 | - Optimum aerodynamic characteristics - Minimized intake loss thanks to specially shaped intake nozzles, and low clearance loss between impeller and housing.
- High degree of efficiency - Up to 89% in the optimum range.
- Characteristic curve with limit rating - No motor overload under operating conditions differing from optimum design range.
- Smooth running - Impeller is dynamically balanced including hub and shaft.
- Means of control - Speed-controlled actuators, adjustable inlet guide vane, adjustable pitch blade.
- Robust construction - Design offering high operational safety, sturdy, torsion-resistant steel housing, welded, bolted and painted. Long service life of bearings.
- For use under extreme conditions - Process temperatures up to 800 °C (1.500 °F), chemically aggressive gases, abrasive dust, and fibres.
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 | - Optimum aerodynamic characteristics - Minimized intake loss thanks to specially shaped intake nozzles, low clearance loss between impeller and housing.
- High degree of efficiency - Up to 89% in the optimum range.
- Characteristic curve with limit rating - No motor overload under operating conditions differing from optimum design range.
- Smooth running - Impeller is dynamically balanced including hub and shaft.
- Means of control - Speed-controlled actuators, adjustable inlet guide vane, adjustable pitch blade.
- Robust construction - Design offering high operational safety, sturdy, torsion-resistant steel housing, welded, bolted and painted. Long service life of bearings.
- For use under extreme conditions - Process temperatures up to 800 °C (1.500 °F), chemically aggressive gases, abrasive dusts, and fibers.
- Customized solutions
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 | Belt-driven fans are standard in heating, ventilation and cooling systems |
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