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Centrifugal fan AATVG/N 560 2,2kW
Price excl. tax: €8.96090Price inc. tax: €10.84269 -
Centrifugal fan AATVG/N 450 0,75kW
Price excl. tax: €6.35560Price inc. tax: €7.69028 -
Centrifugal fan AATVG/N 500 1,5kW
Price excl. tax: €7.45540Price inc. tax: €9.02103 -
Centrifugal fan AATVG/N 630 4kW
Price excl. tax: €10.45690Price inc. tax: €12.65285 -
Centrifugal fan AATVP 400 0,37kW
Price excl. tax: €5.60090Price inc. tax: €6.77709 -
Centrifugal fan AATVP 450 0,55kW
Price excl. tax: €6.01790Price inc. tax: €7.28166 -
Centrifugal fan AATVP 500 1,1kW
Price excl. tax: €6.92100Price inc. tax: €8.37441 -
Centrifugal fan AATVP 560 4kW
Price excl. tax: €9.07710Price inc. tax: €10.98329
Fans selection
Belt drive
Belt-drive centrifugal fans — maximum flexibility for demanding industrial applications
Belt-drive centrifugal fans are built on the same principle as belt-driven axial fans: the electric motor is separated from the rotor and transmits motion via V-belt and pulleys, without direct contact with the airstream. This separation simultaneously addresses two challenges of intensive industrial ventilation: resistance to elevated temperatures and flexibility in airflow adjustment.
For centrifugal fans, the benefits of belt drive are even more relevant than for axial models, since centrifugal fans are frequently used in complex installations where operating conditions can change. Mechanical speed adjustment by modifying the ratio between the drive and driven pulleys allows airflow to be adjusted to different values from the original design — useful when the installation expands, when air demand changes or when filters are replaced with ones of different resistance. No electronic intervention, no variable frequency drive cost.
Thermal resistance is the second advantage: the motor positioned externally, in the ambient airstream, operates at normal temperatures even when the air moving through the rotor reaches 60–120°C. Used in industrial dryers (timber, ceramics, textiles, food), chemical industry with moderately elevated temperature processes, hot air ventilation plants from technological processes and extraction installations from zones with high thermal output.
The larger footprint compared to direct-drive equivalents is offset by superior versatility and durability under demanding industrial conditions. Easy access to the motor and drive elements simplifies scheduled preventive maintenance.
How to choose: calculate the required airflow and static pressure, then determine the optimal rotor speed for the operating point on the performance curve. The pulley transmission ratio is calculated based on the available motor speed and required rotor speed. Check belt length and available centre-distance in the installation space.
👉 Direct-drive medium-pressure centrifugal fans — for standard installations 👉 Belt-drive axial fans — the same solution for axial applications
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