Baldor-Reliance Motor ECTM4110T, 40 AIR OVERHP, 1775RPM, 3PH, 60HZ, 324T, 1254

Baldor-Reliance Motor, ... Features: 1.15 service factor Corrosion resistant expoxy finish Double sealed bearings Inpro/Seal® labyrinth Class F insulation Moisture resistant copper windings Double dipped and baked Stainless steel nameplates Typical Applications: For use in the airstream on cooling towers.

Baldor-Reliance Motor, 5HP,1160RPM,3PH,60HZ,215T,0748M,TEAO,F1 Features: 1.15 service factor Corrosion resistant expoxy finish Double sealed bearings Inpro/Seal® labyrinth Class F insulation Moisture resistant copper windings Double dipped and baked Stainless steel nameplates Typical Applications: For use in the airstream on cooling towers.

Baldor-Reliance Motor, ... Features: Premium efficient severe duty multi-speed axial fan motors Class F insulation, 1.15 service factor Lip seal, shaft slinger, and T-drain in both ends Electrical design is single winding variable torque Double shielded ball bearings Burndy type YA compression lead lugs 3 year warranty Typical Applications: High moisture environment fan motor for mounting in the air stream of cooling towers.

Baldor-Reliance Motor, 30HP,1775RPM,3PH,60HZ,286T,TEFC,FOOT, Features: Premium efficient severe duty multi-speed axial fan motors Class F insulation, 1.15 service factor Lip seal, shaft slinger, and T-drain in both ends Electrical design is single winding variable torque Double shielded ball bearings Burndy type YA compression lead lugs 3 year warranty Typical Applications: High moisture environment fan motor for mounting in the air stream of cooling towers.

Baldor-Reliance Motor, 25HP,1775RPM,3PH,60HZ,284T,TEFC,FOOT, Features: Premium efficient severe duty multi-speed axial fan motors Class F insulation, 1.15 service factor Lip seal, shaft slinger, and T-drain in both ends Electrical design is single winding variable torque Double shielded ball bearings Burndy type YA compression lead lugs 3 year warranty Typical Applications: High moisture environment fan motor for mounting in the air stream of cooling towers.