Product Description
Baldor Reliance Super E Motor, EM3714T
PN: EM3714T
- Enclosure: TEFC
- Frame: 215T
- Frame Material: Steel
- Frequency: 60.00 Hz
- Motor Letter Type: Three Phase
- Output @ Frequency: 10.000 HP @ 60 HZ
- Phase: 3
- Synchronous Speed @ Frequency: 1800 RPM @ 60 HZ
- Voltage @ Frequency: 460.0 V @ 60 HZ / 230.0 V @ 60 HZ
- XP Class and Group: None
- XP Division: Not Applicable
- Agency Approvals: NEMA_PREMIUM / UR /NEMA PREMIUM / CSA EEV
- Ambient Temperature: 40 °C
- Auxillary Box: No Auxillary Box
- Auxillary Box Lead Termination: None
- Base Indicator: Rigid
- Bearing Grease Type: Polyrex EM (-20F +300F)
- Blower: None
- Current @ Voltage: 25.000 A @ 230.0 V / 27.000 A @ 208.0 V / 12.500 A @ 460.0 V
- Design Code: A
- Drip Cover: No Drip Cover
- Duty Rating: CONT
- Efficiency @ 100% Load: 91.7 %
- Electrically Isolated Bearing: Not Electrically Isolated
- Feedback Device: NO FEEDBACK
- High Voltage Full Load Amps: 12.5 a
- Front Face Code: Standard
- Front Shaft Indicator: None
- Heater Indicator: No Heater
- Insulation Class: F
- Inverter Code: Inverter Ready
- KVA Code: K
- Lifting Lugs: Standard Lifting Lugs
- Locked Bearing Indicator: No Locked Bearing
- Motor Lead Exit: Ko Box
- Motor Lead Termination: Flying Leads
- Motor Lead Quantity/Wire Size: 9 @ 14 AWG
- Motor Type: 3752M
- Mounting Arrangement: F1
- Number of Poles: 4
- Overall Length: 20.52 IN
- Power Factor: 85
- Product Family: General Purpose
- Pulley End Bearing Type: Ball
- Pulley Face Code: Standard
- Pulley Shaft Indicator: Standard
- Rodent Screen: None
- RoHS Status: ROHS COMPLIANT
- Service Factor: 1.15
- Shaft Diameter: 1.375 IN
- Shaft Extension Location: Pulley End
- Shaft Ground Indicator: No Shaft Grounding
- Shaft Rotation: Reversible
- Shaft Slinger Indicator: No Slinger
- Speed: 1770 rpm
- Speed Code: Single Speed
- Motor Standards: NEMA
- Starting Method: Direct on line
- Thermal Device - Bearing: None
- Thermal Device - Winding: None
- Vibration Sensor Indicator: No Vibration Sensor
- Winding Thermal 1: None
- Winding Thermal 2: None