TT 125 mm Air Extractor - 2 Speeds 220/280m³/h
TT 125 mm Air Extractor - 2 Speeds 220/280m³/h
Optimize the ventilation of your space with this versatile air extractor. Ideal for precise control of the indoor climate.
- Two speeds for adjustable airflow (220/280m³/h)
- Standard 125 mm duct diameter for easy integration
- Low noise level (from 28 dB(A)) for a discreet environment
- Controlled power consumption (from 23W)
- Robust design for increased reliability
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Product presentation
125mm Air Extractor for Optimal Ventilation
The 125mm air extractor TT 2-speed is an essential piece of equipment for maintaining a healthy and controlled environment. It ensures efficient air renewal, crucial for the well-being of your crops and humidity regulation. Its versatile design allows for easy adaptation to various configurations.
Benefits of Controlled Ventilation
This air extractor is designed to offer reliable and measurable performance, contributing to a stable and favorable growing environment.
- Precise climate control — Thanks to its two speeds, you can adjust the airflow (220 m³/h or 280 m³/h) according to the specific needs of your space, thus optimizing temperature and humidity.
- Efficient air renewal — It ensures constant evacuation of stale air and the supply of fresh air, essential for preventing the accumulation of pollutants and promoting a healthy atmosphere.
- Discreet operation — With a noise level of only 28 dB(A) at speed 1, this extractor maintains a quiet environment, an asset for indoor installations.
- Energy saving — Its power consumption is optimized, with only 23 W at minimum speed, thus reducing operating costs without compromising efficiency.
Technology and Performance of the TT 125mm Extractor
The TT 125mm extractor incorporates a robust design for durable performance. Its motor is designed to provide a powerful and constant airflow, even in continuous operation. The dual speed allows for flexibility of use, adapting to different growth phases or climatic variations. It is ideal for spaces requiring regular and adjustable air renewal.
Safety and Reliability for Your Installation
The design of this extractor emphasizes safety and durability. Made with resistant materials, it ensures a long lifespan. Its compatibility with a supply voltage of 230V and a frequency of 50Hz guarantees easy integration into standard electrical systems. It is designed to operate stably and safely, minimizing risks.
How to Use the TT 125mm Extractor?
The installation and use of this extractor are intuitive, allowing for quick commissioning for effective control of your environment.
- Duct installation — Firmly connect a 125 mm diameter ventilation duct to both ends of the extractor to ensure optimal sealing and lossless airflow.
- Speed selection — Use the integrated selector to choose between the two airflows (220 m³/h or 280 m³/h) according to your ventilation needs.
- Optimal positioning — Install the extractor high up, ideally outside your space, for better evacuation of hot and stale air.
- Regular maintenance — Disconnect the device before cleaning the blades and the inside of the extractor to maintain its efficiency and prolong its lifespan.
By following these steps, you guarantee efficient and lasting ventilation of your installation.
Joseph's tip: "Make sure that the diameter of the ventilation duct matches the diameter of the extractor (125 mm) to ensure optimal sealing and efficiency. A good connection avoids pressure losses and maximizes air renewal."
Joseph
Features detailed
| Plug & Play | Yes |
|---|---|
| Speed management | 2 speeds |
| Type of extractor | 2 Speeds |
| Marque | Vanguard Hydroponics |
| Puissance consommée (W) | 23 W |
| Poids (kg) | 1.8 |
| Compatibilité | variateurs de vitesse, filtres à charbon, gaines 125 mm |
| Tension (V) | 220-240 |
| Débit (m³/h) | 220/280 |
| Type de moteur | AC |
| Niveau sonore (dB) | 29-36 |
| Isolation phonique | Non |
| Dimensions (mm) | 240x195 |
| Debit (m3/h) | 220/280 |
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Your questions
Hello, I am intrigued by the Extractor TT 125mm product and its features. However, I am wondering if there is any special maintenance needed for this product for it to function optimally for many years, as mentioned in the product description? Also, can this extractor be used in other environments, such as a regular home setting or is it solely designed for cultivation spaces? Thank you.
