VORTICENT CMS KTM 354 T2 3kW
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
VORTICENT CMS-KTM combines a backward-curved impeller with a robust cubic casing and B5 motor arrangement in a direct-drive medium-pressure centrifugal fan.

VORTICENT CMS-KTM combines a backward-curved impeller with a robust cubic casing and B5 motor arrangement in a direct-drive medium-pressure centrifugal fan.
For medium-pressure duct/process duties requiring robust service access and elevated conveyed-air temperature capability.
Compared with CMS-NMU, its cubic rigid casing and 130°C conveyed-air capability give it a heavier-duty character.
23 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Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.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.
Contact Vensis for model selection, technical suitability and quotation.