Engineering Design Data: Menu - motors

 
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Rated Shaft Loading of DC Motors
Minimum design limits for overhung loads for dc motors, designation A, B, C, D and E having shaft extensions designated by the frame subscript AT.
Classification Electric Motors according to application, technology and NEMA
NEMA Classification of electric motors according to application and technology
NEMA 250 Frame Size Speed Capability Squirrel Cage Induction Motors.
NEMA Continuous speed capability for general purpose design A and B Direct coupled (TS shaft for motors above the 250 Frame size) squirrel cage induction motors.
Squirrel Cage Induction Motors NEMA Continuous Speed Capability
AC Electric Motor NEMA Continuous Speed Capability General Purpose Squirrel Cage Induction Motors in Direct Coupled applications.
Permanent Split Capacitor Shaded Pole Motors NEMA Horsepower and Speed Ratings
Typical NEMA horsepower and speed ratings for permanent Split Capacitor and Shaded Pole Motors rated at 115, 200, and 230 volts.
NEMA Flange-Mounting Type D Footless Motors
The following are dimensional size charts for standard electric motor NEMA standard Type D Flange Footless Motors. Standardized motor dimensions are established by the National Electrical Manufacturers Association (NEMA) - are tabulated below and apply to all base-mounted motors listed herein that carry a NEMA frame designation
Polyphase Medium Induction Motors NEMA Horsepower and Speed Ratings
Horsepower and Speed Ratings, Polyphase Medium Induction Motors Table Chart
Small Induction Motors Horsepower and Speed Ratings NEMA
Typical NEMA horsepower and speed ratings for small induction motors rated at 115, 200, and 230 volts single phase and 115, 200, and 230 volts polyphase induction motors
Knockout and Clearance Diameter Machine Terminal Boxes NEMA
The NEMA diameter of the knockout, excluding any projection of breakout ears or tabs, and the clearance hole in the terminal box of a machine shall be in accordance with the following:
Totally Enclosed Fan-Cooled Induction Motors Efficiencies
This table defines the nominal efficiencies for totally enclosed fan-cooled induction motors that ar rate at 600 V or less (Random Wound).
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