Shaded Pole motors provide low starting torque and efficiency. They use single-phase power and do not need a capacitor to operate. Open Air-Over has ventilation holes that allow external air to cool the motor.

Shaded Pole motors provide low starting torque and efficiency. They use single-phase power and do not need a capacitor to operate. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Split-Phase motors provide low to moderate torque and efficiencies. They use single-phase power and do not require capacitors to operate. Open Dripproof has ventilation holes that allow external airflow to cool the motor while also preventing liquid that is dripping onto the enclosure at an angle of 15° or less from directly entering the motor.

Split-Phase motors provide low to moderate torque and efficiencies. They use single-phase power and do not require capacitors to operate. Open Air-Over has ventilation holes that allow external air to cool the motor.

Split-Phase motors provide low to moderate torque and efficiencies. They use single-phase power and do not require capacitors to operate. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Open Air-Over has ventilation holes that allow external air to cool the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Nonventilated is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and relies on natural convection to cool the motor by transferring heat to surrounding air.

Capacitor-Start motors provide moderate to high torque and efficiencies. They use single-phase power and require start capacitors to operate. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power. Open Air-Over has ventilation holes that allow external air to cool the motor.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power. Totally Enclosed Nonventilated is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and relies on natural convection to cool the motor by transferring heat to surrounding air.

Shaded Pole motors provide low starting torque and efficiency. They use single-phase power and do not need a capacitor to operate.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Nonventilated is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and relies on natural convection to cool the motor by transferring heat to surrounding air.

Capacitor-Start motors provide moderate to high torque and efficiencies. They use single-phase power and require start capacitors to operate. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Universal AC/DC motors operate on AC input voltage to power a DC motor. They feature high starting torque and speed. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Nonventilated is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and relies on natural convection to cool the motor by transferring heat to surrounding air.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Nonventilated is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and relies on natural convection to cool the motor by transferring heat to surrounding air.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power. Totally Enclosed Fan-Cooled is a motor housing that completely encases the motor to help prevent the entry of outside air or dust and has an external fan that cools the motor.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power.

Permanent Split Capacitor motors provide moderate to high torque and efficiencies. They use single-phase power with a capacitor that decreases the amount of power consumed.

3-Phase motors provide high torque, high efficiency, and have no capacitor, start winding, centrifugal switch, or other starting device to wear out. They use three-phase power.