RoHS compliant backward curve motorized impellers and forward curve AC centrifugal fans.  Sizes from 133mm (5.2") to 355mm (14") and voltages from 115V to 230V.  Airflow from 118 CFM to 5,886 CFM.  High efficiency inlet designs, lubricated maintenance-free ball bearings, vibration-free operation, compact and rugged construction.  IP44 rating w/40,000 hours operation.  Insulation class F.

RoHS compliant DC centrifugal fans.  Sizes from 133mm (5.2") to 400mm (15.7") and voltages from 24V, 36-57V, 48V, and 200-277V.  Airflow from 212 CFM to 1,766 CFM.  High efficiency inlet designs, lubricated maintenance-free ball bearings, vibration-free operation, compact and rugged construction.  IP42 rating w/40,000 hours operation. 

RoHS compliant AC axial fans.  Sizes from 290mm (11.4") to 800mm (31.5") and voltages from 230V, 300-400V.  Airflow from 677 CFM to 14,714 CFM.  High efficiency inlet designs, lubricated maintenance-free ball bearings, vibration-free operation, compact and rugged construction.  IP54 rating w/40,000 hours operation.  Insulation class F.

RoHS compliant DC axial fan.  180mm (7.1") size in 24 and 48V.  Airflow in 536 CFM or 550 CFM.  High efficiency design, lubricated maintenance-free ball bearings, vibration-free operation, compact and rugged construction.  40,000 hours operation. 

RoHS Compliant rotor fan blades up to 380mm (15").  High efficiency inlet designs, all metal construction.

RoHS compliant metal axial fan impellers.  Sizes from 260mm (10.2") to 800mm (31.5").  All metal construction. 

Duct Fans and Accessories are well suited for applications
that require next generation HVAC system cooling for
residential, commercial, and industrial applications. They
include smart ventilation technology with optimal designs
that maximize operating performance, provide
environmental protection, and ensure long-term reliability.

Reverse Flow fans are made for air ventilation systems that require airflow movement in both forward and reverse directions and for equipment that uses multiple fans for air exchange. They include high efficiency impeller designs and incorporate Pulse Width Modulation (PWM) speed controls to manage power consumption efficiently.