VORTICENT CMS NMU-TR 315
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
VORTICENT CMS-NMU/TR combines CMS-NMU aerodynamics with belt drive, motor base and guards. Conveyed-air capability up to 200°C targets process applications.

VORTICENT CMS-NMU/TR combines CMS-NMU aerodynamics with belt drive, motor base and guards. Conveyed-air capability up to 200°C targets process applications.
For process ducts where direct drive is unsuitable due to elevated air temperature or where pulley ratio is used to tune the duty point.
Belt-driven, higher-temperature derivative of CMS-NMU. The family page does not publish model-specific motor powers, so individual power/voltage values are not inferred.
11 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Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Contact Vensis for model selection, technical suitability and quotation.