Hello, concerning the TT 125 mm two-speed extractor, I would like to know if it is possible to program continuous use at minimal speed to ensure constant ventilation without risking rapid wear of the device? Also, is this model quiet enough not to disturb a calm indoor environment? Thank you in advance for these clarifications.
The Vanguard Hydroponics TT 125 mm two-speed extractor is designed for continuous use at minimal speed without risk of premature wear, thanks to its reduced power consumption (23 W) at this setting. Regarding noise, it is one of the quietest models on the market, ideal for a calm indoor environment.
Compatible with home automation control system for automatic speed modulation based on environmental parameters?
What is the performance and consumption difference between the two speeds of the TT 125 mm extractor during daily use in a standard growing space?
The Vanguard Hydroponics TT 125 mm offers two speeds suitable for indoor cultivation needs:
- Minimum speed (220 m³/h, 23 W): ideal for daily use, it ensures regular air renewal, maintains the temperature around 26-28°C with low electricity consumption, and a discreet noise level, perfect for a standard growing space.
- Maximum speed (280 m³/h, 37 W): useful during heat spikes or to quickly extract air laden with odors, this speed slightly increases consumption but remains reasonable and ensures effective ventilation.
In summary, the low speed optimizes energy savings and sound comfort, while the high speed offers essential extraction speed during critical moments in cultivation.
What is the average electrical consumption during a complete growth cycle alternating between speeds of 220 and 280 m3/h with the extractor TT 125 mm to optimize energy efficiency in a cultivation space of 1m2?
By alternating 75% of the time at low speed and 25% at high speed over a complete cycle of 8 weeks (continuous operation), the average electrical consumption is approximately 26.5 W. This represents a total consumption of around 35.6 kWh over the entire period.
This operation allows for optimizing energy efficiency by adjusting ventilation to the actual needs of your cultivation space of 1 m², thus ensuring good air quality while keeping consumption in check.
Can we use a single timer to manage the two speeds of the TT 125 mm extractor when growing two crops in parallel, or is it preferable to have a separate timer for each crop to adapt the ventilation to their specific needs?
If you use a single timer, the extractor will operate at the chosen speed simultaneously for both crops, which does not allow precise ventilation adjustment for each space according to its specific needs.
For independent and optimized management of ventilation for two crops in parallel, the most effective solution is to use two distinct extractors, each connected to its own timer. This ensures appropriate modulation for each crop without regular manual intervention.
The TT 125 mm, with its manual adjustment, therefore limits automation and flexibility when multiple environments require different conditions.
How do you integrate this 125 mm extractor into an automated ventilation system to adjust the air flow according to humidity and temperature?
The VANGUARD HYDROPONICS TT 125 mm extractor has two fixed speeds (220 and 280 m³/h) controlled via a switch. To integrate it into an automated system, a relay operated by a controller (PLC, Raspberry Pi, Arduino, horticultural system) should be used, switching between the two speeds based on data received from humidity and temperature sensors placed in the grow area.
The logic is to activate the low speed when conditions are optimal and switch to high speed when the temperature or humidity exceeds a defined threshold, thereby ensuring adjusted air flow and a stable environment. The wiring must be done with suitable equipment and a relay compatible with the power of the fan (23 W). This simple method ensures efficient control and energy savings.
For more precise flow adjustment, an EC motor extractor with variable speed would be needed, but this model remains a robust and reliable solution for managing indoor ventilation.
What is the practical difference between the two speeds of the TT 125 mm extractor for a grow space of 60x60x160?
For a grow space of 60×60×160 cm (approximately 0.58 m³), the practical difference between the two speeds of the VANGUARD HYDROPONICS TT 125 mm mainly lies in the air flow, consumption, and noise. At low speed, the flow rate of 220 m³/h is more than sufficient to ensure continuous ventilation, with very quiet operation and low electrical consumption (23 W). This is ideal for maintaining a stable environment on a daily basis.
