HeatMaster™ High Temperature Condenser Fan Motor S80-123 (Mfg# FE1056SF)
Description:
Replaces motors in units by Carrier/Bryant and others 48 frame, 1075 RPM 1-speed, all angle mount
A: 5-9/16″; Agency Certification: UR/CSA; Ambient Operating Temp. (Celsius): 70; Bearing Type: Dbl-Sld Ball; Capacitor to Match: G21-891; Diameter: 5-5/8″; Efficiency: 65.0%; Enclosure: TEAO; F/L Amps: 4.00; HP: 1/2; Hz: 60; Insulation Class: F; Mfg. #: FE1056SF; Mounting: Thru-bolt; NEMA Frame: 48; Phase: Single; Rot.: Rev.; RPM: 1075; Service Factor: 1.00; Shaft Diam.: 1/2″; Shaft Length: 6-1/2″; Speeds: 1; Std. Mount. Pos.: All Angle; Thermal Protection: Auto; Type: PSC; Volts: 208-230; Wt. Lbs.: 18.0;
Applications:
Replaces motors in units by Carrier/Bryant and others
Features:
70°C ambient |UL and CSA approved Class F insulation achieves superior dielectric strength for long thermal life |Energy efficient PSC, single-speed, TEAO sleeve or ball bearing |Large high-temperature nylon glass-filled shaft slinger for bearing protection; keeps water and dirt out of motor bearings|36” color coded high temperature leads for easy identification and installation|Easy to remove drain plugs in both end frames allow accumulated condensation to be expelled quickly
HeatMaster™ High Temperature Condenser Fan Motor S80-123 (Mfg# FE1056SF):
Description: Replaces motors in units by Carrier/Bryant and others 48 frame, 1075 RPM 1-speed, all angle mount A: 5-9/16″; Agency Certification: UR/CSA; Ambient Operating Temp. (Celsius): 70; Bearing Type: Dbl-Sld Ball; Capacitor to Match: G21-891; Diameter: 5-5/8″; Efficiency: 65.0%; Enclosure: TEAO; F/L Amps: 4.00; HP: 1/2; Hz: 60; Insulation Class: F; Mfg. #: FE1056SF; Mounting: Thru-bolt; NEMA Frame: 48; Phase: Single; Rot.: Rev.; RPM: 1075; Service Factor: 1.00; Shaft Diam.: 1/2″; Shaft Length: 6-1/2″; Speeds: 1; Std. Mount. Pos.: All Angle; Thermal Protection: Auto; Type: PSC; Volts: 208-230; Wt. Lbs.: 18.0; Applications: Replaces motors in units by Carrier/Bryant and others …
- Item Price: $179.99
- Listed On: July 26, 2012
