Baldor Electric L1310M, 1 Hp, 1800 Rpm, 56H FR, 115/230 Vac, 1 PH, ODP, Foot Mounted, General Purpose Motor

**This motor has been replaced by Model# EL11310**
L1310M, 1 Hp, 1800 Rpm, 56H FR, 115/230 Vac, 1 PH, ODP, Foot Mounted, General Purpose Motor.

Engineering Data

Enclosure OPEN
Frame 56H
Frame Material Steel
Frequency 60 Hz
Output @ Frequency 1.000 HP @ 60 HZ
Phase 1
Synchronous Speed @ Frequency 1800 RPM @ 60 HZ
Voltage @ Frequency 115.0 V @ 60 HZ
230.0 V @ 60 HZ
XP Class and Group None
XP Division Not Applicable
Agency Approvals UR
CSA
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 13.400 A @ 115.0 V
6.700 A @ 230.0 V
7.400 A @ 208.0 V
Design Code N
Drip Cover No Drip Cover
Duty Rating CONT
Efficiency @ 100% Load 66.0 %
Electrically Isolated Bearing Not Electrically Isolated
Feedback Device No Feedback
High Voltage Full Load Amps 6.7 a
Front Face Code Standard
Front Shaft Indicator None
Heater Indicator No Heater
Insulation Class F
Inverter Code Not Inverter
KVA Code K
Lifting Lugs No Lifting Lugs
Locked Bearing Indicator No Locked Bearing
Motor Lead Exit Ko Box
Motor Lead Termination Flying Leads
Motor Lead Quantity/Wire Size 4 @ 16 AWG, A&J
Motor Type 3520L
Mounting Arrangement F1
Number of Poles 4
Overall Length 11.75 IN
Power Factor 72
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 0.625 IN
Shaft Extension Location Pulley End
Shaft Ground Indicator No Shaft Grounding
Shaft Rotation Reversible
Shaft Slinger Indicator No Slinger
Speed 1725 rpm
Speed Code Single Speed
Motor Standards NEMA
Starting Method Direct on line
Thermal Device - Bearing None
Thermal Device - Winding Do Not Use
Vibration Sensor Indicator No Vibration Sensor
Winding Thermal 1 Manual Thermal Overload
Winding Thermal 1 Location SB
Winding Thermal 2 None