Product Description:
Motor cooling is independent of the direction of rotation, except for
certain larger two-pole motors.
When the mains supply is connected to stator terminals marked U, V, and
W of a three-phase motor and the mains phase sequence is L1, L2, L3, the
motor will rotate clockwise, as viewed from the D-end. The direction of
rotation can be reversed by interchanging any two of the three
conductors connected to a starter switch or motor.
ABB provides motors for markets worldwide. To be able to meet
customers’ requirements, motors are designed for operation over a wide
range of voltages. The most common voltage codes are S, D, E, and F.
These cover the most common voltages used worldwide. Other voltage
ranges are available on request.
ABB’s low voltage induction motors are three-phase electric motors
whose rotating power is based on electromagnetic induction. The
current led to motor windings creates a rotating magnetic field, which
induces a voltage in the rotor bars. The bars form a closed circuit where
current begins to circulate, forming another magnetic field. The
magnetic fields of the rotor and stator interact in such a way that the
rotor starts following the magnetic field of the stator, thus producing
torque.
Welcome to contact the sales manager:
Sales manager : John Yang
Mobile / WhatsApp : +86 18150117685
Email: sales3@askplc.com
Skype : sales3@askplc.com
