Synchronous electric motors OME Motors Generators and motors

Description

Features

Reviews

OME synchronous motors are AC electric motors whose rotation speed is synchronized with an electrical frequency. They are three-phase electric motors, but in low-power synchronous motors, power is supplied via a single-phase voltage available in homes.

Synchronous motors consist of a rotor, where there are several magnetic poles with alternating polarity, created by permanent magnets or electromagnets powered by direct current and a stator on which there are power circuit windings.

The polar decompositions of the stator create a rotating magnetic field that pulls the polar decompositions of the rotor. The use of synchronous motors is limited to applications where particularly precise and stable rotational speeds are required. Synchronous generators operate when each pole becomes the site of a magnetic flux coming out of the north pole and through the stator windings and closes at the south pole of each polar pair. By causing the rotor to rotate, the magnetic field generated by the polar pairs also arises in motion and thus becomes a rotating magnetic field that changes in the space occupied by the stator windings.

Brushless synchronous three-phase alternators are easy to operate and maintain. The use of generators as a source of electricity for lighting purposes in urban and rural areas. Housing: drop-proof.

BOSCH Rexroth EFC 3610/561 frequency converters are used with these electric motors. Thanks to the scalable additional modules with Multi-Ethernet and I/O interfaces and the compact design, these frequency converters are suitable for any application. Main characteristics: rated power ranges from 4 to 160 kW, supply voltage ratings of 230/400 V, expandability is carried out through I/O modules, high starting torque (200%) and overload (150% to 60 seconds), the possibility of use in heavy-duty and normal operation.