At high speed, the flow rises to 280 m³/h with higher consumption (37 W). This option is perfect during heat or humidity peaks, for example, during the flowering phase or in summer, when rapid extraction becomes essential to avoid plant stress.
In summary, low speed offers optimal comfort and energy savings for most of the time, while high speed remains a valuable solution for specific situations requiring enhanced ventilation.
How to optimize the use of the two-speed extractor TT 125 mm to adjust ventilation according to the growth and flowering phases of my plants
The VANGUARD HYDROPONICS TT 125 mm two-speed extractor allows you to optimize ventilation according to the specific needs of plants during their growth and flowering phases.
During the growth phase, use the low speed (~220 m³/h) to maintain a stable temperature and proper humidity without stressing the young shoots. This promotes adequate air renewal with quiet and energy-efficient operation.
During flowering, switch to high speed (~280 m³/h) to quickly extract warm and humid air, thus avoiding overheating and fungal risks while maintaining ideal air quality for flower development.
For practical use, you can alternate between the two speeds or, better yet, install two separate extractors suited for each phase for precise environmental control.
This simple adjustment maximizes the health and growth of your plants by adapting ventilation to their actual needs.
Is the TT 125 model quiet enough for a 0.5 m² growing room without disturbing the plants or daily work?
Does the two speeds of the TT 125 mm extractor allow precise control of the microclimate under LED in SCROG without disturbing the management of humidity and temperature in a 1x1m space?
The VANGUARD HYDROPONICS TT 125 mm extractor features two fixed speeds (220 and 280 m³/h), offering good air renewal capacity for a 1x1m growing space (approximately 2 m³). These two speeds effectively manage humidity and temperature under LED in SCROG by adapting ventilation to needs: the minimum speed limits abrupt variations and the maximum speed is useful during heat or humidity peaks.
However, this restricted range does not allow for very fine control of the microclimate. For more precise and automated management, especially with a continuous flow variation, a variable speed extractor would be ideal. Nevertheless, with manual control or a relay, this TT 125 mm remains quite suitable for maintaining a stable climate without hindering growth.
Does the 2-speed mode effectively manage the temperature and humidity in a 60x60 cm space without creating excessive noise?
The VANGUARD HYDROPONICS TT 125 mm with its two speeds (220 m³/h on low and 280 m³/h on high) is ideal for a 60x60 cm space. On low speed, it ensures sufficient air renewal to stabilize temperature and humidity while remaining very quiet, perfect for continuous operation without noise disturbance. The high speed allows for managing spikes of humidity or heat, slightly noisier but acceptable for short phases.
Although the control is manual or via external relays, this dual speed offers effective and robust management of the environment. If you are looking for an even more precise and automatic setting, a variable speed extractor would be preferable, but this model remains a reliable and economical solution for a micro-cultivation space.
What is the actual annual electricity consumption of the TT 125 mm extractor in continuous operation at maximum versus minimum efficiency over an area of 1.5x1.5m with a flow rate of 280m³/h versus 220m³/h?
The TT 125 mm extractor consumes approximately 23 W at low speed (220 m³/h) and 37 W at high speed (280 m³/h).
In continuous operation over an area of 1.5 x 1.5 m (2.25 m²), the estimated annual consumption is:
- Minimum speed (220 m³/h): approximately 201 kWh/year
- Maximum speed (280 m³/h): approximately 324 kWh/year
The surface does not directly impact consumption, which mainly depends on the power of the extractor and the speed setting. This ventilation ensures a good air renewal suitable for your growing volume.
Can the TT 125 mm extractor be integrated into a SCROG system to optimize humidity control without interfering with net handling?
The TT 125 mm extractor - 2 Speeds (220/280 m³/h) fits perfectly into a SCROG system of about 0.5 to 1 m². Its adjustable airflow at two speeds allows for effective humidity management without creating a strong airflow that could interfere with net handling. Additionally, its compact size allows for discreet installation so as not to obstruct access to the net.
However, this model offers binary airflow control, which is less precise than variable-speed extractors if you want very fine humidity adjustments. For more automated and precise management, an extractor with a variator could be considered. But for reliable ventilation and good working comfort in a SCROG, this model is an excellent choice.
