• Single Phase
  • PSC Type
  • TEAO
  • Yoke Mounted Automatic Overload
  • 1.0 S.F.
LEESON FHP Commercial Duty totally enclosed, air over fan motors for air circulators where motor is mounted directly to fan column.
Energy efficient, permanent split capacitor type design eliminates the centrifugal switch for "three phase" reliability. Totally enclosed ball bearing design for commercial and industrial environments. Automatic thermal overload protection, reversible.
Heavy-gauge steel yoke is welded to the motor frame. Four 10-32 mounting studs are extended 1.0" on 5.14" bolt circle for mounting of fan shroud.
Motors are UL and CSA Recognized for both the U.S. and Canadian markets.
Unit of Measure
Items
Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors

Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors

Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors

Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors

Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors

Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors

Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors

Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors

Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors

Leeson Single Phase PSC Type TEAO Yoke Mounted Pedestal Fan Motors
Usage N/A Commercial Duty
Enclosure Type N/A Totally Enclosed Air Over
Phase N/A Single
HP N/A 1/4 N/A 1/4 N/A 1/4 N/A 1/4 N/A 1/3
RPM 60 Hz1 N/A 1625 N/A 1625 N/A 1075 N/A 1075 N/A 1625
Voltage N/A 115 V230 V
Overload Protection N/A Automatic
FL Amps 115 V N/A 2.6 N/A 2.6 N/A 2.4 N/A 2.4 N/A 3.4
NEMA Frame N/A 48Y
Disc. Sym. N/A A
U Dimension N/A 0.500 N/A 0.625 N/A 0.500 N/A 0.625 N/A 0.500
C Dimension N/A 10.95 in
Approx. Weight N/A 14 lbs N/A 14 lbs N/A 22 lbs N/A 25 lbs N/A 15 lbs
NEMA Service Factor N/A 1.00
Manufacturer N/A
Leeson
  • 1 Two speed operation possible by connecting 115 V power to 230 V connections. Actual speed (approx. 67% of rated speed) will depend on fan blade design.