MCV310–560 & MCV630-710 Series Description - Backward curved centrifugal impeller with high quality external rotor motor for high pressure exhaust application. Applications - Suitable for high temperature kitchens. Suitable for vertical installations. Available Size -
MUC310-710 Series Description - Backward curved centrifugal impeller with high quality external rotor motor for high pressure exhaust application. Applications - Suitable for supply or exhaust applications. Duct mounted fans. Available Size -
MUA305-630 Series Description - Application - Available in a wide range of airflows to suit most applications Available Size - 305-630mm
AGM & RGM Fans Description - The jet fan is the ideal solution for increased safety in underground car parks and under passes. Application - Suitable for partial smoke extraction or ventilation. Available Size - Available in 2 sizes (What are the sizes or air flows)
CFM Airsystems | 106 Fairbank Road, Clayton South, Victoria 3169 | Tel 03 9551 4878
MCV310–560 & MCV630-710 Series
Description - Backward curved centrifugal impeller with high quality external rotor motor for high pressure exhaust application.
Applications - Suitable for high temperature kitchens. Suitable for vertical installations.
Available Size -
MUC310-710 Series
Description - Backward curved centrifugal impeller with high quality external rotor motor for high pressure exhaust application.
Applications - Suitable for supply or exhaust applications. Duct mounted fans.
Available Size -
MAV506-1000 & MAH & MAH/S 560-1000 Series
Description - Available in a wide range of airflows to suit most applications
Application -
Available Size - 560-1000mm
MUA305-630 Series
Description -
Application - Available in a wide range of airflows to suit most applications
Available Size - 305-630mm
AGM & RGM Fans
Description - The jet fan is the ideal solution for increased safety in underground car parks and under passes.
Application - Suitable for partial smoke extraction or ventilation.
Available Size - Available in 2 sizes (What are the sizes or air flows)