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The motor is separated from the air flow and designed for fluid temperatures up to 120°C in continuous operation.
With variable airflow through the airbox.
compact design – high efficiency
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 2,700m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 3,300m³/h
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 4,000m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 5,100m³/h
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 6,000m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 6,200m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 7,100m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 8,000m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 7,900m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 12,000m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 11,600m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 14,800m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 15,000m³/h
The motor is separated from the air flow and designed for fluid temperatures up to 120°C in continuous operation.
With straight airflow through the airbox.
compact design – high efficiency
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 4,100m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 3,400m³/h
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 3,100m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 3,500m³/h
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 4,600m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 5,000m³/h
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 6,600m³/h
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 6,600m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 7,000m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 6,500m³/h
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 10,100m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 10,000m³/h
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 12,900m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 12,600m³/h
with backward curved impellers - with efficient motor outside the airflow
Volume flow up to approx. 19,900m³/h
The motor is separated from the air flow and designed for fluid temperatures up to 120°C in continuous operation.
compact design – high efficiency
with forward curved impellers - including motor protection roof
Volume flow up to approx. 1,160m³/h
with forward curved impellers - including motor protection roof
Volume flow up to approx. 2,500m³/h
with forward curved impellers - including motor protection roof
Volume flow up to approx. 4,400m³/h
with forward curved impellers - including motor protection roof - with high efficiency EC motor outside the air stream
Volume flow up to approx. 3,500m³/h
with forward curved impellers - including motor protection roof
Volume flow up to approx. 5,900m³/h
For fluid temperatures up to 200°C in continuous operation - with backward curved impellers
Volume flow up to approx. 3,000m³/h
with backward curved impellers
Volume flow up to approx. 4,100m³/h
For fluid temperatures up to 200°C in continuous operation - with backward curved impellers
Volume flow up to approx. 4,100m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 2,200m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 4,000m³/h
with backward curved impellers
Volume flow up to approx. 3,600m³/h
with backward curved impellers
Volume flow up to approx. 7,300m³/h
For fluid temperatures up to 200°C in continuous operation - with backward curved impellers
Volume flow up to approx. 5,900m³/h
with backward curved impellers - with high efficiency EC motor outside the air stream
Volume flow up to approx. 6,400m³/h