What is the noise difference between the two speeds of the TT 125 mm and is it suitable for micro-cultivation in a reduced space?
The VANGUARD HYDROPONICS TT 125 mm has two speeds: at high speed, the noise level reaches about 37 dBA at 3 meters, while at low speed, it is significantly quieter, ideal for continuous operation without noise disturbance. This dual speed allows for adjusting the airflow (220 m³/h at low speed, 280 m³/h at high) according to the needs of the cultivation.
For a micro-cultivation in a reduced space (about 1 m²), this model is perfectly suited due to its measured power and controlled noise level. Its low consumption at low speed (23 W) and the possibility to further reduce the noise with ducts or silencers make it an excellent compromise between efficiency and acoustic comfort.
What type of automatic control system is compatible with the EXTRACTOR TT 125 mm to adjust speeds according to the environmental parameters of my growing space?
The VANGUARD HYDROPONICS TT 125 mm features a manual switch with two fixed speeds (220 and 280 m³/h), which does not allow for built-in automatic control. However, you can automate speed management by using a relay controlled by an external controller (such as an Arduino, Raspberry Pi, or programmable logic controller) connected to temperature and humidity sensors.
This active system toggles between low speed and high speed based on defined environmental thresholds, thus ensuring a stable environment and energy optimization. Just make sure to choose a relay suitable for the fan's power (23 W) and adhere to wiring standards for safety.
For more precise speed management, you would need an extractor with a variable speed EC motor, but with this external configuration, the TT 125 mm provides an excellent simple and effective solution.
How do you integrate the TT 125 mm extractor into an automated ventilation system to automatically adjust the speed according to temperature and humidity?
To integrate the VANGUARD HYDROPONICS TT 125 mm extractor into an automated ventilation system, it is advisable to use a relay controlled by a controller (such as PLC, Raspberry Pi, Arduino) that switches between the two available speeds (220 and 280 m³/h) based on temperature and humidity readings from sensors placed in the growing area.
The logic is simple: maintain the low speed as long as conditions remain optimal, then switch to high speed as soon as temperature or humidity exceeds a defined threshold. This solution ensures effective and automatic air flow management.
Be careful with the wiring, and choose suitable and safe components for reliable operation without repeated manual intervention. For finer control with continuous speed variation, a unit with an EC motor would be preferable.
How do you manage the speed regulation of the VANGUARD HYDROPONICS TT 125 mm extractor to optimize ventilation without increasing electricity consumption?
To regulate the speed of the VANGUARD HYDROPONICS TT 125 mm extractor and optimize ventilation without overconsumption, we recommend using a relay controlled by an automatic control system (such as a PLC, Raspberry Pi, or Arduino) connected to humidity and temperature sensors. This device allows for the low speed (23 W) to be activated under normal conditions and to switch to high speed (37 W) only when temperature or humidity thresholds are exceeded.
This intelligent management adapts the airflow to real demand, avoiding permanent high-speed operation and thus limiting electricity consumption. For even smoother regulation, an extractor equipped with a variable-speed EC motor should be considered, but at equal power, this solution remains an excellent compromise between efficiency and energy savings.
What is the maximum capacity of this extractor TT 125 mm for a growing space of 1.20 x 1.20 m to ensure optimal air renewal without excessive electrical consumption?
For a growing space of 1.20 m × 1.20 m with a standard height of 2 m (volume ≈ 2.88 m³), the extractor TT 125 mm, with a flow rate of 220 to 280 m³/h, is significantly oversized. At the minimum speed, it renews the air about 76 times per hour, which far exceeds the usual needs (1 to 3 renewals/h) and leads to higher electricity consumption than necessary (23 to 37 W depending on the speed).
For optimal renewal without overconsumption, it is better to have an extractor with a flow rate suited to the total volume (around 30 to 60 m³/h for this space). If you wish to keep the TT 125 mm, using a speed controller will help reduce the flow and limit consumption, precisely adapting the airflow to your space.
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