize the performance of your Prima Klima Ø125mm - 360m3/h carbon filter, we recommend pairing it with a Prima Klima 125mm extractor with a similar flow rate, ideally the Prima Klima PK125-L 360m3/h. This model is perfectly compatible in diameter and extraction capacity, ensuring effective air circulation without straining the filter.
Its ebm-papst motor ensures optimized air flow (+15% compared to a conventional fan), while remaining quiet and energy-efficient. The sturdy design and ease of installation complete this set, making it ideal for controlled indoor growing.
Be sure to adhere to this flow rate to maintain the lifespan and efficiency of your filter.
Its reduced length (25 cm) helps to limit resistance and thus maintain a good airflow as long as the chosen extractor is compatible. Beyond this pressure range, the flow may decrease significantly.
To optimize the efficiency of your installation, make sure to pair the filter with an extractor that delivers an airflow close to 360 m³/h and can compensate for this static pressure.
For the Prima Klima carbon filter Ø125 mm - L25 cm at 360 m³/h, the expected pressure loss is generally between 100 and 200 Pa. This range is consistent with the natural resistance of activated carbon and the optimized design of the filter, suitable for efficient ventilation.
In a SCROG system equipped with LED lighting, this level of pressure loss is standard and should be considered when choosing a fan capable of compensating for this resistance without excessive electrical consumption.
For a growing area of 60x60 cm, a Prima Klima carbon filter Ø125 mm with a maximum flow rate of 360 m³/h is generally well suited. It is advisable to have a complete air exchange every 1 to 2 minutes, which corresponds to a ventilation of about 150 to 300 m³/h for this volume, depending on the ceiling height.
Be sure to adjust the power of your extraction based on temperature, humidity, and the growth stage of your plants. This helps maintain a healthy environment and avoid stress. This filter and ventilation around 300 m³/h offer an excellent compromise for effective extraction and optimal odor treatment.
To optimize the yield of your Prima Klima carbon filter Ø125mm - Max 360m³/h in a 1m² growing chamber, it is advisable to use a 125mm diameter extractor with a flow close to 360m³/h. This ensures excellent odor filtration while providing effective air renewal.
A Prima Klima 2-speed extractor (approximately 220/400 m³/h) is ideal, as it allows you to adjust the flow according to your needs and perfectly respects the maximum capacity of the filter without degrading it.
Don't forget to use soundproof ducting and appropriate clamps for the 125mm diameter to avoid any air leaks and maximize overall efficiency.
The Prima Klima Ø125mm – L25cm – carbon filter – Max. 360 m³/h does not have precise public data on its pressure loss in pascals. However, like most activated carbon filters of this size, one can estimate a moderate pressure loss around 100 to 150 Pa at its maximum flow rate.
In a circuit with 3 meters of standard flexible duct, the additional loss due to the duct adds to that of the filter. This overall resistance requires your extractor to work harder to maintain the maximum airflow, which may slightly reduce the g/W efficiency, as the fan will consume more energy.
To optimize your system, ensure that your extractor can provide sufficient airflow despite these losses, and prefer high-quality ducts with low resistance. This compromise ensures maximum efficiency of your LED lighting and indoor cultivation.
To optimize filtration with your Prima Klima charcoal filter Ø125mm (360 m³/h) in a micro-cultivation of less than 0.5 m², we recommend the compact extractor Prima Klima PK125-L. This model is perfectly suited with a flow rate of 360 m³/h, ensuring effective air renewal while maintaining the performance of your filtration.
Its ebm-papst motor guarantees robustness and silence, and its resistant polyamide casing makes installation simple, even in tight spaces. It’s an excellent choice for effective ventilation and optimal odor control.
Just be sure to measure the height under the ceiling or the dedicated location in your grow space accurately to ensure that the filter fits without constraint. Its diameter of 125 mm and design promote adaptation in restricted environments.
This combination guarantees efficient air circulation and uncompromising odor treatment.
The Prima Klima carbon filter Ø125mm - L25cm does not have native integration with a voice assistant for remote control of air flow or a real-time monitoring system for its performance. This functionality is reserved for larger models, such as the Ø250mm, which include specific control and monitoring.
To manage the air flow remotely or supervise the filter, external compatible equipment, such as smart ventilation controllers, will be needed.
This filter remains primarily a reliable and effective product for filtration, without integrated home automation.
To optimize the efficiency of your Prima Klima Ø125mm charcoal filter – L25cm – Max. 360 m³/h in a medium-sized growing space, the ideal extractor is the Prima Klima PK125-L 125mm – 360 m³/h. This model perfectly matches the diameter and airflow of the filter, ensuring optimal flow without the risk of overload or loss of performance.
It features a powerful motor with curved blades for superior efficiency, a quiet operation thanks to its ball bearings, and a sturdy construction. Its compatibility with standard ducts and ease of installation make this extractor a technically and practically suitable choice, perfectly adapted to your setup.
The Prima Klima Ø125mm carbon filter for a maximum flow rate of 360 m³/h is designed to last in intensive use thanks to several key elements:
Respecting the recommended maximum flow rate (360 m³/h) is essential to maintain the performance and durability of the filter over time.
For an extractor with a flow rate of 300 m³/h, the Prima Klima charcoal filter Ø125mm - L25cm is perfectly suited. This diameter optimizes the airflow without creating excessive resistance, as the filter is designed for flow rates of up to 360 m³/h. Thus, you will have an excellent balance between filtration efficiency and performance of your system.
The charcoal filter Prima Klima Ø125mm - L25cm offers high efficiency with a filtration rate of about 99% thanks to its 1.6 kg of coconut activated carbon, suitable for a recommended maximum flow rate of 360 m³/h.
Electricity consumption does not depend on the filter itself, which is passive, but rather on the connected extractor. An extractor Ø125mm with this flow generally consumes between 20 and 70 W in optimized operation, especially if it has thermal or electronic management.
Regarding the noise level, the suitable Prima Klima extractors are known for their relative quietness, even at full power, ensuring moderate noise during operation at 360 m³/h.
For optimal performance, pair this filter with a 360 m³/h calibrated extractor with regulation to ensure effective filtration, controlled consumption, and low noise.
To maximize efficiency and reduce noise, prefer an installation with rigid ducts of 125 mm without sharp bends, as well as anti-vibration mounts. Adding a silencer between the filter and the fan can also improve acoustic comfort.
A flow that is too high or too low can harm filtration and increase noise. Thus, a fan around 360 m³/h is ideal for this filter.
The Prima Klima Ø125mm - L25cm charcoal filter is designed for a maximum flow rate of 360 m³/h. An extractor rated at 300 m³/h is compatible without issue: the filter will not further reduce this flow. However, the overall flow of your system will simply be limited by the capacity of the extractor.
In summary, if you wish to fully exploit the potential of the filter, an extractor close to 360 m³/h is ideal, but a 300 m³/h model will work perfectly without creating a bottleneck.
