Inline fan designed for ventilation through ducts, useful for creating air exchange in growboxes and technical environments. The dual-power configuration allows the airflow to be modulated by choosing between two operating levels.
It integrates easily into systems with ducting, carbon filters, and ventilation accessories, supporting both extraction and intake depending on the layout.
Key features
- Device type: dual-power inline fan with wired switch
- Airflow: 145 / 187 m³/h
- Noise level: 27–34 dBA
Overview
What it is for
It is an inline fan designed to move air through a ventilation circuit. In indoor growing it helps manage heat and humidity and, if paired with a carbon filter, contributes to odor control.
Who it is for
- Indoor setups that require a fan with two operating levels.
- Systems with ducts and accessories where an adjustable airflow is needed.
- Installations aiming for a good balance between performance and noise level.
How to use
- Insert the fan into the ventilation circuit, respecting the indicated airflow direction.
- Secure the unit firmly to reduce vibrations.
- Connect the wired switch and select the desired power level.
- Check the sealing of the connections and the absence of restrictions in the ducts.
Technical specifications
- Series: TT100+
- Airflow: 145 / 187 m³/h
- Noise level: 27–34 dBA
Brand
Brand listed in the catalog: VANGUARD HYDROPONICS. Note: the sources consulted for the TT100+ series list the manufacturer as VENTS; to avoid inconsistencies, no descriptive brand information beyond the catalog data has been added.
FAQ
Can I use it with a carbon filter?
Yes, this is a common use in indoor systems. Make sure the circuit is well sealed and that the filter/duct combination does not create air leaks.
How do I choose between the two power levels?
In general, the lower setting is used when constant air exchange with lower noise is needed, while the higher setting is used when stronger extraction is required (for example to manage peaks in temperature/humidity).
What can reduce system performance?
Tight bends, crushed ducts, excessive lengths, and dirty filters increase resistance and reduce actual airflow. Keep the components clean and optimize the air path.