VORTICENT CMS-NMU is a direct-drive medium-pressure centrifugal fan with backward-curved impeller and standard IEC motor, intended for compact industrial air-handling duties.
VORTICENT CMS-NMU is a direct-drive medium-pressure centrifugal fan with backward-curved impeller and standard IEC motor, intended for compact industrial air-handling duties.
For general industrial ventilation and process ducts requiring medium pressure; actual airflow/pressure duty is selected from the performance curve.
CMS-KTM uses a cubic service casing, while CMS-NMU/TR switches to belt drive. NMU is the standard direct-drive industrial option.
29 verified model/variant
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Contact Vensis for model selection, technical suitability and quotation.