TH12155C3 - Transformer for reducing the load loss of electric motors. - Google Patents

Abstract

A transformer used to reduce the load losses of electric motors consists of a set of electrical windings containing at least one phase winding inside, designed to reduce the load losses of the component to be reduced. This phase winding comprises supports for the inner winding, which is made from a long conductor wire wound 290-320 times. The distance between the supports and the inner winding is maintained at 5-10 millimeters. A portion of the inner winding serves as an output wire to conduct signals to the component requiring loss reduction, while another portion serves as an input wire to conduct signals to the phase winding.

Claims (1)

Disclaimers (all) that will not appear on the advertisement page: 1. A transformer for reducing the load loss of an electric motor consists of a series of windings (1) located inside an outer casing consisting of at least one electric phase winding (2). ) Consists of at least one (8) inner core sheet, which is a number of E-shaped flat metal plates, either overlapped on the same side or overlapped in an upside-down line to form the inner coil support. (9) At least one set For the insertion support of the inner coil (10), the inner coil (10) is a long conductor wire that is wound on the inner coil support (9) to make Born to be The inner gap (11), which is defined as the distance between the inner coil support (9) and the inner coil (10), is 5-12 mm to accommodate contact protection. Each other between the inner coil support (9) and the inner coil (10) and part of the inner coil (10) will be at least two outgoing wires (3) for signaling to The part to reduce the load loss and the other part of the inner winding (10) will be at least two wires connecting to (5). For the input of the external power supply to the electric phase winding (2), it is characterized by the inner coil (10) worn outside, the inner coil support (9) is the coil that Thousands are 290-320 rounds.